CRANK1 Carbon Brake Pads Rear BMW F750GS (2017-2024) - CFB312
CRANK1 Carbon Brake Pads Rear BMW F750GS (2017-2024) - CFB312
Crank1
SKU:GF010776-8
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CRANK1 Carbon Brake Pads Rear BMW F750GS (2017-2024) - CFB312
Upgrade your motorcycle braking performance with the CRANK1 Carbon Brake Pads Rear CFB312, engineered using advanced carbon compound technology trusted by professional racers and inspired by MotoGP performance standards. Designed for riders who demand superior stopping power, precise brake modulation, excellent heat resistance, and long-lasting durability, these rear brake pads deliver consistent braking performance across daily commuting, highway touring, aggressive riding, and rough road conditions.
Manufactured using a premium blend of over 20 high-friction materials, including carbon fiber compound, DuPont Kevlar reinforcement, ceramic elements, and high-strength steel backing plates, the CRANK1 Carbon Series offers exceptional thermal stability, reduced brake fade, low noise operation, and enhanced rider confidence in all weather conditions.
Why Choose CRANK1 Carbon Brake Pads Rear CFB312?
- MotoGP-inspired carbon brake compound technology
- Excellent stopping power and braking response
- High temperature resistance up to 500°C
- Low brake fade during aggressive braking
- Advanced heat dissipation for stable performance
- Disc-friendly design with reduced rotor wear
- Low noise and vibration-free braking
- Strong steel backing plate for durability
- 30% stronger bonding than conventional brake pads
- Ideal for touring, city riding, adventure riding, and track-inspired performance
Advanced Carbon Compound Technology
The CRANK1 Carbon Brake Pad Series is developed with a specialized carbon friction formula engineered to deliver smooth and responsive braking performance. The advanced internal microporous structure improves heat balance while maintaining consistent friction under high stress conditions. This ensures predictable braking control, better rider confidence, and enhanced safety.
The inclusion of Kevlar fiber reinforced carbon material improves wear resistance and thermal durability, making these pads highly effective for both everyday riding and performance-oriented applications.
High Temperature Resistance & Superior Heat Dissipation
Designed to perform under extreme riding conditions, the CRANK1 Carbon Rear Brake Pads can withstand temperatures up to 500°C. The optimized compound and steel backing construction help dissipate heat quickly, reducing brake fade and maintaining stable braking efficiency even during continuous heavy braking.
Whether riding through mountain roads, highways, traffic conditions, or spirited weekend rides, these brake pads maintain smooth and controlled braking feel.
Strong Bonding Technology & Long Service Life
CRANK1 utilizes advanced composite bonding technology combined with an indestructible steel backing plate to ensure maximum durability and reliability. The enhanced bonding strength keeps the friction material securely attached even during violent braking situations, offering improved rider safety and long-term performance.
The corrosion-resistant construction also increases the lifespan of the brake pads while maintaining consistent braking characteristics over extended usage.
Low Noise & Disc Friendly Performance
The specially engineered carbon compound minimizes brake noise and vibration while reducing excessive rotor wear. The balanced friction material composition ensures smooth rear brake engagement, improved braking comfort, and better riding stability across all riding environments.
All Weather & Rough Road Performance
The CRANK1 Carbon Brake Pads Rear CFB312 are suitable for:
- Daily commuting
- Highway touring
- Adventure riding
- Performance street riding
- Wet and dry weather conditions
- Rough road and uneven terrain usage
Material & Construction
- Carbon fiber friction compound for enhanced braking performance
- Kevlar reinforced material for improved durability
- Ceramic elements for heat stability
- High-strength steel backing plate for structural rigidity
- Advanced thermal dissipation design
Compatible Motorcycles
| Application | Year | Position |
|---|---|---|
| Aprilia Caponord 1200 | (2013-2016) | Rear |
| Aprilia Dorsoduro 1200 | (2011 Onwards) | Rear |
| Aprilia RS 457 | - | Rear |
| Bajaj Dominar 250 | - | Rear |
| Bajaj Dominar 400 | (2016-2018) | Rear |
| Bajaj Dominar 400 UG19 | (2019 Onwards) | Rear |
| Bajaj Pulsar 220 | - | Rear |
| Bajaj Pulsar 220F | -2017 | Rear |
| BMW F 650 GS | (2008-2012) | Rear |
| BMW F 750 GS | (2017-2024) | Rear |
| BMW F 800 GS | (2006-2012) | Rear |
| BMW F 800 GS Adventure | (2013-2016) | Rear |
| BMW F 850 GS | (2017-2020) | Rear |
| BMW F 850 GS | (2021-2023) | Rear |
| BMW F 900 R | (2020-2023) | Rear |
| BMW F 900 XR | (2020-2023) | Rear |
| BMW F850 GSA | (2021-2023) | Rear |
| BMW F850 GSA | (2017-2020) | Rear |
| BMW G 310 GS | (2021 Onwards) | Rear |
| BMW G 310 GS | (2017-2020) | Rear |
| BMW G 310 R | (2016-2020) | Rear |
| BMW S 1000 R | (2021-2022) | Rear |
| BMW S 1000 R | (2018-2020) | Rear |
| BMW S 1000 R HP4 | (2013-2014) | Rear |
| BMW S 1000 RR | (2016-2018) | Rear |
| BMW S 1000 RR | (2019-2022) | Rear |
| Ducati Monster 797 | (2017-2018) | Rear |
| Ducati Monster 937 | (2021 Onwards) | Rear |
| Ducati Scrambler 1100 Sport Pro | (2020-2024) | Rear |
| Ducati Scrambler 1100 Dark Pro | (2021-2025) | Rear |
| Ducati Scrambler 1100 Tribute Pro | (2022-2023) | Rear |
| Ducati Scrambler 800 Icon | (2019 Onwards) | Rear |
| Ducati Scrambler 800 Icon Dark | (2019 Onwards) | Rear |
| Ducati Scrambler Desert Sled 800 | (2017-2018) | Rear |
| Ducati Scrambler Full Throttle 800 | (2023 Onwards) | Rear |
| Ducati Scrambler Nightshift 800 | (2023 Onwards) | Rear |
| Harley Davidson Pan America | (2021 Onwards) | Rear |
| Indian Scout | (2017-2021) | Rear |
| Jawa Perak | - | Rear |
| KTM 200 Duke | (2012 Onwards) | Rear |
| KTM 390 Adventure | (2025 Onwards) | Rear |
| KTM 390 Adventure | (2020-2024) | Rear |
| KTM 390 Duke | (2014 Onwards) | Rear |
| KTM 790 Duke | (2018 Onwards) | Rear |
| KTM 890 Duke R | (2023 Onwards) | Rear |
| KTM RC 390 | (2014 Onwards) | Rear |
| Royal Enfield Classic 350/500 | (2016 Onwards) | Rear |
| Royal Enfield Continental GT 650 | (2018 Onwards) | Rear |
| Royal Enfield Guerrilla 450 | (2024 Onwards) | Rear |
| Royal Enfield Himalayan 411 | - | Rear |
| Royal Enfield Himalayan 450 | (2023-2026) | Rear |
| Royal Enfield Interceptor 650 | (2018 Onwards) | Rear |
| Royal Enfield Meteor 350 | 2022 | Rear |
| Royal Enfield Scram 440 | - | Rear |
| Royal Enfield Thunderbird 350/500 | (2013 Onwards) | Rear |
| Triumph Speed T4 | - | Rear |
| Triumph Street Triple 675 | (2013-2016) | Rear |
| Triumph Daytona 675 | (2013-2017) | Rear |
| Triumph Scrambler 400X | - | Rear |
| Triumph Speed 400 | - | Rear |
| Triumph Speed Triple 1200 RR | (2021 Onwards) | Rear |
| Triumph Speed Triple 1200 RS | (2021 Onwards) | Rear |
| Triumph Street Triple 675 R | (2014-2016) | Rear |
| Triumph Street Triple 765R | (2021-2022) | Rear |
| Triumph Street Triple 765 RS | -2018 | Rear |
| Triumph Street Triple 765S | (2017-2020) | Rear |
| Triumph Tiger 1200 GT Pro | (2022 Onwards) | Rear |
| Triumph Tiger 1200 Rally Pro | (2022 Onwards) | Rear |
| Triumph Tiger 850 Sport | -2020 | Rear |
| Triumph Tiger 900 | (2020-2023) | Rear |
| Triumph Tiger 900 GT | (2024 Onwards) | Rear |
| Triumph Tiger 900 Rally Pro | (2024 Onwards) | Rear |
| TVS Apache RR 310 | -2023 | Rear |
| BMW S 1000 RR | (2022-2026) | Rear |
| BMW S 1000 RR M-Sport | (2021-2022) | Rear |
| Ducati Scrambler Classic 800 | (2015-2018) | Rear |
| KTM 250 Duke GEN3 | (2024-2025) | Rear |
Package Includes
- 1 Set of CRANK1 Carbon Brake Pads Rear CFB312
Upgrade Your Motorcycle Braking Performance
The CRANK1 Carbon Brake Pads Rear CFB312 are built for riders who prioritize braking precision, durability, thermal stability, and riding confidence. Whether you ride in city traffic, highways, mountain roads, or performance-oriented conditions, these premium rear brake pads provide reliable braking force, smoother modulation, and long-lasting performance for a safer and more controlled riding experience.
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