Products

NGage DH7RTII-8 Double Iridium Spark Plug for Royal Enfield J-Series 350 (BS4 & BS6) Engineered for the Royal Enfield J-Series 350 Platform The NGage DH7RTII-8 Double Iridium Spark Plug is specified for Royal Enfield motorcycles built on the J-Series 350 engine platform. This platform introduced a revised engine architecture featuring updated combustion chamber geometry, fuel injection systems, and refined ignition requirements compared to earlier Royal Enfield engine generations. The DH7RTII-8 is listed by NGage as a direct replacement spark plug for J-Series 350 motorcycles, covering both BS4 and BS6 compliant models within this platform. It is engineered to align with the ignition characteristics and operational requirements defined for these engines. This spark plug is not intended for older UCE engines or non–J-Series Royal Enfield platforms. Understanding the J-Series 350 Platform Royal Enfield’s J-Series 350 engine underpins multiple current-generation motorcycles sharing a common engine and ignition system architecture. The platform includes: Revised cylinder head designUpdated combustion chamber characteristicsFuel-injected system configurationBS4 and BS6 production variants Because these motorcycles share common ignition specifications, NGage lists the DH7RTII-8 as a unified replacement option for the J-Series family. Correct platform identification is essential. Spark plug mismatch can affect ignition stability, combustion efficiency, and long-term engine reliability. This listing applies strictly to the J-Series 350 motorcycles specified in the compatibility section below. Double Iridium Construction The DH7RTII-8 belongs to NGage’s Double Iridium spark plug lineup. “Double Iridium” refers to the use of iridium material on both the center electrode and the ground electrode. Iridium is widely used in modern spark plug design due to its: High melting pointResistance to electrode wearAbility to maintain structural integrity under repeated ignition cycles By applying iridium on both electrodes, the design aims to support consistent spark generation across regular operating conditions. Double iridium construction is commonly used in engines requiring stable ignition performance over extended service intervals. NGage does not publish specific electrode dimensions, preset gap values, or manufacturer-defined service intervals for this part number, and no additional performance claims are implied. This spark plug is positioned strictly as a premium replacement component within its specified application. BS4 and BS6 Compatibility According to NGage product material, the DH7RTII-8 spark plug is compatible with both BS4 and BS6 compliant Royal Enfield J-Series motorcycles. This ensures coverage across production years spanning the emission transition period, provided the motorcycle belongs to the J-Series 350 platform. No claims are made regarding emission reduction benefits, fuel economy improvement, horsepower gains, or performance tuning enhancements. The DH7RTII-8 is intended strictly as a replacement spark plug that aligns with manufacturer-specified ignition requirements. Manufacturing Origin The NGage DH7RTII-8 spark plug is manufactured in Japan, as stated by NGage. No additional manufacturing process details, certifications, or performance endorsements are published by the manufacturer beyond this information. Country of origin is specified strictly for product identification purposes. Intended Use The DH7RTII-8 spark plug is intended for routine replacement during scheduled maintenance intervals as recommended by Royal Enfield. It is suitable for: Daily commutingHighway ridingGeneral road useScheduled spark plug service This spark plug is not marketed as a racing component, track-only ignition system, or specialized tuning upgrade. Correct installation and torque specification should always follow the Royal Enfield service manual guidelines. Fitment Accuracy & Platform Restriction Spark plug selection must match engine platform requirements precisely. The DH7RTII-8 is intended exclusively for Royal Enfield J-Series 350 motorcycles listed below. It should not be installed on: Older UCE 350 enginesRoyal Enfield 500 cc enginesOther Royal Enfield platforms not listed Incorrect spark plug installation may affect ignition performance and engine operation. Compatibility – Royal Enfield J-Series 350 Compatible with: Royal Enfield Classic 350 (Reborn)Royal Enfield Bullet 350 (Reborn)Royal Enfield Meteor 350Royal Enfield Hunter 350 Compatibility applies strictly to J-Series 350 models. Variant Clarification This listing includes: NGage DH7RTII-8 Double Iridium Spark Plug only “Double Iridium” refers specifically to iridium usage on both the center and ground electrodes. No alternate heat ranges, configurations, or material variants are included in this listing. Product Specifications Brand: NGagePart Number: DH7RTII-8Spark Plug Type: Double IridiumVehicle Compatibility: BS4 & BS6 J-Series 350Country of Manufacture: JapanApplication: Motorcycle spark plug Installation & Usage Notes Install only on Royal Enfield J-Series 350 motorcycles listed aboveFollow Royal Enfield service manual torque specificationsInstall on a cold engineFollow standard spark plug installation procedures Professional installation is recommended if unsure about torque settings or spark plug replacement procedures. Summary The NGage DH7RTII-8 Double Iridium Spark Plug is a platform-specific replacement component engineered for Royal Enfield J-Series 350 motorcycles. Manufactured in Japan and designed with double iridium electrode construction, it aligns with the ignition requirements of BS4 and BS6 compliant J-Series engines. It is intended for routine maintenance replacement, maintaining ignition consistency within manufacturer-specified parameters. Platform-specific fitment. Double iridium construction. J-Series ignition compatibility.

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NGage B8RII-8 Double Iridium Spark Plug for Hero Xpulse 200 Series The NGage B8RII-8 Double Iridium Spark Plug is a high-quality ignition component designed specifically for select Hero Xpulse petrol engines. This spark plug is suitable where the B8RII-8 spark plug specification is recommended in official maintenance documents. Manufactured with an advanced dual-iridium electrode design, it ensures consistent ignition performance under normal operating conditions. When installed properly in compatible engines, it provides reliable and efficient engine ignition. Spark plugs play a critical role in the ignition system, responsible for igniting the air–fuel mixture inside the combustion chamber. Using the correct spark plug specification is essential for stable combustion, dependable starting, and predictable engine behaviour. The B8RII-8 spark plug is engineered to meet these requirements precisely. It ensures dependable ignition performance for engines that specify this exact plug code. Double Iridium Spark Plug Construction The B8RII-8 spark plug features iridium electrodes on both the centre and ground electrodes. This dual-iridium setup is widely known as double iridium construction. Iridium is the preferred material for spark plug electrodes because of its extremely high melting point and excellent resistance to electrode wear. These qualities allow the electrodes to last longer under repeated heat cycles. Compared to traditional nickel-alloy spark plugs, iridium electrodes maintain their shape and sharpness over extended use. This helps keep the spark characteristics consistent during the plug’s lifetime. The consistent spark performance means there is no need for changes in engine tuning, ignition timing, or fuel delivery. This reliability is valuable for everyday riding and maintenance. The double-iridium design prioritizes durability and ignition stability rather than modifying engine power or performance features. The B8RII-8 functions strictly as a like-for-like replacement. It does not alter the engine behaviour or output when substituted in compatible engines. Intended Application & Fitment The NGage B8RII-8 spark plug is designed for select variants of the Hero Xpulse motorcycle platform. It should only be used in engines where the B8RII-8 code is listed as the recommended spark plug in official service documentation. Using this plug in engines specifying other codes is not recommended and could cause engine issues. Confirmed applications for the B8RII-8 spark plug include: Hero Xpulse 200 (2-valve) Hero Xpulse 200 4V Hero Xpulse 200 4V Pro Hero Xpulse 200 4V Rally Edition Compatibility is strictly limited to engines specifying the B8RII-8 plug code. Vehicles using different spark plug codes, despite similar displacement or engine configuration, should NOT use this spark plug variant. Specification-Based Use Spark plug model codes define critical parameters such as: Thread size and reach Heat range Electrode configuration Terminal type Using the correct spark plug code ensures proper fitment and thermal behaviour within the combustion chamber. Installing a spark plug with an incorrect heat range or design may negatively impact combustion and cause long-term engine damage. The B8RII-8 is not a universal upgrade; it is designed specifically to meet the exact specifications required by certain engines on the Hero Xpulse platform. Replacement & Service Considerations Sparking plugs are routine maintenance components and should be replaced as per the manufacturer’s recommended intervals. Double-iridium spark plugs generally offer improved durability compared to conventional plugs, though service life depends heavily on conditions such as riding style, fuel quality, engine condition, and maintenance. The NGage B8RII-8 is supplied as a single spark plug. Customers should verify the number of spark plugs required for their particular engine setup before ordering. Professional installation is recommended to ensure proper fitment and performance. Installation must be performed using standard service guidelines. This includes applying the correct tightening torque, cleaning threads thoroughly, and ensuring the spark plug seats properly. Failure to follow these steps may result in poor ignition performance or engine damage. Summary The NGage B8RII-8 Double Iridium Spark Plug is engineered for select Hero Xpulse petrol engines that require this spark plug code. Featuring a double-iridium electrode design, it supports ignition consistency and durability, providing reliable performance as a direct replacement part. Proper specification matching and installation are key to unlocking its benefits. Users must ensure that they match the BN8RTIIA-9 code exactly and follow installation guidelines to avoid any potential issues. This spark plug is an excellent choice for riders seeking a reliable ignition component without changing engine dynamics.

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NGage B8RII-8 Double Iridium Spark Plug for Bajaj Pulsar NS200 & RS200 (Triple Spark – Side Plug Only) The NGage B8RII-8 Double Iridium Spark Plug is a precision ignition component specified for the side spark plug positions on Bajaj Pulsar NS200 and RS200 motorcycles equipped with the Triple Spark engine configuration. Manufactured in Japan, this spark plug is part of NGage’s Double Iridium series and is specified for use in both BS4 and BS6 compliant motorcycles, as stated by the manufacturer. This listing focuses exclusively on its application for Bajaj Triple Spark engines where the B8RII-8 spark plug specification is listed by NGage in its official compatibility chart. It is intended as a direct replacement spark plug for the side plug positions only, without modification. Designed for Bajaj Triple Spark Engines (Side Plug Application) Bajaj’s Triple Spark engine architecture uses three spark plugs per cylinder: One center spark plug Two side spark plugs NGage specifies the B8RII-8 spark plug for the side plug positions on the following motorcycles: Bajaj Pulsar NS200 Bajaj Pulsar RS200 For these motorcycles, the B8RII-8 is intended to function as a like-for-like replacement for the factory-specified spark plug type used in the side positions. It is not specified for the center spark plug position on these engines. This distinction is critical.The center spark plug and side spark plugs on Triple Spark engines use different spark plug specifications. Interchanging them is not recommended. This listing covers one (1) spark plug, intended to replace one side plug.Most Triple Spark engines require two side plugs per cylinder. Buyers should confirm required quantity as per the service manual before purchase. Double Iridium Spark Plug Construction NGage classifies the B8RII-8 as a Double Iridium spark plug, meaning iridium material is used on both the center electrode and the ground electrode. Iridium is used in modern spark plug construction due to its high melting point and resistance to electrode erosion during repeated ignition cycles. This construction approach is commonly applied in motorcycles with high-energy ignition systems and tightly controlled combustion environments. The double-iridium configuration is intended to maintain consistent electrode geometry over extended operating periods under normal riding conditions. NGage does not publish electrode dimensions, spark-gap values, heat-range explanations, or service-interval figures for this model. BS4 and BS6 Compatibility NGage specifies that the B8RII-8 spark plug is compatible with both BS4 and BS6 vehicles. This makes it suitable for use across production years that fall before and after the BS6 emission-standard transition, provided the motorcycle is included in the compatibility list. For Bajaj Pulsar NS200 and RS200 Triple Spark engines, this ensures suitability across emission-compliant variants without requiring a change in spark plug specification. No emission-reduction, fuel-efficiency, or tuning claims are made for this product. Manufacturing Origin The B8RII-8 spark plug is manufactured in Japan, as stated by NGage. NGage does not publish further information regarding production processes, certifications, or testing standards for this model. The country of manufacture is provided here as factual product information only. Intended Use The NGage B8RII-8 is intended for routine replacement during scheduled maintenance or spark plug service intervals recommended by Bajaj. It is suitable for everyday road use on Bajaj Pulsar NS200 and RS200 motorcycles equipped with Triple Spark engines, within standard operating conditions. This spark plug is not positioned by NGage as a racing-only, track-specific, or specialized tuning component. Fitment Accuracy Correct spark plug selection is critical for engine operation and long-term reliability. The B8RII-8 should be installed only in the side plug positions on motorcycles listed in the compatibility section below. It should not be installed in the center spark plug position. Compatibility As per NGage official compatibility chart for part number B8RII-8: Bajaj Motorcycles (Triple Spark – Side Plug Only) Bajaj Pulsar NS200 — side plug position only Bajaj Pulsar RS200 — side plug position only Variant Explanation This listing is for NGage B8RII-8 Double Iridium Spark Plug only. “Double Iridium” refers to iridium usage on both the center and ground electrodes. This part number represents a single manufacturer-defined specification. For Bajaj Triple Spark engines, this spark plug is specified for the side plug positions only. No alternate heat ranges or material variants are included in this listing. Specifications (Only Verified Data) Brand: NGage Part Number: B8RII-8 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle spark plug (side plug – Triple Spark engines) Installation / Usage Notes Install only on Bajaj Pulsar NS200 and RS200 motorcycles listed above. Install in the side plug positions only. Follow Bajaj service-manual torque specifications and standard spark-plug installation procedure. Install on a cold engine.

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NGage B8RII-8 Double Iridium Spark Plug for Jawa & Yezdi Motorcycles (BS4 / BS6 Compatible) The NGage B8RII-8 Double Iridium Spark Plug is a precision ignition component developed for select Jawa and Yezdi motorcycles built on modern, fuel-injected single-cylinder platforms. Manufactured in Japan, this spark plug is part of NGage’s Double Iridium series and is specified for use in both BS4 and BS6 compliant motorcycles, as stated by the manufacturer. This listing focuses exclusively on its application for the Jawa and Yezdi models listed in NGage’s official compatibility chart for part number B8RII-8. It is intended as a direct replacement spark plug for these motorcycles, without modification. Designed for Jawa & Yezdi Motorcycles NGage specifies the B8RII-8 spark plug for a defined group of Jawa and Yezdi motorcycles that share common ignition system requirements. The following models are listed by NGage for use with the B8RII-8 spark plug: Jawa Jawa Forty Two Jawa Bobber 42 Jawa 350 Jawa 42 FJ Yezdi Yezdi Roadster Yezdi Adventure Yezdi Scrambler These motorcycles represent modern, liquid-cooled and air-cooled single-cylinder platforms developed for contemporary combustion and emission standards. NGage lists the same B8RII-8 specification across all of these models, indicating alignment with their ignition system design and operating parameters. For these motorcycles, the B8RII-8 is intended to function as a like-for-like replacement for the factory-specified spark plug type. It is not positioned as a tuning component or a modification-driven upgrade, but as a specification-correct ignition part for routine service or replacement. Double Iridium Spark Plug Construction NGage classifies the B8RII-8 as a Double Iridium spark plug, meaning iridium material is used on both the center electrode and the ground electrode. Iridium is used in modern spark plug construction due to its high melting point and resistance to electrode erosion during repeated ignition cycles. This construction approach is commonly applied in motorcycles with high-energy ignition systems and tightly controlled combustion environments. The double-iridium configuration is intended to maintain consistent electrode geometry over extended operating periods under normal riding conditions. NGage does not publish electrode dimensions, spark-gap values, heat-range explanations, or service-interval figures for this model. BS4 and BS6 Compatibility NGage specifies that the B8RII-8 spark plug is compatible with both BS4 and BS6 vehicles. This makes it suitable for use across production years that fall before and after the BS6 emission-standard transition, provided the motorcycle is included in the compatibility list. For the Jawa and Yezdi motorcycles listed above, this ensures suitability across emission-compliant variants without requiring a change in spark plug specification. No emission-reduction, fuel-efficiency, or tuning claims are made for this product. Manufacturing Origin The B8RII-8 spark plug is manufactured in Japan, as stated by NGage. NGage does not publish further information regarding production processes, certifications, or testing standards for this model. The country of manufacture is provided here as factual product information only. Intended Use The NGage B8RII-8 is intended for routine replacement during scheduled maintenance or spark-plug service intervals recommended by the motorcycle manufacturer. It is suitable for everyday road use on the Jawa and Yezdi motorcycles listed below within standard operating conditions. This spark plug is not positioned by NGage as a racing-only, track-specific, or specialized tuning component. Fitment Accuracy Correct spark plug selection is critical for engine operation and long-term reliability. The B8RII-8 should be installed only on motorcycles listed in the compatibility section below. Use on non-listed motorcycles is not recommended. Compatibility As per NGage official compatibility chart for part number B8RII-8: Jawa Motorcycles Jawa Forty Two Jawa Bobber 42 Jawa 350 Jawa 42 FJ Yezdi Motorcycles Yezdi Roadster Yezdi Adventure Yezdi Scrambler Variant Explanation This listing is for NGage B8RII-8 Double Iridium Spark Plug only. “Double Iridium” refers to iridium usage on both the center and ground electrodes. This part number represents a single manufacturer-defined specification. No alternate heat ranges or material variants are included in this listing. Specifications  Brand: NGage Part Number: B8RII-8 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle spark plug Installation / Usage Notes Install only on Jawa and Yezdi motorcycles listed in the compatibility section. Follow the motorcycle manufacturer’s service-manual torque specifications and standard spark-plug installation procedure. Install on a cold engine.

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NGage B8RII-8 Double Iridium Spark Plug for Suzuki V-Strom 250 & Burgman 125 (BS4 / BS6 Compatible) The NGage B8RII-8 Double Iridium Spark Plug is a precision ignition component developed for select Suzuki motorcycles, including the Suzuki V-Strom 250 and Suzuki Burgman 125. Manufactured in Japan, this spark plug is part of NGage’s Double Iridium series and is specified for use in both BS4 and BS6 compliant motorcycles, as stated by the manufacturer. This listing focuses exclusively on its application for Suzuki motorcycles where the B8RII-8 spark plug specification is listed by NGage in its official compatibility chart. It is intended as a direct replacement spark plug for these motorcycles, without modification. Designed for Suzuki Motorcycles NGage specifies the B8RII-8 spark plug for a defined group of Suzuki motorcycles that share compatible ignition system requirements. The following Suzuki models are listed by NGage for use with the B8RII-8 spark plug: Suzuki V-Strom 250 Suzuki Burgman 125 These motorcycles represent two distinct riding formats within Suzuki’s lineup: a lightweight adventure-touring platform and a fuel-injected urban scooter platform. Despite differences in displacement and application, NGage lists the same B8RII-8 spark plug specification for both models, indicating alignment with their respective ignition system design and operating parameters. For both motorcycles, the B8RII-8 is intended to function as a like-for-like replacement for the factory-specified spark plug type. It is not positioned as a tuning component or a modification-driven upgrade, but as a specification-correct ignition part for routine service or replacement. Double Iridium Spark Plug Construction NGage classifies the B8RII-8 as a Double Iridium spark plug, meaning iridium material is used on both the center electrode and the ground electrode. Iridium is used in modern spark plug construction due to its high melting point and resistance to electrode erosion during repeated ignition cycles. This construction approach is commonly applied in motorcycles with high-energy ignition systems and tightly controlled combustion environments. The double-iridium configuration is intended to maintain consistent electrode geometry over extended operating periods under normal riding conditions. NGage does not publish electrode dimensions, spark-gap values, heat-range explanations, or service-interval figures for this model. BS4 and BS6 Compatibility NGage specifies that the B8RII-8 spark plug is compatible with both BS4 and BS6 vehicles. This makes it suitable for use across production years that fall before and after the BS6 emission-standard transition, provided the motorcycle is included in the compatibility list. For the Suzuki V-Strom 250 and Suzuki Burgman 125, this ensures suitability across emission-compliant variants without requiring a change in spark plug specification. No emission-reduction, fuel-efficiency, or tuning claims are made for this product. Manufacturing Origin The B8RII-8 spark plug is manufactured in Japan, as stated by NGage. NGage does not publish further information regarding production processes, certifications, or testing standards for this model. The country of manufacture is provided here as factual product information only. Intended Use The NGage B8RII-8 is intended for routine replacement during scheduled maintenance or spark-plug service intervals recommended by Suzuki. It is suitable for everyday road use on the Suzuki V-Strom 250 and Suzuki Burgman 125 within standard operating conditions. This spark plug is not positioned by NGage as a racing-only, track-specific, or specialized tuning component. Fitment Accuracy Correct spark plug selection is critical for engine operation and long-term reliability. The B8RII-8 should be installed only on motorcycles listed in the compatibility section below. Use on non-listed motorcycles is not recommended. Compatibility As per NGage official compatibility chart for part number B8RII-8: Suzuki Motorcycles Suzuki V-Strom 250 Suzuki Burgman 125 Variant Explanation This listing is for NGage B8RII-8 Double Iridium Spark Plug only. “Double Iridium” refers to iridium usage on both the center and ground electrodes. This part number represents a single manufacturer-defined specification. No alternate heat ranges or material variants are included in this listing. Specifications (Only Verified Data) Brand: NGage Part Number: B8RII-8 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle spark plug Installation / Usage Notes Install only on Suzuki motorcycles listed in the compatibility section. Follow Suzuki service-manual torque specifications and standard spark-plug installation procedure. Install on a cold engine.

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NGage B8RII-8 Double Iridium Spark Plug for Yamaha R15, MT-15, R3, MT-03, Aerox V2 & NMax 155 (BS4 / BS6 Compatible) The NGage B8RII-8 Double Iridium Spark Plug is a precision ignition component developed for select Yamaha motorcycles and scooters built on modern, fuel-injected engine platforms. Manufactured in Japan, this spark plug is part of NGage’s Double Iridium series and is specified for use in both BS4 and BS6 compliant vehicles, as stated by the manufacturer. This listing focuses exclusively on its application for Yamaha models where the B8RII-8 spark plug specification is listed by NGage in its official compatibility chart. It is intended as a direct replacement spark plug for these Yamaha motorcycles and scooters, without modification. Designed for Yamaha Motorcycles & Scooters NGage specifies the B8RII-8 spark plug for a defined group of Yamaha motorcycles and scooters that share compatible ignition system requirements. The following Yamaha models are listed by NGage for use with the B8RII-8 spark plug: Yamaha YZF-R15 (V1, V2, V3, V4) Yamaha MT-15 Yamaha YZF-R3 Yamaha MT-03 Yamaha Aerox V2 Yamaha NMax 155 These models span Yamaha’s lightweight sport, naked, and performance scooter segments, covering both single-cylinder and twin-cylinder platforms. Despite differences in displacement, cylinder configuration, and riding format, NGage lists the same B8RII-8 specification across all of these models, indicating alignment with their respective ignition system design and operating parameters. For these Yamaha models, the B8RII-8 is intended to function as a like-for-like replacement for the factory-specified spark plug type. It is not positioned as a tuning component or a modification-driven upgrade, but as a specification-correct ignition part for routine service or replacement. Double Iridium Spark Plug Construction NGage classifies the B8RII-8 as a Double Iridium spark plug, meaning iridium material is used on both the center electrode and the ground electrode. Iridium is used in modern spark plug construction due to its high melting point and resistance to electrode erosion during repeated ignition cycles. This construction approach is commonly applied in motorcycles and scooters with high-energy ignition systems and tightly controlled combustion environments. The double-iridium configuration is intended to maintain consistent electrode geometry over extended operating periods under normal riding conditions. NGage does not publish electrode dimensions, spark-gap values, heat-range explanations, or service-interval figures for this model. BS4 and BS6 Compatibility NGage specifies that the B8RII-8 spark plug is compatible with both BS4 and BS6 vehicles. This makes it suitable for use across production years that fall before and after the BS6 emission-standard transition, provided the vehicle is included in the compatibility list. For the Yamaha models listed above, this ensures suitability across emission-compliant variants without requiring a change in spark plug specification. No emission-reduction, fuel-efficiency, or tuning claims are made for this product. Manufacturing Origin The B8RII-8 spark plug is manufactured in Japan, as stated by NGage. NGage does not publish further information regarding production processes, certifications, or testing standards for this model. The country of manufacture is provided here as factual product information only. Intended Use The NGage B8RII-8 is intended for routine replacement during scheduled maintenance or spark-plug service intervals recommended by Yamaha. It is suitable for everyday road use on the Yamaha motorcycles and scooters listed below within standard operating conditions. This spark plug is not positioned by NGage as a racing-only, track-specific, or specialized tuning component. Fitment Accuracy Correct spark plug selection is critical for engine operation and long-term reliability. The B8RII-8 should be installed only on vehicles listed in the compatibility section below. Use on non-listed motorcycles or scooters is not recommended. Compatibility As per NGage official compatibility chart for part number B8RII-8: Yamaha Motorcycles & Scooters Yamaha YZF-R15 (V1, V2, V3, V4) Yamaha MT-15 Yamaha YZF-R3 Yamaha MT-03 Yamaha Aerox V2 Yamaha NMax 155 Variant Explanation This listing is for NGage B8RII-8 Double Iridium Spark Plug only. “Double Iridium” refers to iridium usage on both the center and ground electrodes. This part number represents a single manufacturer-defined specification. No alternate heat ranges or material variants are included in this listing. Specifications Brand: NGage Part Number: B8RII-8 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle / scooter spark plug Installation / Usage Notes Install only on Yamaha motorcycles and scooters listed in the compatibility section. Follow Yamaha service-manual torque specifications and standard spark-plug installation procedure. Install on a cold engine.

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Introducing the NGage Double Iridium Spark Plug for Royal Enfield Himalayan 450 & Guerilla 450 Give your Royal Enfield Sherpa 450 engine the spark it deserves with the NGage BN8RTIIA-9 double iridium spark plug. This plug is crafted to ignite cleaner and burn sharper under all conditions. Whether you face tough terrain, heat, or long-haul stress, this spark plug stands up to the challenge of the Himalayan 450 and Guerilla 450 platforms. The NGage double Iridium spark plug ensures reliable ignition for smoother, more efficient engine performance on every ride. Enhanced Combustion Technology for Superior Throttle Response At the core of this Iridium spark plug lies an ultra-fine iridium center electrode paired with a reinforced ground strap. These components ignite the fuel-air mixture faster and more efficiently. The result is quicker flame initiation and smoother combustion, helping you gain noticeably sharper throttle pickup. Whether climbing a broken trail, cruising fully loaded highways, or skillfully navigating city blocks, the NGage spark plug keeps your engine running predictably and consistently. This precision design improves ignition stability, reduces misfires, and supports smoother acceleration — characteristics every rider desires in performance upgrades. Quality and Durability from Japan’s Best Manufacturing Built in Japan, the NGage double Iridium Spark Plug combines advanced ceramic resistor technology. This technology ensures high-temperature stability, reducing electrical interference and misfires. The ceramic insulator is made of high-grade alumina silicate, which acts as a rugged insulator. It minimizes the risk of dielectric punch-through caused by sparks escaping through the ceramic’s side. This results in improved electrical performance and more stable sparking in all conditions. The plug also features a 98% pure copper core to efficiently dissipate heat. This extends the life of the plug while ensuring reliable starts and preventing overheating. Designed specifically as a direct-fit replacement for Royal Enfield’s 450cc motorcycles, you get OEM-level fitment with no modifications required. Why Choose the NGage Double Iridium Spark Plug? Better combustion: Advanced iridium electrodes lead to cleaner and more complete fuel burning. High reduction of misfires: Stable ignition enhances reliability during varied riding conditions. Improved acceleration: Firmer spark and ignition improve throttle response and crispness. Easier starts in cold or wet weather: Iridium spark plugs naturally support cold starts and wet weather reliability. Improved fuel efficiency: Perfect combustion lowers wasted fuel while reducing emissions. More stable idle: The plug offers smooth, consistent idle with less engine hesitation. Direct Replacement Fitment for Royal Enfield Himalayan 450 & Guerilla 450 The NGage double Iridium Spark Plug is engineered to fit all variants of the Royal Enfield Himalayan 450 and Guerilla 450 perfectly. No modifications or compromises are necessary. This plug supports factory specifications while upgrading spark quality and durability. Installation is straightforward and hassle-free, ensuring you get the optimal benefit from your upgrade. Part Number and Compatibility Information Fitment: Royal Enfield Himalayan 450 (all variants) Royal Enfield Guerilla 450 (all variants) Part Number: BN8RTIIA-9 The Essential Role of an Iridium Spark Plug in Engine Performance Iridium Spark Plugs are designed to deliver enhanced spark energy with ultra-fine tips. NGage’s double Iridium technology uses 360-degree laser welding of twin iridium tips. This delivers omni-directional ignition compared to traditional single-tip plugs. The superior ignition quality means each spark burns fuel more efficiently. This leads to improved power output and better fuel economy on every ride. This precision and quality make the NGage Iridium Spark Plug an excellent upgrade for riders who demand reliability and performance. Additional Benefits of NGage Double Iridium Technology Double iridium firing pin and electrode ensure higher ignition reliability. 0.6mm iridium tip provides better ignitability and longer durability than standard plugs. Copper core construction enhances heat dissipation improving overall spark plug life. Copper gasket conforms tightly to the cylinder head, preventing combustion gas leaks. By upgrading to this premium Iridium Spark Plug, you get noticeable improvements in ignition stability, fuel consumption, and throttle response. Perfect for all your street, track, or off-road adventures with the Royal Enfield Himalayan 450 or Guerilla 450.

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NGage Double Iridium Spark Plug Set for Bajaj Pulsar NS200 & RS200 (Triple Spark Engines) Complete 3-Plug Replacement Bundle for Triple Spark Head The NGage Double Iridium Spark Plug Set for Bajaj Pulsar NS200 and RS200 is a seller-defined replacement bundle containing the three individual NGage spark plugs required for a complete spark plug replacement on Bajaj’s Triple Spark cylinder head configuration. Bajaj Triple Spark engines use three spark plugs per cylinder: • One centre spark plug• Two side spark plugs Each position uses a different spark plug specification. This bundle consolidates the correct NGage part numbers into a single purchase to simplify ordering and prevent mismatched plug selection. This is not a factory kit or OEM-packaged bundle from NGage. Each spark plug is supplied as an individual retail unit. The bundle is created solely to provide the correct combination required for a full Triple Spark replacement. Spark Plug Positions & Part Numbers According to NGage compatibility data, the following spark plugs are specified: Centre Plug PositionNGage VH8RTII-9 Side Plug Positions (two required per engine)NGage B8RII-8 This bundle includes: 1 × NGage VH8RTII-9 (Centre position)2 × NGage B8RII-8 (Left and right side positions) Each spark plug must be installed strictly in its designated position. The centre and side plugs are not interchangeable. The “side plug ×2” reference seen in compatibility charts refers to engine requirement — not packaged quantity per box. Designed for Bajaj Triple Spark Architecture Bajaj’s Triple Spark cylinder head architecture uses three spark plugs to support stable combustion characteristics within the engine. Each spark plug position serves a defined role within the ignition sequence. Because the centre and side plug specifications differ, correct identification is critical. Installing incorrect part numbers may affect ignition behaviour and engine operation. This listing provides the complete set required for: Bajaj Pulsar NS200 — Triple SparkBajaj Pulsar RS200 — Triple Spark Compatibility applies strictly to Triple Spark engine variants. Double Iridium Construction Both NGage VH8RTII-9 and NGage B8RII-8 are classified as Double Iridium spark plugs. “Double Iridium” indicates the use of iridium material on both the centre electrode and the ground electrode. Iridium is widely used in modern spark plug construction due to its: High melting pointResistance to electrode wearStructural stability under repeated ignition cycles Double iridium construction is commonly applied in engines that require consistent spark stability across regular operating conditions. NGage does not publish electrode dimensions, spark-gap values, heat-range explanations, or service-interval data for these part numbers. No additional performance claims are implied beyond their specified compatibility. These spark plugs are positioned as premium replacement components within their intended application. BS4 and BS6 Compatibility NGage specifies both VH8RTII-9 and B8RII-8 as compatible with BS4 and BS6 compliant motorcycles within the specified model range. This means the spark plug specifications apply to: BS4 Bajaj Pulsar NS200 / RS200BS6 Bajaj Pulsar NS200 / RS200 Compatibility applies only where the motorcycle uses the Triple Spark configuration and matches NGage’s official listing. No claims are made regarding fuel efficiency improvements, emission reduction, or performance tuning beyond standard replacement use. Manufacturing Origin All spark plugs included in this bundle are manufactured in Japan, as stated by NGage. No additional manufacturing process details or certification claims are provided beyond country of origin. What’s Included This seller-defined bundle includes: 1 × NGage VH8RTII-9(Centre spark plug position) 2 × NGage B8RII-8(Left and right side spark plug positions) Each spark plug is supplied as an individual retail unit in its original packaging. Important Clarifications This is not an OEM-packaged kit from NGageEach spark plug is individually boxedBundle created for ordering convenienceCentre and side plugs are not interchangeableCompatibility applies only to Triple Spark engines Buyers should confirm engine configuration before purchase. Specifications (Verified Data Only) Brand: NGageCentre Plug Part Number: VH8RTII-9Side Plug Part Number: B8RII-8Spark Plug Type: Double IridiumVehicle Compatibility: BS4 & BS6Country of Manufacture: JapanApplication: Motorcycle spark plugs (Triple Spark engines) Installation & Usage Notes Install each spark plug only in its designated positionFollow Bajaj service manual torque specificationsInstall on a cold engineFollow standard spark plug installation procedures Professional installation is recommended if unsure about correct positioning or torque values. Summary The NGage Double Iridium Spark Plug Set for Bajaj Pulsar NS200 and RS200 Triple Spark engines provides the complete combination of one centre plug (VH8RTII-9) and two side plugs (B8RII-8) required for a full spark plug replacement. Manufactured in Japan and specified by NGage for Triple Spark architecture, this seller-defined bundle simplifies ordering while maintaining accurate position-specific compatibility. Correct part numbers. Correct positions. Complete Triple Spark replacement set.

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NGage HB 155 / HBS 155 Front Brake Pads for Royal Enfield UCE, J-Platform & Himalayan 411 – Ceramic & Sintered Options (Front Only) The NGage HB 155 and HBS 155 front brake pads are disc brake pads developed for select Royal Enfield motorcycles where this exact pad shape and specification is required for the front brake caliper position. These brake pads are listed by NGage for use on multiple Royal Enfield models that share a common front brake pad format. As per the official NGage brake pad compatibility chart, the following motorcycles use pad code HB 155 (Whisker Ceramic) or HBS 155 (Sintered) at the front: Royal Enfield Thunderbird 350 UCE Royal Enfield Thunderbird 500 UCE Royal Enfield Classic 350 UCE Royal Enfield Classic 500 UCE Royal Enfield Electra 350 UCE Royal Enfield Electra 500 UCE Royal Enfield Meteor 350 Royal Enfield Hunter 350 Royal Enfield Classic 350 Reborn Royal Enfield Himalayan 411 This listing covers the front brake pad set only for the above motorcycles. Brake pads are a critical safety component in any motorcycle braking system. Their function is to generate controlled friction against the brake disc when hydraulic pressure is applied through the brake caliper. The correct pad shape, thickness, and friction compound specification are essential for proper fitment, even braking force distribution, and predictable braking response. The NGage HB 155 and HBS 155 pads are manufactured to match the mounting dimensions and backing plate profile specified for the front brake calipers used on the listed Royal Enfield models. These pads are intended as direct-replacement components and are not designed to alter brake caliper geometry, disc size, or braking system architecture. Pad Code Structure & Fitment Logic Brake pad codes define the physical shape and mounting interface of the brake pad. Only pads with the exact matching code should be used in a given brake caliper. For the models covered under this listing: HB 155 corresponds to the Whisker Ceramic variant HBS 155 corresponds to the Sintered variant Both variants share the same physical dimensions, backing plate profile, and mounting points. The only difference between the two is the friction material composition. Using the correct pad code is essential. Installing brake pads with a different shape or specification may result in improper seating, uneven wear, brake noise, reduced braking efficiency, or brake system damage. Variant Explanation This product is available in two NGage material variants: HB 155 – Whisker Ceramic Brake PadsThis variant uses a ceramic-based friction compound reinforced with fiber-like whisker elements. It is listed by NGage as “HB – Whisker Ceramic Pads.” This compound type is generally intended for standard street riding conditions where controlled braking behavior and stable pad performance are required. HBS 155 – Sintered Brake PadsThis variant uses a metallic sintered friction compound. It is listed by NGage as “HBS – Sintered Pads.” Sintered pads are typically selected for applications where higher thermal stability is required, such as heavier motorcycles, sustained braking loads, or mixed riding environments. Both variants are identical in shape, fitment, and mounting dimensions. Only the friction material differs. Intended Application & Compatibility Context The NGage HB 155 and HBS 155 front brake pads are specified only for motorcycles where this exact pad code is listed in official NGage compatibility documentation. This listing applies strictly to the front brake caliper position on the following motorcycles: Royal Enfield Thunderbird 350 UCE – Front Royal Enfield Thunderbird 500 UCE – Front Royal Enfield Classic 350 UCE – Front Royal Enfield Classic 500 UCE – Front Royal Enfield Electra 350 UCE – Front Royal Enfield Electra 500 UCE – Front Royal Enfield Meteor 350 – Front Royal Enfield Hunter 350 – Front Royal Enfield Classic 350 Reborn – Front Royal Enfield Himalayan 411 – Front Compatibility applies only when HB 155 or HBS 155 is the recommended front brake pad specification. Motorcycles using a different pad code should not use this model, even if engine displacement or platform appears similar. Installation & Service Considerations Brake pads are routine service components and should be replaced according to the motorcycle manufacturer’s recommended service intervals or when pad thickness reaches the wear limit. Installation should be carried out following standard brake service procedures, including: Cleaning the brake caliper and pad guide surfaces Verifying brake disc condition Correctly seating the pads in the caliper Applying proper tightening torque to mounting hardware Performing a bed-in procedure after installation Improper installation may affect braking performance or cause premature wear. Professional installation is recommended for riders who are not familiar with motorcycle brake system service procedures. Summary The NGage HB 155 and HBS 155 front brake pads are direct-replacement brake pads designed for select Royal Enfield motorcycles where this exact pad shape and specification is required. Available in Whisker Ceramic and Sintered variants, these pads provide two friction material options while maintaining identical fitment geometry. Correct specification matching and proper installation are essential prior to use. Compatibility (Front Only) As per NGage’s official compatibility chart: Royal Enfield Thunderbird 350 UCE Royal Enfield Thunderbird 500 UCE Royal Enfield Classic 350 UCE Royal Enfield Classic 500 UCE Royal Enfield Electra 350 UCE Royal Enfield Electra 500 UCE Royal Enfield Meteor 350 Royal Enfield Hunter 350 Royal Enfield Classic 350 Reborn Royal Enfield Himalayan 411 Variant Explanation Whisker Ceramic (HB 155): Ceramic-based friction compound Sintered (HBS 155): Metallic sintered friction compound Both variants share identical fitment and mounting dimensions Specifications  Brand: NGage Product Type: Motorcycle brake pads Position: Front Pad Codes: HB 155 (Whisker Ceramic), HBS 155 (Sintered) Compatibility: Royal Enfield models listed above Certification Marking: ARAI Tested  Manufacturing Origin: Japan  Installation / Usage Notes Install only in the front brake caliper position Use only the specified pad code for your motorcycle Perform bed-in procedure after installation Professional installation recommended

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NGage HB155 / HBS155 Front Brake Pads for Bajaj Dominar 400 (Except 2019), Pulsar NS200 & 200–220 – Ceramic & Sintered Options (Front Only) The NGage HB155 and HBS155 front brake pads are disc brake pads developed for select Bajaj motorcycles where this exact pad shape and specification is required. As per NGage’s official brake pad compatibility chart, these pad codes are specified for the front brake caliper position on the motorcycles listed below. This listing covers the front brake pad set only. It does not include rear brake pads. Correct pad shape and position matching is critical. Even small dimensional differences can affect caliper fitment, pad alignment, and braking consistency. HB155 and HBS155 share identical physical dimensions and mounting specifications. The only difference between the two variants is the friction material composition. Official Compatibility – Front Brake Only According to NGage’s published compatibility chart, the following motorcycles use HB155 or HBS155 in the front brake position: Bajaj Dominar 400 (Except 2019 model year) – FrontBajaj Pulsar NS 200 – FrontBajaj Pulsar 200–220 – Front Compatibility applies strictly to the front brake caliper of the above motorcycles. Buyers must verify the correct pad code before purchase. The 2019 Bajaj Dominar 400 is specifically excluded, as indicated by NGage’s chart. Variant Options Explained This product is available in two NGage-defined material variants. Both share the same shape, mounting dimensions, and caliper compatibility. Only the friction material composition differs. HB155 – Whisker Ceramic (Ultimate+ Series) Classified by NGage under the Whisker Ceramic Ultimate+ brake pad series, the HB155 variant uses a ceramic-based friction compound reinforced with whisker fibers. According to NGage’s HB series material overview, this compound incorporates: Ceramic matrixReinforcing fibersFiller materials Ceramic brake pads are commonly selected for riders prioritising: Smooth braking engagementControlled modulationReduced harshnessStreet-focused braking behaviour The Whisker Ceramic compound is positioned by NGage as a street-oriented friction solution. HBS155 – Sintered Brake Pads The HBS155 variant belongs to NGage’s sintered brake pad series. Sintered brake pads are manufactured by bonding metallic powders under high heat and pressure. This creates a dense friction material typically associated with: Higher thermal stabilityDurability under repeated heat cyclesStronger friction characteristics compared to ceramic compounds The sintered construction is classified by NGage under the HBS series. While shape and fitment remain identical to HB155, the friction compound composition differs significantly. Choosing Between Ceramic and Sintered Both variants fit the same motorcycles and front brake caliper. The decision between HB155 and HBS155 comes down to friction material preference: HB155 (Whisker Ceramic)Street-focused ceramic compound HBS155 (Sintered)Metallic sintered compound No additional performance claims beyond NGage’s classification are implied here. Construction & Material Overview HB155 – Whisker CeramicCeramic-based friction compoundWhisker fibre reinforcementClassified under NGage Ultimate+ series HBS155 – SinteredMetallic sintered friction compoundFused metallic powders under heat and pressureClassified under NGage HBS series Both variants are: Identical in physical dimensionsDesigned for the front brake positionManufactured in Japan (as shown on NGage chart)ARAI tested (as indicated on chart) Verified Specifications (From NGage Chart Only) Brand: NGageProduct Type: Motorcycle brake padsPosition: FrontPad Codes:HB155 – Whisker CeramicHBS155 – Sintered Compatibility:Bajaj Dominar 400 (Except 2019) – FrontBajaj Pulsar NS 200 – FrontBajaj Pulsar 200–220 – Front Certification Marking: ARAI TestedManufacturing Origin: Japan Important Installation Notes Install only in the front brake caliper of listed motorcyclesUse only the pad code specified for your motorcycleEnsure caliper, brake disc, and hardware are clean and serviceableFollow a proper bedding-in procedure after installationProfessional installation recommended Incorrect pad selection or installation may affect braking performance. Summary The NGage HB155 and HBS155 front brake pads are position-specific brake pads developed for select Bajaj motorcycles as per NGage’s official compatibility chart. Both variants share identical fitment and mounting dimensions, differing only in friction material composition. HB155 belongs to the Whisker Ceramic Ultimate+ series, while HBS155 is classified under NGage’s sintered series. Designed exclusively for the front brake position on Bajaj Dominar 400 (except 2019), Pulsar NS200, and Pulsar 200–220 models, these brake pads provide accurate fitment based on NGage’s published pad codes. Correct pad code. Correct position. Verified compatibility.

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NGage HB 164 / HBS 164 Front Brake Pads for Royal Enfield 450 & 650 Models – Ceramic & Sintered Options (Front Only) The NGage HB 164 / HBS 164 Front Brake Pads are precision-engineered front brake replacement pads designed specifically for select Royal Enfield motorcycles that use the HB 164 pad profile in the front brake caliper. These pads are manufactured in Japan and are listed in NGage’s official compatibility chart for exact-fit installation. This listing applies strictly to front brake fitment only. It does not cover rear brake pads. Brake pad shape accuracy is critical. The HB 164 platform is used across multiple Royal Enfield 450 and 650 motorcycles, and installing the correct pad ensures proper caliper seating, even pad wear, and consistent braking response. Both variants offered here share identical mounting dimensions and backing plate design. The only difference lies in the friction material compound. Compatibility (Front Brake Only) As per NGage’s official application chart, this pad profile is compatible with: Royal Enfield Himalayan 450 Royal Enfield Guerrilla 450 Royal Enfield Interceptor 650 Royal Enfield Continental GT 650 Royal Enfield Super Meteor 650 Royal Enfield Shotgun 650 These models use the HB 164 front pad specification. Buyers should confirm fitment before installation, especially when upgrading between ceramic and sintered variants. Variant Explanation – HB vs HBS This product is available in two NGage friction material options: HB 164 – Whisker Ceramic Brake Pads The HB 164 uses NGage’s Whisker Ceramic compound. This is a ceramic-based friction formulation designed for smooth bite progression and reduced brake noise. It is suitable for: Daily commuting Highway touring Urban riding Riders who prefer controlled lever feedback Ceramic pads are typically chosen for quieter braking and progressive modulation under standard operating temperatures. HBS 164 – Sintered Brake Pads The HBS 164 uses a sintered metallic friction compound. This version is engineered for higher thermal resistance and sustained braking under load. It is suitable for: Aggressive riding Mountain descents Heavier motorcycles with luggage Riders seeking firmer braking response Sintered compounds generally maintain braking consistency across wider temperature variations. Both versions are ARAI tested and manufactured in Japan. Only the friction compound differs. Shape, dimensions, and installation procedure remain the same. Performance Characteristics Brake pads influence more than stopping distance. They affect lever feel, fade resistance, disc wear patterns, and braking stability under repeated deceleration. The NGage HB 164 / HBS 164 Front Brake Pads are engineered to deliver: Stable braking response Consistent contact with the brake disc Predictable lever modulation Uniform wear across the friction surface Performance can vary depending on riding style, road conditions, brake disc condition, and bedding-in procedure. Material & Construction Overview Both variants use a precision-formed backing plate engineered to match the Royal Enfield front caliper design. Proper plate rigidity ensures even pressure distribution across the friction surface. The friction compound is bonded using controlled manufacturing processes designed to withstand heat cycles generated during braking. NGage does not publish internal compound percentages or heat range values beyond the ceramic and sintered classification. The product is listed as ARAI tested, indicating it has undergone evaluation under Indian regulatory standards. Installation & Bedding-In Installation should be performed only on the front brake caliper of the compatible models listed above. After installation, a proper bedding-in procedure is strongly recommended. Bedding-in allows the friction material to transfer evenly onto the brake disc surface, helping establish consistent braking behaviour. Failure to bed in new pads correctly may lead to uneven wear or inconsistent lever feel. Professional installation is advised for riders unfamiliar with brake servicing procedures. What’s Included 1 × Set of NGage Front Brake Pads(HB 164 – Whisker Ceramic or HBS 164 – Sintered, depending on selected variant) No additional mounting pins, shims, springs, or hardware are included unless shown in product images. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: FrontPad Codes: HB 164 (Whisker Ceramic) / HBS 164 (Sintered)Compatibility: Royal Enfield 450 & 650 models listed aboveCertification: ARAI TestedCountry of Manufacture: JapanFitment Type: Direct replacement

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NGage HB184 / HBS184 Front Brake Pads for Bajaj Dominar 400 (2019) & Pulsar RS200 – Ceramic & Sintered Options (Front Only) The NGage HB184 and HBS184 front brake pads are disc brake pads developed for select Bajaj motorcycles requiring this exact pad shape and specification. According to NGage’s official brake pad compatibility chart, these pad codes are specified for the front brake caliper position on the motorcycles listed below. This listing applies strictly to the front brake position and covers only: Bajaj Dominar 400 (2019 model year)Bajaj Pulsar RS 200 It does not apply to other Dominar 400 model years. Correct pad shape is critical for braking alignment and caliper fitment. Even if motorcycles share engine platforms, brake caliper design can differ by year. HB184 and HBS184 are specified only where this exact pad code is required. Official Compatibility – Front Brake Only As per NGage’s published compatibility chart: Bajaj Dominar 400 (2019) – Front brakeBajaj Pulsar RS 200 – Front brake Compatibility applies strictly to the front brake caliper position. This listing does not include rear brake pads. Rear pads use a different specification. Buyers must confirm their exact motorcycle model year before ordering. Variant Options – Material Difference Only This product is available in two NGage-defined material variants: HB184 – Whisker CeramicHBS184 – Sintered Both variants share: Identical shapeIdentical mounting dimensionsIdentical caliper fitment The only difference between them is the friction compound composition. HB184 – Whisker Ceramic (Ultimate+ Series) The HB184 variant is classified by NGage under the Whisker Ceramic Ultimate+ brake pad series. According to NGage’s HB series material overview, this compound includes: Ceramic-based friction matrixWhisker fibre reinforcementFiller materials Ceramic compounds are commonly selected for: Smooth engagementControlled braking modulationReduced harshness at the leverStreet-oriented braking behaviour The Whisker Ceramic variant is positioned as a street-focused braking option within NGage’s lineup. HBS184 – Sintered Brake Pads The HBS184 variant belongs to NGage’s sintered brake pad series. Sintered brake pads are manufactured by fusing metallic powders under high heat and pressure. This creates a dense metallic friction compound typically associated with: Higher thermal stabilityDurability under repeated braking cyclesStronger friction characteristics compared to ceramic variants The HBS184 maintains identical physical dimensions to HB184 but differs in friction material composition. Choosing the Correct Variant Both HB184 and HBS184 fit: Bajaj Dominar 400 (2019) – FrontBajaj Pulsar RS 200 – Front The selection depends purely on material preference: HB184 – Whisker Ceramic compoundHBS184 – Metallic Sintered compound No additional performance claims beyond NGage’s classification are implied. Construction & Classification Overview HB184 – Whisker CeramicCeramic-based friction compoundWhisker fibre reinforcementClassified under NGage Ultimate+ series HBS184 – SinteredMetallic fused friction compoundManufactured using sintering processClassified under NGage HBS series Both variants are: ARAI Tested (as shown on NGage chart)Manufactured in Japan (as indicated on chart)Designed for front brake application only Verified Specifications (From NGage Chart Only) Brand: NGageProduct Type: Motorcycle brake padsPosition: Front Pad Codes:HB184 – Whisker CeramicHBS184 – Sintered Compatibility:Bajaj Dominar 400 (2019) – FrontBajaj Pulsar RS 200 – Front Certification Marking: ARAI TestedManufacturing Origin: Japan Important Installation Notes Install only in the front brake caliper of listed motorcyclesConfirm correct pad code before purchaseEnsure caliper, disc, and hardware are clean and serviceableFollow proper bed-in procedure after installationProfessional installation recommended Incorrect pad selection or improper installation may affect braking performance. Summary The NGage HB184 and HBS184 front brake pads are position-specific brake pads developed for Bajaj Dominar 400 (2019 model year) and Bajaj Pulsar RS 200 motorcycles. Both variants share identical shape and fitment dimensions. The difference lies solely in the friction compound classification — Whisker Ceramic (HB184) or Sintered (HBS184). Designed strictly for the front brake position as per NGage’s official compatibility chart, these pads provide model-specific fitment accuracy and material choice within NGage’s brake pad lineup. Correct year. Correct pad code. Correct front fitment.

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NGage HB 184 / HBS 184 Front Brake Pads for TVS RR 310 – Ceramic & Sintered Options (Front Only) The NGage HB 184 and HBS 184 front brake pads are disc brake pads developed for motorcycles where this exact pad shape and specification is required. These brake pads are listed by NGage for use on the TVS RR 310 in the front brake caliper position. As per the official NGage brake pad compatibility chart, the TVS RR 310 uses the following front brake pad codes: Front: HB 184 (Whisker Ceramic) Front: HBS 184 (Sintered) This listing covers the front brake pad set only for the TVS RR 310. Application Context Brake pads are a wear component in a motorcycle’s braking system. Their role is to generate friction against the brake disc when hydraulic pressure is applied through the brake caliper. Correct brake pad selection depends on the caliper design, disc size, mounting geometry, and backing plate dimensions specified for a given motorcycle. NGage pad codes define the physical pad shape, backing plate profile, thickness, and mounting features required for a specific brake caliper. For the TVS RR 310, NGage specifies pad code HB 184 / HBS 184 for the front brake position. Pads with a different code should not be used even if they appear visually similar. Compatibility (Front Only) As per NGage’s official compatibility chart: TVS RR 310 – Front brake Variant Explanation This product is available in two NGage material variants, as defined by NGage’s own brake pad series classification. HB 184 – Whisker Ceramic Brake Pads Ceramic-based friction compound reinforced with whisker fibers Classified by NGage as Whisker Ceramic Ultimate+ Brake Pads Uses a ceramic matrix combined with reinforcing fibers and fillers, as described in NGage’s HB-series material overview HBS 184 – Sintered Brake Pads Metallic sintered friction compound Manufactured using fused metallic powders under heat and pressure Classified by NGage as Sintered Brake Pads under the HBS-series Both variants are identical in shape, fitment, and mounting dimensions.Only the friction material composition differs between HB and HBS variants. Specifications  Brand: NGage Product Type: Motorcycle brake pads Position: Front Pad Codes: HB 184 – Whisker Ceramic HBS 184 – Sintered Compatibility: TVS RR 310 – Front Certification Marking: ARAI Tested  Manufacturing Origin: Japan  Installation / Usage Notes Install only in the front brake caliper of the TVS RR 310 Use only the brake pad code specified for your exact motorcycle and brake position Ensure the caliper, disc, and pad retaining hardware are clean and in serviceable condition before installation Follow a standard bed-in procedure after installation Professional installation is recommended

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Why Choose Ngage Front Brake Pads for BMW 310 & S1000R? The Ngage HB 184 Front Brake Pads are compatible with: BMW G 310 R BMW G 310 GS BMW S1000R (2014–2024) These brake pads are available in two compound variants: Sintered Whisker Ceramic (Ultimate+) This listing is specifically for the Front brake position (HB 184 code). Compatibility Front Brake Pads – HB 184 Compatible Models: BMW G 310 R BMW G 310 GS BMW S1000R (2014–2024) Always verify your existing pad shape before ordering. Variant 1: Sintered Brake Pads Ngage Sintered Brake Pads – Performance Compound Sintered brake pads are manufactured using a high-temperature sintering process where metallic powders are fused under extreme heat and pressure to form a dense compound. Friction Materials Include: Copper (heat dissipation & thermal stability) Steel/Iron (structural strength) Brass (thermal conductivity) Graphite (wear reduction) Carbon fibers (strength reinforcement) Molybdenum Disulfide (MoS2) (reduces friction under pressure) Performance Characteristics Friction Coefficient: 0.55 – 0.65 Shear Strength: > 8 N/mm² Thermal Resistance: Up to 1000°C Estimated Life: 12,000 – 18,000 km (normal riding conditions) Best Suited For Aggressive riding High-speed braking Touring Off-road usage Heavy motorcycles Sintered pads are designed for higher heat resistance and stronger initial bite under demanding conditions. Variant 2: Whisker Ceramic Ultimate+ Brake Pads Ngage Whisker Ceramic Brake Pads – Enhanced Ceramic Compound Whisker Ceramic brake pads incorporate microscopic fiber-like reinforcements (“whiskers”) within the ceramic matrix to enhance braking stability and durability. Friction Materials Include: Whisker Filament High-end Ceramic Fiber  High-end Mineral Fiber  High-end Aramid Fiber  Copper Fiber This blended structure is engineered to enhance strength, durability, and overall braking consistency. Performance Characteristics Friction Coefficient: 0.45 – 0.60 Shear Strength: 4.5 N/mm² Thermal Resistance: Up to 650°C Estimated Life: 15,000 – 25,000 km (normal riding conditions) Best Suited For Daily commuting Urban riding Riders prioritizing longevity Lower brake dust preference Smoother braking feel Whisker Ceramic pads are engineered for consistent performance and longer lifespan under standard riding conditions. Key Differences – Sintered vs Whisker Ceramic Feature Sintered Whisker Ceramic Heat Resistance Higher (up to 1000°C) Moderate (up to 650°C) Initial Bite Stronger Progressive Lifespan Moderate Longer Riding Style Aggressive / Touring Daily / Commuting Position Front Brake Pads Pad Code: HB 184 Product Specifications Brand: Ngage Powerparts Pad Code: HB 184 Position: Front Compatibility: BMW G 310 R / G 310 GS / S1000R (2014–2024) Variants Available: Sintered / Whisker Ceramic ARAI Tested Made in Japan

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NGage HB 008 / HBS 008 Front Brake Pads for Hero Xpulse 200 & 210 – Ceramic & Sintered Options (Front Only) The NGage HB 008 and HBS 008 front brake pads are disc brake pads developed for the front brake caliper used on the Hero Xpulse 200 and Hero Xpulse 210. These brake pads are manufactured to match the exact pad shape, mounting profile, and contact surface geometry required by the front braking system fitted to these motorcycles, ensuring correct physical fitment and consistent disc engagement. This product listing applies strictly to the front brake position. The rear brake pads for these models use a different pad code and are listed separately. Front brake pads carry the primary braking load on a motorcycle. The majority of stopping force is generated at the front wheel, which makes front brake pad selection critical for braking confidence, lever feel, and controlled deceleration. A front brake pad must deliver predictable bite, stable friction output, and consistent performance across varying temperatures and braking loads. NGage offers the HB 008 front brake pad shape in two friction material variants: Whisker Ceramic (HB 008) and Sintered (HBS 008). Both variants share identical physical dimensions and mounting geometry. The difference lies entirely in the friction compound formulation and how it behaves under heat, load, and repeated braking cycles. Whisker Ceramic Variant — HB 008 The HB 008 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with fiber-like whiskers. This compound is engineered to deliver smooth initial bite, progressive braking force buildup, and stable friction output during everyday riding conditions. The ceramic matrix allows controlled modulation at the brake lever, which is particularly useful for urban riding, highway cruising, and mixed riding environments where precise braking control is preferred. The whisker reinforcement improves structural stability within the friction layer, helping the pad maintain consistent surface behavior under repeated braking cycles. This compound is intended for riders who prioritize refined braking feel, predictable front brake response, and consistent deceleration without aggressive bite characteristics. Sintered Variant — HBS 008 The HBS 008 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This manufacturing process produces a dense, wear-resistant friction material with high thermal stability and consistent friction output under elevated braking loads. Sintered brake pads are engineered to tolerate higher operating temperatures and maintain braking performance during repeated hard braking, extended downhill descents, and off-road riding conditions where brake heat buildup is significant. The metallic composition offers stronger initial bite and sustained friction consistency under conditions where brake temperatures fluctuate rapidly. This compound is intended for riders who operate in aggressive riding conditions, carry heavier loads, or frequently ride in environments that generate higher front brake temperatures. Fitment & Compatibility This listing applies to the front brake position on the following motorcycles: Compatibility (Front Brake Only)Hero Xpulse 200Hero Xpulse 210 The HB 008 and HBS 008 pad shape is shared across these two models for the front caliper. Rear brake pads use a different pad code and must be purchased separately. Variant Explanation This product is available in two NGage material variants: HB 008 — Whisker Ceramic Brake PadsCeramic-based friction compoundOptimized for smooth braking responseProgressive front brake feelStable friction behavior under normal thermal loadsSuitable for daily riding, touring, and mixed conditions HBS 008 — Sintered Brake PadsMetallic sintered friction compoundHigher temperature toleranceStronger braking bite under loadConsistent friction during repeated brakingSuitable for aggressive riding and high-heat conditions Both variants are identical in shape, thickness profile, and mounting design. Only the friction compound differs. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: FrontPad Codes: HB 008 (Whisker Ceramic), HBS 008 (Sintered)Material Options: Ceramic-based or Metallic SinteredCertification: ARAI TestedManufacturing Origin: JapanApplication Type: Front brake caliperMounting: Direct replacement design Installation / Usage Notes • Designed as a direct replacement for the stock front brake pads• No modification required for compatible models• Install only in the front brake caliper• Ensure brake caliper pistons are properly retracted before installation• Clean the caliper bracket and pad guide surfaces prior to fitting• Bedding-in procedure is recommended after installation• Avoid aggressive braking for the first 150–200 km to allow proper pad transfer• Professional installation is advised for optimal braking performance Correct bedding-in is essential to achieve stable friction behavior and consistent braking feel. Improper bedding may result in uneven pad wear or reduced braking efficiency.

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The NGage HB 089 and HBS 089 front brake pads are engineered for Honda’s CB 350 platform, covering the CB 350 H’ness, CB 350RS, and CB 350. These pads are designed to match the front brake caliper dimensions and mounting profile required for these motorcycles, ensuring direct fitment without modification. This listing is for the front brake position only. Rear brake pads are listed separately under a different product code. NGage offers this pad shape in two distinct friction materials—Whisker Ceramic and Sintered—allowing riders to select the compound that best aligns with their riding style, usage pattern, and braking preference. Friction Material Options (Variants) HB 089 — Whisker Ceramic Brake PadsThis variant uses NGage’s whisker-reinforced ceramic compound, designed to deliver progressive braking feel, consistent modulation, and stable performance under everyday riding conditions. The ceramic matrix is optimized for controlled heat behavior and smooth engagement, making it well-suited for city riding, touring, and highway use. HBS 089 — Sintered Brake PadsThis variant uses a metallic sintered friction compound formed under high temperature and pressure. It is engineered for higher thermal stability and strong bite under demanding braking conditions. The sintered formulation is suitable for aggressive riding, high-load usage, and situations where consistent braking performance is required at elevated temperatures. Both variants share the same physical shape, thickness, and mounting profile. Only the friction compound differs. Compatibility — Front Brake Only Honda CB 350 H’nessHonda CB 350RSHonda CB 350 This listing applies strictly to the front brake caliper of the above models. Technical Overview Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: FrontPad Codes: HB 089 (Whisker Ceramic), HBS 089 (Sintered)Material Options: Ceramic-based or Sintered metallicCertification: ARAI Tested Manufacturing Origin: Japan  Installation & Use Notes • Designed for direct replacement in the stock front caliper• No modification required when installed on compatible models• Follow standard brake pad bedding-in procedures after installation• Professional installation recommended for optimal braking performance• Always replace brake pads as a complete axle set

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NGage HB 104 / HBS 104 Rear Brake Pads for Hero Xpulse 200 & 210 – Ceramic & Sintered Options (Rear Only) The NGage HB 104 and HBS 104 rear brake pads are disc brake pads developed for the rear brake caliper used on the Hero Xpulse 200 and Hero Xpulse 210. These brake pads are manufactured to match the exact pad shape, mounting profile, and contact surface geometry required by the rear braking system fitted to these motorcycles, ensuring correct physical fitment and consistent disc engagement. This product listing applies strictly to the rear brake position. The front brake pads for these models use a different pad code and are listed separately. Rear brake pads play a stabilizing role in a motorcycle’s braking system. While the front brake provides the majority of stopping force, the rear brake contributes to balance, low-speed control, corner stability, and controlled deceleration. A rear brake pad must deliver predictable bite, smooth modulation, and stable friction behavior across varying temperatures and road conditions. NGage offers the HB 104 rear brake pad shape in two friction material variants: Whisker Ceramic (HB 104) and Sintered (HBS 104). Both variants share identical physical dimensions and mounting geometry. The difference lies entirely in the friction compound formulation and how it behaves under heat, load, and repeated braking cycles. Whisker Ceramic Variant — HB 104 The HB 104 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with fiber-like whiskers. This compound is engineered to deliver controlled braking response, predictable modulation, and stable friction output during everyday riding conditions. The ceramic matrix provides smooth engagement at the brake lever and progressive braking force buildup, making it well-suited for urban commuting, highway touring, and mixed riding environments. The whisker reinforcement enhances structural stability within the friction layer, helping the pad maintain consistent surface behavior during repeated braking cycles. This compound is designed for riders who prioritize refined rear brake feel, controlled deceleration, and low-noise operation while maintaining reliable braking performance under normal thermal loads. Sintered Variant — HBS 104 The HBS 104 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This manufacturing process produces a dense, durable friction material with high thermal stability and consistent friction output under elevated braking loads. Sintered brake pads are engineered to tolerate higher operating temperatures and maintain braking performance during repeated hard braking, high-speed riding, and extended downhill descents. The metallic composition offers stronger initial bite and sustained friction consistency under conditions where brake heat buildup is significant. This compound is intended for riders who operate in aggressive riding conditions, carry heavier loads, or frequently ride in environments that generate higher rear brake temperatures. Fitment & Compatibility This listing applies to the rear brake position on the following motorcycles: Compatibility (Rear Brake Only)Hero Xpulse 200Hero Xpulse 210 The HB 104 and HBS 104 pad shape is shared across these two models for the rear caliper. Front brake pads use a different pad code and must be purchased separately. Variant Explanation This product is available in two NGage material variants: HB 104 — Whisker Ceramic Brake PadsCeramic-based friction compoundOptimized for smooth braking responseProgressive rear brake feelStable friction behavior under normal thermal loadsSuitable for daily riding, touring, and mixed conditions HBS 104 — Sintered Brake PadsMetallic sintered friction compoundHigher temperature toleranceStronger braking bite under loadConsistent friction during repeated brakingSuitable for aggressive riding and high-heat conditions Both variants are identical in shape, thickness profile, and mounting design. Only the friction compound differs. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: RearPad Codes: HB 104 (Whisker Ceramic), HBS 104 (Sintered)Material Options: Ceramic-based or Metallic SinteredCertification: ARAI TestedManufacturing Origin: JapanApplication Type: Rear brake caliperMounting: Direct replacement design Installation / Usage Notes • Designed as a direct replacement for the stock rear brake pads• No modification required for compatible models• Install only in the rear brake caliper• Ensure brake caliper pistons are properly retracted before installation• Clean the caliper bracket and pad guide surfaces prior to fitting• Bedding-in procedure is recommended after installation• Avoid aggressive braking for the first 100–150 km to allow proper pad transfer• Professional installation is advised for optimal braking performance Correct bedding-in is essential to achieve stable friction behavior and consistent braking feel. Improper bedding may result in uneven pad wear or reduced braking efficiency.

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The NGage HB 150 and HBS 150 rear brake pads are designed for Honda’s CB 350 platform, covering the CB 350 H’ness, CB 350RS, and CB 350. These pads are shaped to match the rear brake caliper profile used on these motorcycles, ensuring correct fitment and proper contact with the brake disc. This listing is for the rear brake position only. Front brake pads for these models are listed separately under a different pad code. NGage offers this pad shape in two friction material options—Whisker Ceramic and Sintered—allowing riders to select the compound that best suits their braking preference, riding style, and operating conditions. Friction Material Options (Variants) HB 150 — Whisker Ceramic Brake PadsThis variant uses NGage’s whisker-reinforced ceramic compound, engineered for smooth braking response and controlled modulation. The ceramic matrix is tuned for stable everyday performance, making it suitable for urban riding, highway use, and touring where predictable rear brake feel is preferred. HBS 150 — Sintered Brake PadsThis variant uses a metallic sintered friction compound formed under high temperature and pressure. It is built for higher thermal stability and stronger bite under demanding braking conditions. The sintered formulation is suited for riders who load the rear brake more aggressively or ride in conditions that generate higher brake temperatures. Both variants share the same physical dimensions and mounting geometry. Only the friction compound differs. Compatibility — Rear Brake Only Honda CB 350 H’nessHonda CB 350RSHonda CB 350 This listing applies strictly to the rear brake caliper of the above models. Technical Overview Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: RearPad Codes: HB 150 (Whisker Ceramic), HBS 150 (Sintered)Material Options: Ceramic-based or Sintered metallicCertification: ARAI Tested (as indicated by NGage)Manufacturing Origin: Japan (as indicated by NGage) Installation & Use Notes • Designed for direct replacement in the stock rear caliper• No modification required when installed on compatible models• Follow standard brake pad bedding-in procedures after installation• Professional installation recommended for consistent braking performance• Always replace brake pads as a complete axle set where applicable

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The NGage HB 150 and HBS 150 rear brake pads are motorcycle disc brake pads developed for Yamaha motorcycles that use the HB 150 rear pad profile. These brake pads are engineered to match the exact mounting shape, backing plate geometry, and friction surface dimensions required by the rear brake caliper used on the compatible Yamaha models. This ensures proper physical fitment, consistent contact with the brake disc, and stable braking performance when installed correctly. This product listing applies strictly to the rear brake position. Front brake pads for these motorcycles use a different pad code and are sold as a separate product. Rear brake pads play a critical role in overall braking balance, vehicle stability, and low-speed braking control. While the front brake generates most of the stopping force, the rear brake contributes to smooth deceleration, traction control during braking, and rider confidence in slow-speed maneuvers and corner entry. A properly matched rear brake pad must provide predictable bite, controlled modulation, and stable friction output across a wide temperature range. It must also maintain structural integrity under repeated braking cycles without glazing, excessive fade, or inconsistent friction behavior. The NGage HB 150 rear brake pad shape is designed to meet these requirements while maintaining direct compatibility with the listed Yamaha rear brake caliper system. NGage offers the HB 150 rear brake pad in two distinct friction material variants: Whisker Ceramic (HB 150) and Sintered (HBS 150). Both variants are manufactured using the same physical pad dimensions and mounting design. The difference lies entirely in the friction compound formulation and how it behaves under heat, braking load, and repeated use. Whisker Ceramic Variant — HB 150 The HB 150 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with fiber-like whisker material. This compound is engineered to deliver smooth initial bite, progressive braking force buildup, and stable friction output during everyday riding conditions. Ceramic friction compounds are known for producing controlled braking response with reduced noise characteristics and consistent lever feel. The whisker reinforcement enhances the internal structure of the friction layer, helping the pad maintain uniform contact with the brake disc surface under varying pressure levels. This variant is intended for riders who prioritize refined braking feel, predictable rear brake response, and smooth modulation during city riding, highway cruising, and mixed riding environments. The ceramic compound supports consistent friction behavior without aggressive bite characteristics, making it well-suited for riders who prefer a linear and controlled rear brake feel. Sintered Variant — HBS 150 The HBS 150 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This sintering process produces a dense and wear-resistant friction material with high thermal stability and consistent friction output under elevated braking loads. Sintered brake pads are engineered to tolerate higher operating temperatures and maintain braking performance during repeated braking cycles, extended downhill descents, and riding conditions where brake heat buildup is significant. The metallic composition offers stronger initial bite compared to ceramic compounds and sustained friction consistency when brake temperatures fluctuate rapidly. This variant is intended for riders who operate in more demanding riding conditions, carry heavier loads, or frequently ride in environments that generate higher rear brake temperatures. The sintered compound maintains structural integrity and friction performance under conditions where softer compounds may experience fade or inconsistent response. Fitment & Compatibility (Rear Brake Only) Yamaha R15 V1Yamaha R15 V2 This product listing covers only the rear brake pad set for the listed motorcycles. Front brake pads for these models use a different NGage pad code and must be purchased separately. Variant Explanation HB 150 — Whisker Ceramic Brake PadsCeramic-based friction compoundSmooth braking responseProgressive rear brake feelStable friction behavior under normal thermal loads HBS 150 — Sintered Brake PadsMetallic sintered friction compoundHigher temperature toleranceStronger braking bite under loadConsistent friction during repeated braking Both variants are identical in shape, thickness profile, and mounting design. Only the friction compound differs. Construction & Design Characteristics The NGage HB 150 and HBS 150 brake pads are manufactured with a rigid steel backing plate that maintains dimensional stability under braking pressure. The friction layer is bonded to the backing plate using high-temperature bonding methods to prevent separation under thermal stress. The pad surface geometry is designed to promote even contact with the brake disc, reducing uneven wear and maintaining consistent friction output throughout the service life of the pad. The chamfered edges and surface profile help minimize vibration, reduce brake noise, and support smooth engagement during light braking. Both variants are engineered to operate across a wide temperature range while maintaining predictable friction behavior. Proper bedding-in after installation is recommended to ensure optimal contact between the pad surface and brake disc. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: RearPad Codes: HB 150 (Whisker Ceramic), HBS 150 (Sintered)Certification: ARAI TestedManufacturing Origin: JapanMounting: Direct replacement design Installation & Usage Notes • Designed as a direct replacement for the stock rear brake pads• No modification required for compatible models• Install only in the rear brake caliper• Bedding-in procedure recommended after installation• Avoid aggressive braking for the first 150–200 km• Inspect brake disc condition before installation• Professional installation advised for best results

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NGage HB 155 / HBS 155 Front Brake Pads for Yamaha R15 V3, V4, MT-15 & FZ Series – Ceramic & Sintered Options (Front Only) The NGage HB 155 / HBS 155 Front Brake Pads are disc brake pads engineered specifically for Yamaha motorcycles that use the HB 155 front pad profile. These pads are designed to match the exact mounting geometry, backing plate design, and contact surface dimensions required by the front brake calipers fitted on compatible Yamaha models. The result is precise physical fitment and consistent disc engagement without modification. This listing applies strictly to the front brake position. Rear brake pads for these motorcycles use a different pad code and are sold separately. Always confirm you are replacing the front set before installation. Front brake pads handle the majority of braking force on a motorcycle. Under deceleration, weight transfers forward, increasing load on the front wheel. This makes front brake pad selection critical for braking confidence, lever feel, and overall stopping stability. A properly matched pad must deliver predictable bite, stable friction output, and consistent thermal behavior across varying riding conditions. NGage offers the HB 155 pad shape in two friction material variants: HB 155 (Whisker Ceramic) and HBS 155 (Sintered). Both variants share identical physical dimensions, mounting points, and thickness profile. The only difference lies in the friction compound formulation and its behavior under heat and load. Whisker Ceramic – HB 155 The HB 155 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with micro “whisker” fibers. This compound is engineered to deliver smooth initial bite and progressive braking force buildup. Ceramic pads are known for: • Controlled and predictable lever response• Stable friction under moderate operating temperatures• Reduced visible brake dust• Refined engagement suited to city and highway riding The whisker reinforcement enhances structural stability inside the friction layer. This helps maintain consistent braking feel during repeated stop-and-go use. Riders who prioritize modulation, comfort, and progressive front brake control typically prefer this compound. Sintered – HBS 155 The HBS 155 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This process produces a dense, thermally stable friction material. Sintered pads are engineered for: • Higher heat tolerance• Stronger initial bite• Consistent friction under repeated braking• Improved resistance to fade under heavy load This compound is intended for riders who frequently ride aggressively, carry heavier loads, or operate in high-temperature environments. Under sustained braking stress, sintered pads maintain more stable friction characteristics compared to organic compounds. Fitment & Compatibility (Front Brake Only) Compatible Yamaha models include: Yamaha R15 V3Yamaha R15 V4Yamaha MT-15Yamaha FZ25Yamaha FZ16Yamaha Fazer 250 Fitment is based strictly on the HB 155 front pad profile used in these models. Always verify your existing pad code or consult your service manual before ordering. Material Behavior & Performance Orientation Brake pad performance is influenced by riding style, terrain, traffic conditions, and braking intensity. Riders who operate primarily in urban or mixed-use environments may prefer the smoother engagement of ceramic pads. Riders who frequently brake aggressively or ride in demanding heat conditions may prefer the stronger bite and thermal stability of sintered pads. Both variants are engineered to meet modern disc brake performance requirements and are ARAI tested as specified by the manufacturer. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: FrontPad Codes: HB 155 (Whisker Ceramic), HBS 155 (Sintered)Certification: ARAI TestedCountry of Manufacture: JapanMounting: Direct replacement design Installation Notes • Designed as a direct replacement for stock front brake pads• No modification required for compatible models• Install only in the front brake caliper• Bedding-in procedure recommended after installation• Avoid aggressive braking for the first 150–200 km Proper bedding allows an even transfer layer to form between the pad and disc surface. This improves braking consistency and minimizes uneven wear patterns. What’s Included 1 × Set of NGage Front Brake Pads(Variant selected: HB 155 or HBS 155)

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The NGage HB 163 and HBS 163 Rear Brake Pads are disc brake pads developed for vehicles that use the 163 rear pad profile. For the Ather 450 and Ather 450X, this pad code is specified for the rear brake caliper position. This listing covers the rear brake pads only. It is available in two NGage friction variants: HB 163 (Whisker Ceramic) and HBS 163 (Sintered). Both variants share identical pad shape, backing plate dimensions, and mounting geometry. The only difference lies in the friction compound used. Compatibility (Rear Only) As per NGage fitment specification: • Ather 450 – Rear• Ather 450X – Rear These brake pads are engineered specifically for the rear caliper fitment of the above models. They are not interchangeable with the front caliper position. Pad Variant Explanation This product is offered in two material configurations under the same pad profile: HB 163 – Whisker Ceramic Brake Pads Ceramic-based friction compound reinforced with whisker filament technology. Designed for:• Balanced braking feel• Progressive modulation• Reduced brake dust output• Smooth rear brake engagement This variant is typically chosen for urban riding, daily commuting, and controlled braking preference. Ceramic compounds prioritize stability and clean operation over aggressive bite. HBS 163 – Sintered Brake Pads Metallic sintered compound manufactured by high-temperature fusion of metal powders. Designed for:• Higher thermal tolerance• Stronger initial bite• Improved heat dissipation• Greater fade resistance Sintered pads are generally preferred for harder braking cycles, frequent stops, or riders who want a firmer rear brake response. Construction & Performance Characteristics Both variants are built on identical backing plates and mounting geometry. Fitment remains unchanged regardless of material selected. The friction compound is the only variable. Ceramic compounds operate efficiently within moderate temperature ranges typical of city use. They are commonly selected where controlled braking feel and reduced visible dust are preferred. Sintered compounds maintain friction stability under higher thermal loads. They are typically selected where braking systems experience repeated heat cycles. Both variants are listed by NGage as: • ARAI Tested• Manufactured in Japan No additional performance claims beyond manufacturer classification are implied. Why Rear Brake Pad Selection Matters on Ather 450 / 450X The Ather platform delivers instant electric torque, which places different loading characteristics on the braking system compared to conventional ICE motorcycles. Rear brake control plays an important role in: • Low-speed maneuvering• Controlled deceleration• Traffic riding stability• Progressive braking modulation Selecting the correct compound helps match braking feel to riding style. Ceramic emphasizes smoothness and modulation.Sintered emphasizes bite and heat tolerance. The correct choice depends on rider preference and usage pattern. Key Features • Direct-fit rear brake pad set for Ather 450 & 450X• Available in Ceramic (HB 163) and Sintered (HBS 163)• Identical fitment across both variants• ARAI tested as per brand classification• Manufactured in Japan• Designed for rear caliper position only Specifications Brand: NGage PowerpartsPosition: RearPad Codes: HB 163 (Ceramic), HBS 163 (Sintered)Fitment: Ather 450, Ather 450XCertification: ARAI TestedCountry of Manufacture: JapanFitment Type: Direct replacement Installation Notes • Install in rear caliper position only• Confirm pad code before installation• Professional installation recommended• Perform proper bedding-in after installation Bedding-in allows friction material to transfer evenly onto the brake disc surface. Proper bedding improves consistency and reduces uneven wear patterns. Brake system inspection during pad replacement is recommended. Always follow torque and service guidelines as per vehicle manufacturer documentation. What’s Included 1 × Pair of NGage Rear Brake Pads(Variant selected: HB 163 or HBS 163) No additional mounting pins, shims, or hardware are included unless explicitly shown in product images.

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The NGage HB 163 and HBS 163 rear brake pads are disc brake pads developed for the rear brake caliper used on Triumph’s 400-series motorcycles, including the Speed 400, Scrambler 400X, and T4. These pads are manufactured to match the exact pad shape, mounting dimensions, and contact profile required by the rear brake system fitted to these motorcycles, ensuring correct physical fitment and consistent disc engagement. This product listing applies strictly to the rear brake position. The front brake pads for these models use different pad codes and are listed separately. Rear brake pads play a critical stabilizing role in a motorcycle’s braking system. While the front brake provides the majority of stopping force, the rear brake contributes to balance, low-speed control, corner stability, and controlled deceleration. A rear brake pad must deliver predictable bite, smooth modulation, and stable friction behavior across varying temperatures and road conditions. NGage offers the HB 163 rear brake pad shape in two distinct friction material variants: Whisker Ceramic (HB 163) and Sintered (HBS 163). Both variants share identical physical dimensions and mounting geometry. The difference lies entirely in the friction compound formulation and its behavior under load and temperature. Whisker Ceramic Variant — HB 163 The HB 163 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with fiber-like whiskers. This compound is engineered to deliver controlled braking response, predictable modulation, and stable friction output during everyday riding conditions. The ceramic matrix provides smooth engagement at the brake lever and progressive braking force buildup, making it well-suited for urban commuting, highway touring, and mixed riding environments. The whisker reinforcement enhances structural stability within the friction layer, helping the pad maintain consistent surface behavior during repeated braking cycles. This compound is designed for riders who prioritize refined rear brake feel, controlled deceleration, and low-noise operation while maintaining reliable braking performance under normal thermal loads. Sintered Variant — HBS 163 The HBS 163 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This manufacturing process produces a dense, durable friction material with high thermal stability and consistent friction output under elevated braking loads. Sintered brake pads are engineered to tolerate higher operating temperatures and maintain braking performance during repeated hard braking, high-speed riding, and extended downhill descents. The metallic composition offers stronger initial bite and sustained friction consistency under conditions where brake heat buildup is significant. This compound is intended for riders who operate in aggressive riding conditions, carry heavier loads, or frequently ride in environments that generate higher rear brake temperatures. Fitment & Compatibility This listing applies to the rear brake position on the following motorcycles: Compatibility (Rear Brake Only)Triumph Speed 400Triumph Scrambler 400XTriumph T4 The HB 163 and HBS 163 pad shape is shared across these three models for the rear caliper. Front brake pads use different pad codes and must be purchased separately. Variant Explanation This product is available in two NGage material variants: HB 163 — Whisker Ceramic Brake PadsCeramic-based friction compoundOptimized for smooth braking responsePredictable modulation and controlled rear brake feelStable friction behavior under normal thermal loadsSuitable for daily riding, touring, and mixed conditions HBS 163 — Sintered Brake PadsMetallic sintered friction compoundHigher temperature toleranceStronger braking bite under loadConsistent friction during repeated brakingSuitable for aggressive riding and high-heat conditions Both variants are identical in shape, thickness profile, and mounting design. Only the friction compound differs. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: RearPad Codes: HB 163 (Whisker Ceramic), HBS 163 (Sintered)Material Options: Ceramic-based or Metallic SinteredCertification: ARAI TestedManufacturing Origin: JapanApplication Type: Rear brake caliperMounting: Direct replacement design Installation / Usage Notes • Designed as a direct replacement for the stock rear brake pads• No modification required for compatible models• Install only in the rear brake caliper• Ensure brake caliper pistons are properly retracted before installation• Clean the caliper bracket and pad guide surfaces prior to fitting• Bedding-in procedure is recommended after installation• Avoid aggressive braking for the first 100–150 km to allow proper pad transfer• Professional installation is advised for optimal braking performance Correct bedding-in is essential to achieve stable friction behavior and consistent braking feel. Improper bedding may result in uneven pad wear or reduced braking efficiency.

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The NGage HB 164 and HBS 164 front brake pads are disc brake pads developed for the front brake caliper used on the Triumph T4. These brake pads are manufactured to match the exact pad shape, mounting profile, and contact surface geometry required by the front braking system fitted to this motorcycle, ensuring correct physical fitment and consistent disc engagement. This product listing applies strictly to the front brake position. The rear brake pads for the Triumph T4 use a different pad code and are listed separately. Front brake pads carry the primary braking load on a motorcycle. The majority of stopping force is generated at the front wheel, making the quality and behavior of the front brake pads a key factor in braking confidence, lever feel, and controlled deceleration. A front brake pad must deliver predictable bite, stable friction output, and consistent performance across varying temperatures and braking loads. NGage offers the HB 164 front brake pad shape in two friction material variants: Whisker Ceramic (HB 164) and Sintered (HBS 164). Both variants share identical physical dimensions and mounting geometry. The difference lies entirely in the friction compound formulation and how it behaves under heat, load, and repeated braking cycles. Whisker Ceramic Variant — HB 164 The HB 164 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with fiber-like whiskers. This compound is engineered to deliver smooth initial bite, progressive braking force buildup, and stable friction output during everyday riding conditions. The ceramic matrix allows controlled modulation at the brake lever, which is particularly useful for urban riding, highway cruising, and mixed riding environments where precise braking control is preferred. The whisker reinforcement improves structural stability within the friction layer, helping the pad maintain consistent surface behavior under repeated braking cycles. This compound is intended for riders who prioritize refined braking feel, predictable front brake response, and consistent deceleration without aggressive bite characteristics. Sintered Variant — HBS 164 The HBS 164 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This manufacturing process produces a dense, wear-resistant friction material with high thermal stability and consistent friction output under elevated braking loads. Sintered brake pads are engineered to tolerate higher operating temperatures and maintain braking performance during repeated hard braking, extended downhill descents, and high-speed riding. The metallic composition offers stronger initial bite and sustained friction consistency under conditions where brake heat buildup is significant. This compound is intended for riders who operate in aggressive riding conditions, carry heavier loads, or frequently ride in environments that generate higher front brake temperatures. Fitment & Compatibility This listing applies to the front brake position on the following motorcycle: Compatibility (Front Brake Only)Triumph T4 The HB 164 and HBS 164 pad shape is specific to the front caliper used on the Triumph T4. Rear brake pads use a different pad code and must be purchased separately. Variant Explanation This product is available in two NGage material variants: HB 164 — Whisker Ceramic Brake PadsCeramic-based friction compoundOptimized for smooth braking responseProgressive front brake feelStable friction behavior under normal thermal loadsSuitable for daily riding, touring, and mixed conditions HBS 164 — Sintered Brake PadsMetallic sintered friction compoundHigher temperature toleranceStronger braking bite under loadConsistent friction during repeated brakingSuitable for aggressive riding and high-heat conditions Both variants are identical in shape, thickness profile, and mounting design. Only the friction compound differs. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: FrontPad Codes: HB 164 (Whisker Ceramic), HBS 164 (Sintered)Material Options: Ceramic-based or Metallic SinteredCertification: ARAI TestedManufacturing Origin: JapanApplication Type: Front brake caliperMounting: Direct replacement design Installation / Usage Notes • Designed as a direct replacement for the stock front brake pads• No modification required for compatible models• Install only in the front brake caliper• Ensure brake caliper pistons are properly retracted before installation• Clean the caliper bracket and pad guide surfaces prior to fitting• Bedding-in procedure is recommended after installation• Avoid aggressive braking for the first 150–200 km to allow proper pad transfer• Professional installation is advised for optimal braking performance Correct bedding-in is essential to achieve stable friction behavior and consistent braking feel. Improper bedding may result in uneven pad wear or reduced braking efficiency.

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The NGage HB 184 and HBS 184 front brake pads are disc brake pads developed for the front brake caliper used on the Triumph Speed 400 and Triumph Scrambler 400X. These brake pads are manufactured to match the exact pad shape, mounting profile, and contact surface geometry required by the front braking system fitted to these motorcycles, ensuring correct physical fitment and consistent disc engagement. This product listing applies strictly to the front brake position. The rear brake pads for these models use a different pad code and are listed separately. Front brake pads play the primary role in a motorcycle’s braking system. The majority of stopping force is generated at the front wheel, which makes front brake pad selection critical for braking confidence, lever feel, and controlled deceleration. A front brake pad must deliver stable friction behavior, predictable bite, and consistent performance across a wide range of temperatures and braking loads. NGage offers the HB 184 front brake pad shape in two friction material variants: Whisker Ceramic (HB 184) and Sintered (HBS 184). Both variants share identical physical dimensions and mounting geometry. The difference lies entirely in the friction compound formulation and how it behaves under heat, load, and repeated braking cycles. Whisker Ceramic Variant — HB 184 The HB 184 Whisker Ceramic brake pads use a ceramic-based friction compound reinforced with fiber-like whiskers. This compound is engineered to deliver smooth initial bite, progressive braking force buildup, and stable friction output during everyday riding conditions. The ceramic matrix allows controlled modulation at the brake lever, which is particularly useful in urban riding, highway cruising, and mixed riding environments where precise braking control is preferred. The whisker reinforcement improves structural stability within the friction layer, helping the pad maintain consistent surface behavior under repeated braking cycles. This compound is designed for riders who prioritize refined braking feel, predictable front brake response, and consistent deceleration without aggressive bite characteristics. Sintered Variant — HBS 184 The HBS 184 Sintered brake pads use a metallic friction compound formed by fusing metal powders under high temperature and pressure. This manufacturing process produces a dense, wear-resistant friction material with high thermal stability and consistent friction output under elevated braking loads. Sintered brake pads are engineered to tolerate higher operating temperatures and maintain braking performance during repeated hard braking, extended downhill descents, and high-speed riding. The metallic composition offers stronger initial bite and sustained friction consistency under conditions where brake heat buildup is significant. This compound is intended for riders who operate in aggressive riding conditions, carry heavier loads, or frequently ride in environments that generate higher front brake temperatures. Fitment & Compatibility This listing applies to the front brake position on the following motorcycles: Compatibility (Front Brake Only)Triumph Speed 400Triumph Scrambler 400X The HB 184 and HBS 184 pad shape is shared across these two models for the front caliper. Rear brake pads use a different pad code and must be purchased separately. Variant Explanation This product is available in two NGage material variants: HB 184 — Whisker Ceramic Brake PadsCeramic-based friction compoundOptimized for smooth braking responseProgressive front brake feelStable friction behavior under normal thermal loadsSuitable for daily riding, touring, and mixed conditions HBS 184 — Sintered Brake PadsMetallic sintered friction compoundHigher temperature toleranceStronger braking bite under loadConsistent friction during repeated brakingSuitable for aggressive riding and high-heat conditions Both variants are identical in shape, thickness profile, and mounting design. Only the friction compound differs. Specifications Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: FrontPad Codes: HB 184 (Whisker Ceramic), HBS 184 (Sintered)Material Options: Ceramic-based or Metallic SinteredCertification: ARAI TestedManufacturing Origin: JapanApplication Type: Front brake caliperMounting: Direct replacement design Installation / Usage Notes • Designed as a direct replacement for the stock front brake pads• No modification required for compatible models• Install only in the front brake caliper• Ensure brake caliper pistons are properly retracted before installation• Clean the caliper bracket and pad guide surfaces prior to fitting• Bedding-in procedure is recommended after installation• Avoid aggressive braking for the first 150–200 km to allow proper pad transfer• Professional installation is advised for optimal braking performance Correct bedding-in is essential to achieve stable friction behavior and consistent braking feel. Improper bedding may result in uneven pad wear or reduced braking efficiency.

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