Products

The NGage Hyper Flow Air Filter for Royal Enfield UCE 350 and UCE 500 is a reusable performance air filter element developed for Royal Enfield motorcycles built on the UCE (Unit Construction Engine) platform. This air filter is designed as a direct replacement for the stock paper air filter used in select Royal Enfield 350 cc and 500 cc models. This listing covers only the NGage Hyper Flow Air Filter specified for Royal Enfield UCE 350 and UCE 500 motorcycles, as shown on the manufacturer’s product page and compatibility panel. Designed for Royal Enfield UCE Engines NGage specifies this Hyper Flow Air Filter for motorcycles using the Royal Enfield UCE engine architecture. These engines were used across multiple Royal Enfield models in both 350 cc and 500 cc displacements. As per the compatibility list displayed on the product page, this air filter is suitable for the following motorcycles: Royal Enfield Classic 350 (UCE) Royal Enfield Thunderbird 350 Royal Enfield Bullet 350 Royal Enfield Electra 350 Royal Enfield Classic 500 Royal Enfield Thunderbird 500 Royal Enfield Bullet 500 This air filter is intended to replace the stock air filter element in the factory airbox of these motorcycles without modification. Hyper Flow Cotton Gauze Filter Construction NGage classifies this product as a Hyper Flow Air Filter using a cotton gauze–based filtering medium. From the product information shown: The filter media is described as cotton gauze. The cotton gauze is supported by a molded filter structure designed to maintain its shape inside the factory airbox. The cotton material is described as washable and reusable. NGage does not publish pore size, filtration micron rating, airflow percentage improvement, or comparative efficiency values versus the OEM paper filter. No quantitative airflow or power increase figures are stated by the manufacturer. Reusable and Serviceable Design The NGage Hyper Flow Air Filter is described as a washable and reusable air filter element. Unlike disposable paper air filters that are replaced at each service interval, this filter is intended to be cleaned and reused periodically according to maintenance needs. The product page shows an optional accessory: Air Filter Recharge Oil (optional add-on) This indicates that the filter is designed to be serviced using a cleaning and re-oiling process, similar to conventional cotton-gauze performance air filters. NGage does not publish a fixed cleaning interval.Service frequency will depend on: Riding environment Dust levels Road conditions Mileage covered Intended Function Air filters regulate the flow of intake air into the engine while trapping dust and debris. As stated on the product page: The filter is designed to allow improved airflow compared to stock paper filters. The cotton gauze material is described as enabling airflow while capturing dirt and debris. The filter is intended to protect the engine from contaminants while maintaining intake airflow. NGage does not publish any claims regarding: Horsepower increase Torque gain Fuel economy improvement Emissions reduction This air filter is not positioned as a tuning or racing-only component. Fitment and Installation The NGage Hyper Flow Air Filter is designed as a direct-fit replacement for the stock air filter used in Royal Enfield UCE 350 and 500 motorcycles listed in the compatibility section. No cutting, trimming, or airbox modification is shown or stated. The product page indicates: Hassle-free installation Direct stock replacement No installation tools or fitting complexity are specified by NGage. Durability and Testing From the icons and text shown on the product page, NGage states: Best durability Eco-friendly product 100% organic cotton as filtering media Extensively tested on all terrains Lifetime replacement warranty (10,000 km) No further test methodology, cycle counts, or laboratory data are published. Compatibility As per the NGage product page and compatibility panel: Royal Enfield UCE 350 Models Classic 350 Thunderbird 350 Bullet 350 Electra 350 Royal Enfield UCE 500 Models Classic 500 Thunderbird 500 Bullet 500 Variant Explanation This listing is for NGage Hyper Flow Air Filter for Royal Enfield UCE 350 & 500 only. No alternate sizes, shapes, or engine-specific variants are shown or specified on the manufacturer’s product page. Specifications (Only Verified Data) Brand: NGage Product Type: Hyper Flow Air Filter Filter Media: Cotton gauze Reusable: Yes Washable: Yes Recharge Oil Required: Yes (optional add-on) Installation Type: Direct replacement Application: Motorcycle air filter Compatibility: Royal Enfield UCE 350 & 500 models Warranty: Lifetime replacement warranty (10,000 km) Testing Claim: Extensively tested on all terrains Installation / Usage Notes Install only on Royal Enfield UCE 350 and UCE 500 motorcycles listed above. Designed to fit inside the stock airbox. Clean and re-oil the filter using suitable air filter cleaning solution and recharge oil. Service frequency depends on riding conditions and dust exposure.

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NGage Hyper Flow Air Filter for Hero Xpulse 200 (2V / 4V / 2T) BS4 & BS6 The Ngage Hyper Flow Air Filter is built specifically for the Hero Xpulse platform. It replaces the restrictive stock paper element with a high-flow cotton gauze system. The result is sharper throttle response, stronger mid-range pull, and more consistent breathing across the rev range. This is not just a washable alternative. It is a performance-focused airflow upgrade designed for real-world Indian riding conditions. The filter uses premium multi-layer cotton gauze media. The cotton is factory pre-oiled for optimal dust capture. The layered structure increases airflow while maintaining high filtration efficiency. This allows the engine to breathe freely without compromising protection. Stock paper filters restrict airflow as they clog. Over time, performance drops. Throttle response dulls. Fuel combustion becomes less efficient. The Ngage Hyper Flow filter maintains stable airflow for longer service intervals. Better airflow supports cleaner combustion. Cleaner combustion improves throttle sharpness and ride consistency. The difference is noticeable during acceleration. Roll-ons feel smoother. Engine response becomes more immediate. Power delivery feels less restricted. Built for Real Riding Conditions The Hero Xpulse platform is used aggressively. It sees trails, dust, heat, and vibration. A performance filter must survive all of it. This filter is designed for repeated cleaning cycles. The cotton gauze structure does not deform under pressure. The frame resists warping under heat. The sealing edge ensures proper airbox contact. Dust filtration remains consistent across off-road conditions. Fine particles are trapped efficiently. Clean air continues flowing to the intake system. This balance between airflow and filtration is critical. Too much airflow without filtration risks engine wear. Too much restriction limits performance. This filter is engineered to sit in that optimal middle ground. Airflow Technology Explained Air enters through the outer cotton layers. The pre-oiled fibers create a surface tension effect. Dust particles adhere to the oil layer. Larger contaminants are trapped in outer layers. Finer particles are captured deeper inside. The result is multi-stage filtration. The porous cotton matrix allows air to move freely. This reduces intake resistance compared to paper filters. Improved intake efficiency helps maintain smoother combustion. Cleaner combustion supports stable engine temperatures. It also helps maintain fuel efficiency consistency. This is especially useful during long rides and hot weather conditions. Performance Benefits You Will Feel Improved throttle response during low and mid-range acceleration.Smoother power delivery across RPM bands.Reduced intake restriction compared to OEM paper filters.Better airflow stability during long-distance riding.More consistent engine breathing under load.Enhanced ride smoothness in city and off-road use. The upgrade is subtle but meaningful. The bike feels more alive. Throttle input feels more direct. Long-Term Value This filter is fully washable and reusable. It does not need replacement at every service interval. With proper cleaning and re-oiling, it lasts significantly longer than disposable paper elements. This reduces long-term ownership costs. It also reduces environmental waste compared to single-use filters. The cotton gauze construction is durable. It handles pressure fluctuations and vibration well. It is suited for aggressive riders and touring users alike. Installation The filter is designed as a direct replacement for the stock air filter. No modifications are required. No tuning changes are mandatory for stock motorcycles. It fits directly into the factory airbox. Sealing alignment remains intact. Installation time is minimal. Always ensure correct seating during installation. Proper fitment ensures optimal performance and filtration. Designed for Xpulse Platform The Ngage Hyper Flow Air Filter is compatible with the following models: Hero Xpulse 200 2VHero Xpulse 200 4VHero Xpulse 200 2TBS4 and BS6 variantsEuro 4 and Euro 5 compliant models Fitment applies to stock airbox systems only. Why Upgrade from Paper? Paper filters clog quickly in dusty conditions. Airflow drops as debris builds. Performance slowly declines. Cotton gauze filters maintain airflow longer. They trap contaminants without blocking intake flow. They can be cleaned instead of replaced. For riders who tour, trail ride, or commute daily, this makes practical sense. Better airflow. Better response. Longer service life. No gimmicks. Just improved breathing efficiency where it matters.

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NGage HB 155 / HBS 155 Rear Brake Pads for Royal Enfield Super Meteor 650 & Shotgun 650 – Ceramic & Sintered Options (Rear Only) The NGage HB 155 and HBS 155 rear brake pads are disc brake pads designed for Royal Enfield motorcycles that use this exact pad shape and mounting specification at the rear brake caliper. These brake pads are specified for the Royal Enfield Super Meteor 650 and Royal Enfield Shotgun 650 in the rear brake position. Both motorcycles share the same rear brake pad format, allowing a single pad code to be used across both models. This listing covers the rear brake pad set only for these two motorcycles. Brake Pad Function & Fitment Logic Brake pads are a core 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. For proper braking behavior, brake pads must match the exact backing plate shape, thickness, and mounting profile specified for the brake caliper design used on the motorcycle. NGage brake pad codes define this physical geometry. Only pads with the correct code should be installed in a given caliper. For the motorcycles covered under this listing: HB 155 represents the Whisker Ceramic variant HBS 155 represents the Sintered variant Both variants share identical dimensions and mounting features. The only difference between the two is the friction material composition. Using the correct pad code is essential. Installing pads with a different shape or specification can lead to improper seating, uneven pad wear, brake noise, inconsistent braking response, or long-term damage to braking components. 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 whisker fibers. It is classified by NGage as a Whisker Ceramic brake pad. The compound is designed to provide stable braking behavior and consistent friction characteristics under standard road riding conditions. HBS 155 – Sintered Brake PadsThis variant uses a metallic sintered friction compound. It is classified by NGage as a Sintered brake pad. Sintered pads are manufactured using fused metallic powders and are typically selected where higher thermal stability and consistent braking behavior under sustained load are required. Both variants are identical in shape, fitment, and mounting dimensions.Only the friction material composition differs between HB and HBS variants. Intended Application The NGage HB 155 and HBS 155 rear brake pads are direct-replacement components for the rear brake calipers used on the Royal Enfield Super Meteor 650 and Royal Enfield Shotgun 650. These brake pads are not universal and are not interchangeable with other NGage pad codes such as HB 163, HB 164, or HB 184. They are intended strictly for motorcycles that specify pad code HB 155 or HBS 155 at the rear. 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 follow standard brake service procedures, including: Cleaning the brake caliper and pad guide surfaces Inspecting the brake disc for wear or scoring Seating the pads correctly within the caliper Tightening mounting hardware to the correct torque Performing a bed-in procedure after installation Improper installation can result in brake noise, uneven wear, or inconsistent braking response. Professional installation is recommended for riders who are not familiar with motorcycle brake system service procedures. Summary The NGage HB 155 and HBS 155 rear brake pads are direct-replacement brake pads designed for Royal Enfield 650cc motorcycles that use this exact rear pad format. 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 (Rear Only) Royal Enfield Super Meteor 650 Royal Enfield Shotgun 650 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: Rear Pad Codes: HB 155 (Whisker Ceramic), HBS 155 (Sintered) Compatibility: Royal Enfield Super Meteor 650, Royal Enfield Shotgun 650 Certification Marking: ARAI Tested Manufacturing Origin: Japan Installation / Usage Notes Install only in the rear 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 HB 163 / HBS 163 Rear Brake Pads for Royal Enfield Models – Ceramic & Sintered Options (Rear Only) The NGage HB 163 and HBS 163 rear brake pads are disc brake pads developed for select Royal Enfield motorcycles where this exact pad shape and specification is required for the rear brake caliper position. These brake pads are listed by NGage for use on multiple Royal Enfield models that share a common rear brake pad format across the UCE, J-platform, 450cc, and 650cc families. As per the official NGage brake pad compatibility chart, the following motorcycles use pad code HB 163 (Whisker Ceramic) or HBS 163 (Sintered) at the rear: 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 Royal Enfield Himalayan 450 Royal Enfield Guerrilla 450 Royal Enfield Interceptor 650 Royal Enfield Continental GT 650 This listing covers the rear brake pad set only for the above motorcycles. Brake pads are a critical safety component in any motorcycle 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 physical pad shape, backing plate profile, mounting geometry, and friction material specification defined for a given brake caliper design. The NGage HB 163 and HBS 163 pads are manufactured to match the mounting dimensions and backing plate geometry specified for the rear 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 motorcycles covered under this listing: HB 163 corresponds to the Whisker Ceramic variant HBS 163 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 163 – Whisker Ceramic Brake PadsCeramic-based friction compound reinforced with whisker fibers.Listed by NGage as “HB – Whisker Ceramic Pads.”Designed for controlled braking feel and stable performance under standard road-use conditions. HBS 163 – Sintered Brake PadsMetallic sintered friction compound.Listed by NGage as “HBS – Sintered Pads.”Designed for higher thermal stability and consistent braking under sustained load. Both variants are identical in shape, fitment, and mounting dimensions.Only the friction material composition differs. Intended Application & Compatibility Context The NGage HB 163 and HBS 163 rear 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 rear brake caliper position on the following motorcycles: Royal Enfield Thunderbird 350 (UCE) – Rear Royal Enfield Thunderbird 500 (UCE) – Rear Royal Enfield Classic 350 (UCE) – Rear Royal Enfield Classic 500 (UCE) – Rear Royal Enfield Electra 350 (UCE) – Rear Royal Enfield Electra 500 (UCE) – Rear Royal Enfield Meteor 350 – Rear Royal Enfield Hunter 350 – Rear Royal Enfield Classic 350 Reborn – Rear Royal Enfield Himalayan 411 – Rear Royal Enfield Himalayan 450 – Rear Royal Enfield Guerrilla 450 – Rear Royal Enfield Interceptor 650 – Rear Royal Enfield Continental GT 650 – Rear Compatibility applies only when HB 163 or HBS 163 is the recommended rear 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 163 and HBS 163 rear 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 (Rear 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 Royal Enfield Himalayan 450 Royal Enfield Guerrilla 450 Royal Enfield Interceptor 650 Royal Enfield Continental GT 650 Variant Explanation Whisker Ceramic (HB 163): Ceramic-based friction compound Sintered (HBS 163): Metallic sintered friction compound Both variants share identical fitment and mounting dimensions Specifications  Brand: NGage Product Type: Motorcycle brake pads Position: Rear Pad Codes: HB 163 (Whisker Ceramic), HBS 163 (Sintered) Compatibility: Royal Enfield models listed above Certification Marking: ARAI Tested  Manufacturing Origin: Japan  Installation / Usage Notes Install only in the rear 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 HB163 / HBS163 Rear Brake Pads for Bajaj Dominar 400, Pulsar NS200, 200–220 & RS200 – Ceramic & Sintered Options (Rear Only) The NGage HB163 and HBS163 rear brake pads are disc brake pads developed for select Bajaj motorcycles requiring this exact pad shape and specification. As per NGage’s official brake pad compatibility chart, these pad codes are specified for the rear brake caliper position on the motorcycles listed below. This listing covers the rear brake pad set only. It does not include front brake pads. Brake pads are wear components designed to generate friction against the brake disc when hydraulic pressure is applied through the brake caliper. Proper pad selection is determined by caliper design, mounting geometry, backing plate dimensions, and disc configuration. Even if two pads appear visually similar, only the correct NGage pad code should be installed. For the motorcycles listed below, NGage specifies HB163 or HBS163 for the rear brake position. Official Compatibility – Rear Brake Only According to NGage’s published compatibility chart, the following motorcycles use pad code HB163 / HBS163 in the rear position: Bajaj Dominar 400 – RearBajaj Pulsar NS 200 – RearBajaj Pulsar 200–220 – RearBajaj Pulsar RS 200 – Rear Compatibility applies strictly to the rear brake caliper of the above motorcycles. Front brake pads use a different pad code and are not included in this listing. Understanding NGage Pad Codes NGage pad codes define: Backing plate shapeMounting tab geometryPad thicknessFitment dimensions HB163 and HBS163 share identical physical dimensions and fitment geometry. The only difference between them lies in the friction compound classification. Installing a different pad code — even if it appears close in shape — may result in improper caliper seating or inconsistent braking behaviour. Variant Options – Material Classification This product is available in two NGage-defined friction material variants: HB163 – Whisker CeramicHBS163 – Sintered Both variants: Are identical in shapeFit the same rear caliperShare the same mounting geometry Only the friction compound composition differs. HB163 – Whisker Ceramic (Ultimate+ Series) The HB163 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 reinforcementFillers and stabilising materials Ceramic brake pads are generally selected for: Smooth engagementControlled modulationStreet-focused braking characteristicsReduced harshness at the pedal HB163 is positioned as a ceramic rear braking solution within NGage’s lineup. HBS163 – Sintered Brake Pads The HBS163 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 compounds The HBS163 maintains identical physical fitment to HB163 but differs in friction material composition. Construction & Classification Overview HB163 – Whisker CeramicCeramic-based friction compoundWhisker fibre reinforcementClassified under NGage Ultimate+ series HBS163 – SinteredMetallic fused friction compoundManufactured through sintering processClassified under NGage HBS series Both variants are: ARAI Tested (as shown on NGage chart)Manufactured in Japan (as indicated on chart)Designed exclusively for rear brake application Verified Specifications (From NGage Chart Only) Brand: NGageProduct Type: Motorcycle brake padsPosition: Rear Pad Codes:HB163 – Whisker CeramicHBS163 – Sintered Compatibility:Bajaj Dominar 400 – RearBajaj Pulsar NS 200 – RearBajaj Pulsar 200–220 – RearBajaj Pulsar RS 200 – Rear Certification Marking: ARAI TestedManufacturing Origin: Japan Installation & Usage Notes Install only in the rear brake caliper of listed motorcyclesConfirm correct pad code before purchaseEnsure brake disc, caliper, and hardware are clean and serviceableFollow a proper bed-in procedure after installationProfessional installation recommended Incorrect pad selection or improper installation may affect braking performance and component wear. Summary The NGage HB163 and HBS163 rear brake pads are position-specific brake pads developed for Bajaj Dominar 400, Pulsar NS200, Pulsar 200–220, and Pulsar RS200 motorcycles, as specified in NGage’s official compatibility chart. Both variants share identical physical dimensions and mounting geometry. The difference lies solely in friction compound classification — Whisker Ceramic (HB163) or Sintered (HBS163). Designed exclusively for the rear brake position, these pads provide accurate caliper fitment based on NGage’s defined pad code system. Correct pad code. Correct rear position. Verified compatibility.

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NGage Whisker Sintered Front Brake Pad (HBS164) — KTM Adventure 250 / 390 Gen 3 Model-specific sintered front brake pad for KTM Adventure 250 Gen 3 and Adventure 390 Gen 3 only. Gen 3 models require the HBS164 pad profile — not interchangeable with earlier Adventure generations. Higher friction coefficient than ceramic — stronger bite, heat resistant, suited for loaded touring and demanding riding conditions. Technical Specifications Brand NGage Powerparts Series Whisker Sintered Pad Position Front Pad Code HBS164 Compound Sintered metallic Application Front disc brake system Supplied As Front pad set (one wheel) Sintered Compound Benefits Stronger initial bite vs ceramic — better suited for loaded Adventure riding High heat resistance — stable performance across repeated braking cycles Durable metallic compound maintains consistent friction output Suitable for highway, touring, and mixed riding Sintered vs Ceramic for Adventure Use Adventure riders who carry luggage, ride two-up, or tackle long highway stints will find sintered pads more suitable — the compound handles higher thermal loads without fade. For lighter daily commuting, the ceramic HB164 option offers smoother modulation and quieter operation. Compatibility Front position only. Applies strictly to: KTM Adventure 250 — Gen 3 KTM Adventure 390 — Gen 3 Not compatible with Gen 1 or Gen 2 Adventure models. Rear pads use a separate specification. Installation Notes Bed in pads correctly after installation Inspect disc, caliper, and brake fluid during replacement Professional installation recommended In The Box 1 x NGage Whisker Sintered Front Brake Pad set (HBS164)

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NGage Whisker Sintered Front Brake Pad (HBS184) — KTM Duke / RC / Adventure 125–390 The NGage Whisker Sintered Front Brake Pad is engineered for KTM Duke, RC, and select Adventure motorcycles where the HBS184 front pad code is specified. Sintered metallic compound — higher friction coefficient, heat-resistant, built for riders who demand more bite and durability than ceramic. Technical Specifications Brand NGage Powerparts Series Whisker Sintered Pad Position Front Pad Code HBS184 Compound Sintered metallic Friction Coefficient ~0.55 – 0.65 Thermal Rating Up to ~1000°C Est. Service Life 12,000 – 18,000 km Supplied As Front pad set (one wheel) Sintered Compound Construction Manufactured by fusing metallic powders under high heat and pressure — creating a dense compound that maintains braking effectiveness across repeated heat cycles. Compound includes: Copper (heat dissipation), Steel/Iron (wear resistance), Brass (corrosion resistance), Graphite (high-temp lubrication), Carbon fibres, Molybdenum Disulfide MoS2 (solid lubricant under pressure). Stronger initial bite vs ceramic High heat resistance — rated to ~1000°C Consistent friction during repeated braking cycles Suitable for spirited street, highway, and mixed riding Compatibility Front brake position only. Compatible where HBS184 is specified: KTM Duke 125 / 200 / 250 / 390 KTM RC 125 / 200 / 250 / 390 KTM Adventure 250 / 390 (Gen 2) Gen 3 Adventure models use HBS164. See the Gen 3-specific listing. Pad Code Reference Front: HBS184 (this listing) | Rear: HBS163 — sold separately. Installation Notes Bed in pads correctly after installation Inspect disc, caliper, and brake fluid during replacement Professional installation recommended In The Box 1 x NGage Whisker Sintered Front Brake Pad set (HBS184)

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The NGage VH8RTII-9 Double Iridium Spark Plug is a motorcycle ignition component developed for select modern, fuel-injected motorcycles, including the Hero Xpulse 210 4V. 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 Hero Xpulse 210 4V, where the VH8RTII-9 spark plug specification is listed by NGage in its official compatibility chart. It is intended as a direct replacement spark plug for this motorcycle, without modification. Designed for Hero Xpulse 210 4V The Hero Xpulse 210 4V represents a new-generation, liquid-cooled, fuel-injected single-cylinder platform with updated combustion and ignition system requirements. NGage specifies the VH8RTII-9 spark plug for this motorcycle, indicating alignment with the engine’s ignition design and operating parameters. For the Hero Xpulse 210 4V, the VH8RTII-9 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 VH8RTII-9 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 VH8RTII-9 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 Hero Xpulse 210 4V, 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 VH8RTII-9 spark plug is manufactured in Japan, as stated on NGage’s product packaging. 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 VH8RTII-9 is intended for routine replacement during scheduled maintenance or spark-plug service intervals recommended by the motorcycle manufacturer. It is suitable for everyday road and light off-road use on the Hero Xpulse 210 4V 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 VH8RTII-9 should be installed only on motorcycles listed in the compatibility section below. Use on non-listed motorcycles is not recommended. For the Hero Xpulse 210 4V, this spark plug is specified by NGage as the correct application for this engine platform. Compatibility As per NGage official compatibility chart for part number VH8RTII-9: Hero Motorcycles Hero Xpulse 210 4V Variant Explanation This listing is for NGage VH8RTII-9 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: VH8RTII-9 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle spark plug Installation / Usage Notes Install only on the Hero Xpulse 210 4V. Follow Hero service-manual torque specifications. Install on a cold engine. Install as per the motorcycle manufacturer’s service manual torque specification and standard spark plug installation procedure.

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NGage VH8RTII-9 Double Iridium Spark Plug for KTM, Bajaj (Center Plug), Triumph & Hero Motorcycles The NGage VH8RTII-9 Double Iridium Spark Plug is a motorcycle ignition component developed for a defined group of modern, fuel-injected motorcycles across KTM, Bajaj, Triumph, and Hero platforms. This listing focuses on its primary applications across KTM Duke, RC, and Adventure models, while also covering its specified use as the center spark plug for Bajaj Pulsar NS200 and RS200 Triple Spark engines. Manufactured in Japan, the VH8RTII-9 is part of NGage’s Double Iridium spark plug series and is specified for use in both BS4 and BS6 compliant motorcycles, as stated by the manufacturer. This spark plug is intended as a direct replacement for motorcycles listed in the compatibility section below and is engineered to match the ignition system requirements of these models as defined by NGage’s official part-number application chart. Double Iridium Construction NGage classifies the VH8RTII-9 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 under 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. KTM Motorcycle Applications NGage lists the VH8RTII-9 spark plug for the following KTM motorcycles: KTM Duke 200 KTM Duke 390 KTM RC 200 KTM RC 390 KTM Adventure 250 KTM Adventure 390 These motorcycles span KTM’s liquid-cooled single-cylinder platforms that share common ignition system requirements. For these models, the VH8RTII-9 is intended as a direct replacement spark plug without modification. Bajaj Pulsar NS200 / RS200 — Center Plug Application NGage also specifies the VH8RTII-9 for use in Bajaj Pulsar NS200 and RS200 Triple Spark engines. These engines use a three-spark-plug configuration, consisting of: One center spark plug Two side spark plugs For these motorcycles: The VH8RTII-9 is specified for the center spark plug position only. It is not specified for the two side spark plug positions. This listing covers one (1) spark plug, intended to replace the center plug in the Triple Spark configuration. Owners of Bajaj Pulsar NS200 and RS200 must ensure they are purchasing the correct spark plug for the correct position. The VH8RTII-9 should be installed only in the center plug location as per NGage’s compatibility chart. Additional Manufacturer-Listed Applications NGage also lists the VH8RTII-9 for the following motorcycles: Triumph Speed 400 Scrambler 400X New Speed T4 Hero Xpulse 210 4V These models are included here for completeness of the manufacturer’s published compatibility. BS4 and BS6 Compatibility NGage specifies that the VH8RTII-9 spark plug is compatible with both BS4 and BS6 vehicles. This allows its use across production years that fall before and after the BS6 emission-standard transition, provided the motorcycle is included in the compatibility list. No emission-reduction, tuning, or fuel-efficiency claims are made for this product. Manufacturing Origin The VH8RTII-9 spark plug is manufactured in Japan, as stated by NGage. No additional manufacturing process details or certification claims are published for this model. Intended Use The NGage VH8RTII-9 is intended for routine replacement during scheduled maintenance or spark-plug service intervals recommended by the motorcycle manufacturer. It is suitable for standard road use on the motorcycles listed below. This spark plug is not positioned by NGage as a racing, track-only, or tuning component. Compatibility As per NGage official compatibility chart for part number VH8RTII-9: KTM Motorcycles KTM Duke 200 KTM Duke 390 KTM RC 200 KTM RC 390 KTM Adventure 250 KTM Adventure 390 Bajaj Motorcycles (Triple Spark — Center Plug Only) Bajaj Pulsar NS200 — Center plug only Bajaj Pulsar RS200 — Center plug only Triumph Motorcycles Triumph Speed 400 Triumph Scrambler 400X Triumph New Speed T4 Hero Motorcycles Hero Xpulse 210 4V Variant Explanation This listing is for NGage VH8RTII-9 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 intended for the center position only. No alternate heat ranges or material variants are included in this listing. Specifications Brand: NGage Part Number: VH8RTII-9 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle spark plug Installation / Usage Notes Install only on motorcycles listed in the compatibility section. For Bajaj NS200 and RS200, install in the center spark plug position only. Follow the motorcycle manufacturer’s service manual torque specifications. Install on a cold engine. NGage does not publish spark-plug gap or torque values for this model.

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The NGage VH8RTII-9 Double Iridium Spark Plug is a precision ignition component developed for modern, fuel-injected motorcycles, including the Triumph Speed 400, Scrambler 400X, and Speed T4. 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 Triumph’s 400-class single-cylinder platform, where the VH8RTII-9 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 Triumph 400-Class Motorcycles Triumph’s 400-class motorcycles represent a new-generation, liquid-cooled, fuel-injected single-cylinder engine platform developed for modern combustion and emission standards. NGage specifies the VH8RTII-9 spark plug for this engine family, indicating alignment with the ignition system design and operating parameters of these motorcycles. The following Triumph models are listed by NGage for use with the VH8RTII-9 spark plug: Triumph Speed 400 Triumph Scrambler 400X Triumph Speed T4 For these motorcycles, the VH8RTII-9 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 VH8RTII-9 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 VH8RTII-9 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 Triumph’s 400-class motorcycles, 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 VH8RTII-9 spark plug is manufactured in Japan, as stated on NGage’s product packaging. 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 VH8RTII-9 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 Triumph Speed 400, Scrambler 400X, and Speed T4 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 VH8RTII-9 should be installed only on motorcycles listed in the compatibility section below. Use on non-listed motorcycles is not recommended. For the Triumph 400-class motorcycles, this spark plug is specified by NGage as the correct application for this engine platform. Compatibility As per NGage official compatibility chart for part number VH8RTII-9: Triumph Motorcycles Triumph Speed 400 Triumph Scrambler 400X Triumph Speed T4 Variant Explanation This listing is for NGage VH8RTII-9 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: VH8RTII-9 Spark Plug Type: Double Iridium Vehicle Compatibility: BS4 & BS6 Country of Manufacture: Japan Application: Motorcycle spark plug Installation / Usage Notes Install only on Triumph motorcycles listed in the compatibility section. Follow Triumph service-manual torque specifications. Install on a cold engine. Install as per the motorcycle manufacturer’s service manual torque specification and standard spark plug installation procedure.

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NGage Whisker Ceramic Front Brake Pad (HB164) — KTM Adventure 250 / 390 Gen 3 Model-specific front brake pad for KTM Adventure 250 Gen 3 and Adventure 390 Gen 3 only. KTM revised the front pad profile in the Gen 3 platform update — earlier generations use HB184, not HB164. Confirm your generation before ordering. Technical Specifications Brand NGage Powerparts Series Whisker Ceramic Pad Position Front Pad Code HB164 Compound Ceramic with whisker fibre reinforcement Friction Coefficient ~0.45 – 0.60 Application Front disc brake system Supplied As Front pad set (one wheel) Why Gen 3 is Different The KTM Adventure 250/390 Gen 3 update revised the front brake caliper configuration, changing the pad shape required. HB164 pads are profile-matched to the Gen 3 caliper — correct alignment, even disc contact, consistent braking response. Using the wrong pad profile can cause uneven wear, noise, and inconsistent stopping. Ceramic Compound Benefits Progressive front brake engagement — builds smoothly under pressure Predictable lever feedback for controlled deceleration Reduced brake noise vs metallic pads Rotor-friendly friction surface Suitable for daily commuting, highway, and touring Compatibility Front position only. Applies strictly to: KTM Adventure 250 — Gen 3 KTM Adventure 390 — Gen 3 Not compatible with Gen 1 or Gen 2 Adventure models. Rear pads use a separate specification. Installation Notes Bed in pads correctly after installation Inspect disc, caliper movement, and brake fluid during replacement Professional installation recommended In The Box 1 x NGage Whisker Ceramic Front Brake Pad set (HB164)

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NGage Whisker Ceramic Front Brake Pad (HB184) — KTM Duke / RC / Adventure 125–390 The NGage Whisker Ceramic Front Brake Pad is engineered for KTM Duke, RC, and select Adventure motorcycles where the HB184 front pad code is specified. Street-focused ceramic compound — predictable bite, smooth modulation, rotor-friendly behaviour. Technical Specifications Brand NGage Powerparts Series Whisker Ceramic Pad Position Front Pad Code HB184 Compound Ceramic with fibre reinforcement Friction Coefficient ~0.45 – 0.60 Supplied As Front pad set (one wheel) Why Ceramic Compound Progressive lever feel — builds braking force smoothly without abrupt grab Stable friction response during repeated stops in city and highway riding Rotor-friendly friction surface — reduced rotor wear vs aggressive metallic compounds Lower brake noise and dust output Whisker fibre reinforcement for structural integrity and even wear Compatibility Front brake position only. Compatible where HB184 is specified: KTM Duke 125 / 200 / 250 / 390 KTM RC 125 / 200 / 250 / 390 KTM Adventure 250 / 390 (Gen 2) Gen 3 Adventure models use a different pad code (HB164). See the Gen 3-specific listing. Pad Code Reference Front: HB184 (this listing) | Rear: HB163 — sold separately. Installation Notes Bed in pads correctly after installation Inspect disc condition, caliper movement, and brake fluid during replacement Professional installation recommended In The Box 1 x NGage Whisker Ceramic Front Brake Pad set (HB184)

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NGage Whisker Ceramic Rear Brake Pad (HB163) — KTM Duke / RC / Adventure 125–390 The NGage Whisker Ceramic Rear Brake Pad is engineered for KTM Duke, RC, and select Adventure motorcycles where the HB163 rear pad code is specified. Ceramic compound tuned for smooth modulation, controlled deceleration, and chassis stability — exactly what rear braking demands. Technical Specifications Brand NGage Powerparts Series Whisker Ceramic Pad Position Rear Pad Code HB163 Compound Ceramic with whisker fibre reinforcement Friction Coefficient ~0.45 – 0.60 Est. Service Life 15,000 – 25,000 km Supplied As Rear pad set (one wheel) Why Ceramic for Rear Rear braking stabilises the chassis during deceleration. Excessively aggressive rear bite can destabilise the motorcycle under downshifts or corner entry. The Whisker Ceramic compound delivers progressive rear engagement — predictable, not sharp. Smooth, progressive rear brake engagement Stable friction for city and highway riding Reduced brake noise vs metallic compounds Rotor-friendly ceramic friction surface Even wear distribution across service life Compatibility Rear brake position only. Compatible where HB163 is specified: KTM Duke 125 / 200 / 250 / 390 KTM RC 125 / 200 / 250 / 390 KTM Adventure 250 / 390 Pad Code Reference Rear: HB163 (this listing) | Front: HB184 — sold separately. Installation Notes Rear pad only — front pads sold separately Bed in pads correctly after installation Inspect disc, caliper, and fluid during replacement In The Box 1 x NGage Whisker Ceramic Rear Brake Pad set (HB163)

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NGage Whisker Sintered Rear Brake Pad (HBS163) — KTM Duke / RC / Adventure 125–390 The NGage Whisker Sintered Rear Brake Pad is engineered for KTM Duke, RC, and select Adventure motorcycles where the HBS163 rear pad code is specified. Higher friction coefficient than ceramic — stronger bite, better heat resistance, suited for riders who push harder or ride in demanding conditions. Technical Specifications Brand NGage Powerparts Series Whisker Sintered Pad Position Rear Pad Code HBS163 Compound Sintered metallic Friction Coefficient ~0.55 – 0.65 Thermal Rating Up to ~1000°C Est. Service Life 12,000 – 18,000 km Supplied As Rear pad set (one wheel) Sintered vs Ceramic — Which to Choose Sintered pads offer stronger initial bite, better heat resistance, and consistent performance under repeated braking. Choose sintered if you ride hard, carry luggage, or frequently ride in stop-and-go traffic where brakes cycle through heat repeatedly. Choose ceramic (HB163) for smoother modulation and quieter operation in regular commuting. Compatibility Rear brake position only. Compatible where HBS163 is specified: KTM Duke 125 / 200 / 250 / 390 KTM RC 125 / 200 / 250 / 390 KTM Adventure 250 / 390 Pad Code Reference Rear: HBS163 (this listing) | Front: HBS184 — sold separately. Installation Notes Rear pad only — front pads sold separately Bed in pads correctly after installation Inspect disc, caliper, and fluid during replacement In The Box 1 x NGage Whisker Sintered Rear Brake Pad set (HBS163)

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