ON SALE | Rawtorque

LCB Radiator Grill Black for Royal Enfield Himalayan – Engine Cooling Protection The LCB Radiator Grill in Black is engineered to protect the cooling system of the Royal Enfield Himalayan without compromising airflow efficiency. On an adventure motorcycle, the radiator sits exposed at the front — constantly vulnerable to stones, gravel spray, mud, and debris thrown up by the front wheel or surrounding traffic. A single direct impact can bend cooling fins, restrict airflow, or damage the radiator core. This grill acts as a structural barrier between external hazards and one of the most temperature-sensitive components of your engine. Adventure riding means unpredictable surfaces. Highway touring means sustained engine heat. Cooling reliability is non-negotiable. The LCB Radiator Grill reinforces that reliability. Built for Structural Defense Manufactured from durable mild steel, the grill is designed to absorb and deflect impact energy before it reaches the radiator fins. Mild steel provides: High impact resistance Structural rigidity Long-term durability Consistent performance under vibration The matte black powder-coated finish protects the metal surface from corrosion, oxidation, and environmental exposure. Himalayan riders encounter rain, dust, humidity, and temperature changes regularly. The coating ensures surface integrity remains intact even after extended use in mixed weather conditions. This is functional armor, not decorative trim. Airflow Without Compromise Radiator protection only works if cooling efficiency remains intact. A poorly designed grill restricts airflow, leading to increased operating temperatures. The LCB Radiator Grill is precision-cut to maintain balanced airflow while blocking larger debris. The mesh pattern is engineered to: Allow consistent air passage Prevent large stone intrusion Protect delicate cooling fins Maintain thermal stability during long rides Cooling systems rely on unobstructed airflow. This grill preserves that function. Designed Specifically for Himalayan Geometry This is not a universal plate adapted to fit. The grill is designed specifically around the Royal Enfield Himalayan’s radiator dimensions and mounting architecture. Fitment ensures: Correct alignment with stock mounting points No interference with radiator hoses No obstruction of airflow channels Clean integration with front fascia Installation is direct bolt-on. No drilling. No cutting. No modification. The hardware aligns with factory positions, preserving structural integrity and making removal straightforward if required. The result is a factory-aligned appearance rather than an aftermarket add-on look. Real-World Riding Protection Adventure and touring riders commonly face: Gravel impact from loose roads Mud accumulation during monsoon rides Debris from construction zones Stone spray from off-road trails A damaged radiator can end a ride prematurely. Protecting it reduces risk and extends service life. The LCB Radiator Grill strengthens long-term reliability without altering ride dynamics. Key Features Designed specifically for Royal Enfield Himalayan Heavy-duty mild steel construction Matte black powder-coated corrosion-resistant finish Protects radiator fins from stones and debris Maintains optimal airflow for cooling efficiency Precision-cut mesh for balanced ventilation Direct bolt-on installation with included hardware Construction Overview Material: Mild SteelFinish: Matte Black Powder CoatFitment: Royal Enfield HimalayanPosition: Front Radiator ProtectionInstallation: Direct Bolt-On Why This Upgrade Makes Mechanical Sense Radiators are exposed and vulnerable. Cooling stability directly impacts engine longevity. Preventive protection costs far less than radiator replacement or overheating damage. This grill reinforces your Himalayan’s cooling system resilience while preserving airflow efficiency and factory geometry. It is preventive engineering for riders who value reliability. Warranty This product comes with a 6-month manufacturer warranty from Legundary Custom Builds against manufacturing defects. RawTorque does not provide additional warranty coverage beyond the manufacturer’s policy. Refer to your Warranty Policy for complete terms.

Read more less

Why Choose the Legundary Oculus Shield for Royal Enfield Hunter 350? The Legundary Oculus Headlight Shield is designed specifically for the Royal Enfield Hunter 350, providing frontal headlight protection without obstructing light output. This is a model-specific headlight shield engineered for the Hunter 350 platform. Model-Specific Compatibility – Royal Enfield Hunter 350 Designed exclusively for Royal Enfield Hunter 350 Structured to align with factory headlight assembly Direct fit installation (as stated) Intended for secure mounting without modification Compatibility beyond Hunter 350 is not mentioned and should not be assumed. Material & Construction Constructed using Mild Steel Shield panel made from Polycarbonate Designed for durability and impact resistance Powder-coated black finish The transparent polycarbonate shield is designed to maintain headlight visibility while providing a protective barrier. Dimensions & Weight Dimensions: 20 x 18 x 0.2 cm (L x B x H) Weight: 0.320 kg Color: Black Protection Scope The Oculus Shield is intended to: Provide protection against stones and road debris Reduce exposure to minor impacts Maintain maximum headlight visibility Important Installation Note (as mentioned):Ensure sufficient gap between the headlight and shield during installation to avoid direct contact. Scope clarification:This product is designed to reduce damage from debris and minor impacts. It is not intended to prevent damage in high-speed collisions. Design Features Transparent polycarbonate panel Minimal weight construction Designed to avoid obstructing headlight beam pattern Structured metal mounting frame Intended Use Suitable for: Daily commuting Touring Urban riding Riders seeking additional headlight protection Product Specifications Brand: Legundary Product Name: Oculus Headlight Shield Motorcycle Compatibility: Royal Enfield Hunter 350 Material: Mild Steel + Polycarbonate Finish: Black Dimensions: 20 x 18 x 0.2 cm Weight: 0.320 kg

Read more less

LCB Oculus Headlight Shield for Royal Enfield Himalayan BS6 – Clear Lens Protection with Structural Reinforcement The LCB Oculus Headlight Shield is engineered to protect the LED headlamp assembly of the Royal Enfield Himalayan BS6 without compromising beam clarity or airflow. On an adventure platform, the headlight sits prominently exposed — vulnerable to gravel spray, flying stones, mud, and trail debris. Replacing a damaged LED unit is expensive. Preventing damage is far more practical. This shield provides a transparent protective barrier supported by a rigid steel frame, preserving full light output while reinforcing front-end durability. Adventure motorcycles operate in unpredictable environments. Highway debris, broken tarmac, off-road sections, and monsoon riding all increase the risk of lens impact. The Oculus Shield reduces that exposure without altering light dispersion or visibility. Protection here is functional, not cosmetic. Dual-Material Construction for Balanced Protection The shield combines two materials with distinct mechanical roles: Impact-Resistant Polycarbonate PanelPolycarbonate is chosen for its high impact tolerance and optical clarity. It absorbs shock energy from debris strikes while maintaining transparency. Unlike brittle plastics, it resists cracking under sudden impact. Benefits include: High impact absorption Scratch resistance under normal use Optical clarity for unaltered beam projection Lightweight performance Mild Steel Exoskeleton FrameThe outer structural frame is precision-cut from mild steel to provide rigidity and mounting strength. The frame distributes impact force away from the headlight housing and secures the polycarbonate panel firmly in place. The steel frame is finished in a matte black powder coat, offering corrosion resistance against rain, humidity, and dust exposure. Together, the materials create a reinforced protective layer that does not distort light or add excessive front weight. Preserves Beam Performance A poorly designed headlight guard can reduce brightness, create glare, or scatter the beam pattern. The Oculus Shield maintains: Full beam visibility No distortion in light projection No interference with high/low beam alignment Clear optical transmission The transparent panel ensures the LED’s original output characteristics remain intact. Night visibility is preserved exactly as intended by factory engineering. Engineered Specifically for Himalayan BS6 This shield is designed for the Royal Enfield Himalayan BS6 headlight assembly dimensions and mounting architecture. It is not a universal fit. Fitment ensures: Precise alignment with stock headlight housing Correct clearance from lens surface No interference with wiring or brackets Clean integration with the front fascia Installation is direct bolt-on. No drilling. No cutting. No structural modification. Once installed, it appears integrated rather than aftermarket. The design complements the Himalayan’s rugged, utilitarian aesthetic without appearing oversized or intrusive. Real-World Riding Protection Adventure and touring riders commonly encounter: Gravel impact from broken roads Stone spray from off-road riding Mud and debris during monsoon conditions Unexpected trail hazards Even minor lens damage can reduce visibility and require costly replacement. The Oculus Shield acts as a sacrificial protective layer — absorbing impact before it reaches the LED unit. Preventive reinforcement extends component life and reduces long-term maintenance costs. Important Installation Guidance While installing the Oculus Headlight Shield, ensure sufficient gap between the polycarbonate panel and the headlight lens. Proper clearance prevents: Heat buildup from prolonged LED use Pressure stress on the lens surface Potential distortion from improper mounting Correct installation maintains airflow and ensures long-term reliability. Key Features Designed specifically for Royal Enfield Himalayan BS6 Transparent impact-resistant polycarbonate shield Precision-cut mild steel exoskeleton frame Scratch-resistant and impact-absorbing construction Maintains full beam clarity without distortion Matte black corrosion-resistant frame finish Lightweight, structurally reinforced design Direct bolt-on installation with precise fitment Construction Overview Shield Material: Impact-Resistant PolycarbonateFrame Material: Mild SteelFinish: Matte Black Powder CoatFitment: Royal Enfield Himalayan BS6Installation: Direct Bolt-OnApplication: Headlight Protection Why This Upgrade Makes Mechanical Sense LED headlight units are expensive and vulnerable. Adventure motorcycles face terrain conditions that increase impact exposure. Preventive protection reduces replacement risk and preserves night-riding confidence. The Oculus Shield strengthens front-end durability while maintaining full optical clarity and factory beam performance. It is structural protection without compromise. Warranty This product comes with a 6-month manufacturer warranty from Legundary Custom Builds against manufacturing defects. RawTorque does not provide additional warranty coverage beyond the manufacturer’s policy. Refer to your Warranty Policy for complete terms.

Read more less

The Moto Torque Engine Guard for TVS Ronin is designed to provide essential underbody protection for everyday riding and light trail use. Built specifically for the TVS Ronin platform, this guard shields the lower engine area from debris, surface impacts, and road hazards. Constructed using 1.5 mm thick mild steel, the guard offers structural strength while maintaining practical durability under varying heat and weather conditions. Designed for TVS Ronin • Precision fitment for TVS Ronin• Direct mounting to stock points• Designed to protect lower engine section Material & Construction • 1.5 mm thick mild steel construction• Resistant to cracking under heat and rain exposure• Rigid protective structure The compact design protects vulnerable lower engine areas without altering the motorcycle’s core structure. Protection Function • Shields underside from stones and debris• Suitable for city roads and light trail use• Adds practical protection without excessive bulk Specifications • Brand: Moto Torque• Compatibility: TVS Ronin• Material: Mild Steel• Thickness: 1.5 mm• Product Type: Engine Guard / Bash Plate

Read more less

The Moto Torque Head Light Guard for TVS Ronin is designed to provide structured protection to the headlight assembly while enhancing the motorcycle’s front profile. Built specifically for the TVS Ronin, this guard adds an additional layer of protection against debris, minor impacts, and external elements encountered during daily riding and touring. Engineered for model-specific fitment, the headlight guard integrates securely with the TVS Ronin’s front assembly without interfering with structural alignment. Designed for TVS Ronin • Precision fitment for TVS Ronin• Model-specific mounting design• Direct integration with stock headlight setup Protection Function • Shields headlight from debris and minor impacts• Adds front-end protection• Suitable for urban and touring use The structural frame design provides protective coverage while maintaining headlight visibility. Installation • Direct-fit mounting design• Secure bracket-based attachment Specifications • Brand: Moto Torque• Compatibility: TVS Ronin• Product Type: Head Light Guard• Mount Type: Model-Specific Bracket

Read more less

Rolon brass-plated chain and sprocket kit for the Yamaha RXG and RX 135 (old model). Supplied as a complete drivetrain set, matched to OE gearing.What's in the kit Brass-plated chain R428MCSC-110-1 Front sprocket 15T (S 01 027/FB) Rear sprocket 37T (S 01 068), 4 holes Rolon kit reference CSBC F351 Why this kit Brass plating for corrosion resistance and a lasting gold finish Solid bush chain construction suited to the RX platform Hardened sprocket teeth for wear resistance and fatigue strength Rolon has supplied chains to Indian motorcycle manufacturers since the RX era The RX 100 uses a 39T rear and a different kit. Message us for fitment guidance if you are unsure which model you have.

Read more less

EDYELL TW2S Bluetooth Helmet Headset with 40MM HD Dual Speakers & IP67 Waterproof Rating 40MM HD Speakers | 500mAh Battery | IP67 Waterproof Clear Audio. Reliable Connectivity. Built for Riders. The EDYELL TW2S Bluetooth Helmet Headset is designed for riders who expect dependable wireless communication, immersive audio clarity, and durable weather resistance in a compact dual-ear setup. Engineered for everyday commuting and long-distance touring, the TW2S integrates high-definition sound, extended battery endurance, and glove-friendly control into a helmet-mounted communication solution. With IP67 waterproof protection and a 500mAh battery, this headset supports consistent performance across varied riding conditions. 40MM HD Dual Speakers The TW2S features dual 40MM HD speakers engineered to deliver balanced audio inside helmet environments. Speaker highlights: Clear vocal reproductionBalanced bass and mid-range responseOptimized sound delivery for helmet acousticsSuitable for calls, music, and navigation prompts Proper speaker positioning inside helmet ear pockets significantly improves clarity and listening comfort. The dual-ear configuration enhances stereo sound separation and improves audio immersion compared to single-speaker setups. 500mAh Battery Performance The headset is powered by a 500mAh rechargeable lithium battery designed for extended riding sessions. Battery specifications include: Up to 30 hours of music playbackUp to 35 hours of call timeOver 80 hours of standby timeApproximate 1.5-hour full charging time Charging is optimized for quick turnaround between rides. Actual battery performance may vary depending on volume levels, feature usage, and environmental conditions. For optimal battery longevity, avoid complete discharge cycles and use compatible charging equipment. IP67 Waterproof & Dustproof Rating The EDYELL TW2S carries an IP67 rating. This rating indicates: Protection against dust ingressResistance to water exposure under defined conditions IP67 certification supports reliable use during rain, humidity, and dusty riding conditions. The device is not designed for full water submersion. Always ensure charging ports are properly sealed before riding in wet environments. Voice Control & Hands-Free Operation The TW2S supports voice control functionality, enabling hands-free access to essential features. Voice control allows: Call managementMusic playback controlVoice assistant activation This reduces the need for manual interaction while riding and enhances convenience during navigation or incoming calls. Compatibility may vary depending on smartphone model and operating system. Music Sharing Mode The music sharing function allows audio to be shared between compatible devices. This feature supports: Shared music playbackSynchronized listening between paired units Functionality depends on compatible device pairing and correct setup. Large-Button Glove-Friendly Controls The TW2S features oversized tactile control buttons designed for: Easy operation while wearing glovesQuick volume adjustmentsCall handlingMedia control Physical buttons provide reliable feedback compared to touch-sensitive systems, especially in riding environments. Lightweight Dual-Ear Design The headset is designed to maintain low bulk and balanced weight distribution inside the helmet. Dual-ear configuration provides: Balanced audio outputImproved listening clarityStable fit inside helmet padding Proper installation ensures secure placement and optimal microphone positioning. Ideal Use Cases Daily commutingLong-distance touringNavigation-heavy routesMusic-focused riding The TW2S is positioned as a rider communication and audio device prioritizing clarity and durability. Specifications Brand: EDYELLModel: TW2SSpeaker Size: 40MM Dual SpeakersBattery Capacity: 500mAhPlayback Time: Up to 30 HoursTalk Time: Up to 35 HoursStandby Time: 80+ HoursCharging Time: Approx. 1.5 HoursWaterproof Rating: IP67Configuration: Dual-Ear Helmet Headset Important Notes Please review helmet compatibility before purchase.Proper installation is required for optimal audio and microphone performance.This product is non-returnable and non-exchangeable once used due to hygiene and electronic safety policies. Summary The EDYELL TW2S Bluetooth Helmet Headset delivers balanced stereo audio, extended battery endurance, and IP67-rated durability in a dual-ear configuration designed for modern riders. With up to 35 hours of call time, voice control functionality, glove-friendly controls, and all-weather protection, the TW2S provides a practical communication solution for everyday riding and touring use. Reliable battery. Clear sound. Ride-ready durability.

Read more less

Navigation isn’t optional anymore — it’s part of the ride. The MotoCare GPS Mount for TVS Apache RTX 300 is a purpose-built mounting solution designed to securely hold your smartphone or GPS device in a clear, accessible viewing position. Whether you're navigating city streets or long-distance touring routes, this mount keeps your device stable, visible, and within reach. 🧱 Model-Specific Fitment Engineered specifically for the Apache RTX 300, ensuring: Precise mounting alignment Stable positioning without vibration issues No interference with stock cockpit layout Clean integration with the bike’s design This is not a universal clamp — it’s a proper cockpit solution. 📱 Functional Riding Advantage Keeps navigation at eye level Reduces need to look down while riding Improves safety during long rides and unknown routes Ideal for GPS apps, touring, and daily commutes ⚙️ Build & Stability Strong metal construction Rigid mounting base for vibration resistance Designed to hold devices securely over rough roads Weather-resistant finish for long-term durability 🛠️ Installation & Use Direct-fit design for Apache RTX 300 Simple installation with basic tools Compatible with most mobile holders / clamps (sold separately) 🧠 Real-World Use Case Perfect for: Touring riders using navigation Daily commuters relying on maps Riders mounting action devices or GPS units Clean cockpit setups without clutter 📦 Warranty 1 Year Manufacturer Warranty Note:RawTorque does not provide any additional warranty beyond the manufacturer’s coverage.For complete details, please refer to our warranty policy.

Read more less

Why Choose the Legundary Heatshield for Royal Enfield Meteor 350? The Legundary Meteor / Reborn Heatshield (Matt Black) is designed specifically for the Royal Enfield Meteor 350 (including Reborn variant), providing a protective shield over the exhaust bend pipe while enhancing the motorcycle’s visual appeal. This product is engineered for the Meteor 350 platform and is not listed as universal fitment. Model-Specific Compatibility – Royal Enfield Meteor 350 Designed for Royal Enfield Meteor 350 Compatible with Meteor / Reborn models (as mentioned) Direct mounting over exhaust bend pipe Intended to align with factory exhaust layout Compatibility beyond Meteor 350 models is not stated and should not be assumed. Material & Construction Constructed from Mild Steel Matt black finish Designed for durability and corrosion resistance Vent slots provided for airflow Material thickness is not specified in the official listing. Functional Purpose The heatshield is intended to: Act as a protective cover over the exhaust bend pipe Provide a visual upgrade to the exhaust section Help reduce direct heat exposure contact Important Note (as stated):Direct contact with the bend pipe is not recommended even with the heatshield installed. Scope clarification:This product acts as a protective shield and aesthetic enhancement. It does not eliminate exhaust heat. Design Features Matt black finish Vent openings for heat ventilation Curved design following the exhaust pipe profile Designed to provide a premium visual upgrade Warranty 6 Months Warranty (as mentioned)Note: Rawtorque does not provide any separate warranty other than the manufacturer warranty. For complete warranty terms, claim procedures, and policy details, please refer to our Warranty Policy page. Installation Designed for direct installation Professional installation recommended for proper alignment and fastening Product Specifications Brand: Legundary Product Name: Meteor / Reborn Heatshield Motorcycle Compatibility: Royal Enfield Meteor 350 Material: Mild Steel Finish: Matt Black Warranty: 6 Months

Read more less

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.

Read more less

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.

Read more less

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.

Read more less

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)

Read more less

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)

Read more less

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)

Read more less

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

Read more less

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.

Read more less

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

Read more less

NGage HB 238 / HBS 238 Rear Brake Pads for Yamaha R15 V3, V4, MT-15, FZ 25 & Fazer 250 – Ceramic & Sintered Options (Rear Only) The NGage HB 238 and HBS 238 rear brake pads are precision-engineered disc brake pads designed for Yamaha motorcycles that use the HB 238 pad shape specification at the rear caliper. These brake pads are intended as direct-fit replacements for factory rear pads on compatible Yamaha models, delivering stable braking performance, controlled heat behavior, and consistent pedal feel across everyday street riding as well as spirited use. Rear brake pads play a critical role in overall braking balance. While the front brake delivers the majority of stopping force, the rear brake stabilizes the chassis under braking, controls speed in low-traction conditions, and supports smooth deceleration in traffic, corners, and downhill riding. The NGage HB 238 and HBS 238 pads are built specifically for this rear-brake role, offering predictable bite, progressive engagement, and long-term durability. These pads are manufactured to match the exact dimensions and mounting profile required for the Yamaha rear calipers used on the listed models. Fitment, seating depth, backing plate thickness, and friction block positioning are all controlled to ensure correct alignment with the disc rotor and caliper pistons. This allows the pads to install cleanly without modification and operate within the factory braking geometry. Material Variants – Choose What Matches Your Riding Style This listing is offered in two NGage material variants, both sharing the same pad shape and fitment: HB 238 – Whisker Ceramic Brake PadsThe HB 238 uses a ceramic-based friction compound engineered for smooth, quiet braking and controlled wear characteristics. Ceramic pads are known for consistent modulation, low brake noise, and reduced rotor abrasion. This compound is well suited for riders who prioritize clean operation, stable braking feel, and predictable response in daily commuting and mixed riding conditions. HBS 238 – Sintered Brake PadsThe HBS 238 uses a metallic sintered friction compound designed for higher thermal stability and stronger braking bite under heat load. Sintered pads are formed by fusing metal powders under pressure and heat, producing a dense structure that resists fade and maintains braking effectiveness during aggressive riding, highway use, and repeated braking cycles. This compound is ideal for riders who demand sharper response and higher durability under demanding conditions. Both variants are identical in physical dimensions and mounting compatibility. The only difference lies in the friction material behavior and performance characteristics. Performance Behavior The NGage rear brake pads are designed to provide: • Progressive braking response without sudden lock-up• Stable friction coefficient across varied temperatures• Controlled heat dissipation for consistent braking feel• Even pad wear for predictable service intervals• Rotor-friendly surface finish to minimize disc scoring The friction layer thickness and backing plate stiffness are engineered to resist vibration and maintain stable contact pressure with the disc rotor. This contributes to reduced brake judder and improved pedal consistency during both light braking and heavy deceleration. Compatibility – Rear Brake Only These rear brake pads are engineered specifically for the following Yamaha motorcycles: • Yamaha R15 V3• Yamaha R15 V4• Yamaha MT-15• Yamaha FZ 25• Yamaha Fazer 250 This listing applies strictly to the rear brake position only. These pads are not interchangeable with front brake pads and must not be installed in the front caliper. Installation & Service Notes • Designed for direct replacement of the stock rear brake pads• No modifications required for installation• Proper bedding-in procedure recommended after installation• Brake fluid condition and rotor surface should be inspected before fitting new pads• Professional installation advised for riders unfamiliar with brake servicing Correct bedding-in helps establish proper friction layer transfer to the rotor surface and ensures optimal braking performance and pad longevity. Use Case Guidance Choose HB 238 (Whisker Ceramic) if you want:• Smooth braking feel• Lower brake noise• Stable performance for daily riding• Controlled rotor wear Choose HBS 238 (Sintered) if you want:• Stronger braking bite• Higher heat tolerance• Better performance under aggressive riding• Longer life in demanding conditions What’s Included • 1 × Pair of rear brake pads (either HB 238 or HBS 238 as selected)• Factory-finished backing plates• Pre-bonded friction material No additional hardware is included unless explicitly shown in the product images. Specifications (Metafields) Brand: NGageProduct Type: Motorcycle Disc Brake PadsPosition: RearPad Codes: HB 238 (Whisker Ceramic), HBS 238 (Sintered)Compatibility: Yamaha R15 V3, Yamaha R15 V4, Yamaha MT-15, Yamaha FZ 25, Yamaha Fazer 250Material Options: Ceramic-based compound (HB), Sintered metallic compound (HBS)Mounting Type: Direct replacementCertification: ARAI TestedCountry of Manufacture: Japan

Read more less

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.

Read more less

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)

Read more less

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.

Read more less

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.

Read more less

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.

Read more less