CRANK1 Carbon Brake Pads Rear BMW G310 GS (2021 onwards) - CFB312

CRANK1 Carbon Brake Pads Rear BMW G310 GS (2021 onwards) - CFB312

Upgrade your motorcycle braking performance with the CRANK1 Carbon Brake Pads Rear CFB312, engineered using advanced carbon compound technology trusted by professional track racers and inspired by MotoGP performance standards. Designed for riders who demand superior stopping power, excellent heat resistance, smooth brake modulation, and long-lasting durability, these rear brake pads are perfect for daily commuting, touring, aggressive street riding, and high-performance applications.

Manufactured using a premium blend of over 20 high-friction materials including carbon fiber compound, Kevlar reinforced material, and ceramic components, the CRANK1 Carbon Series delivers outstanding braking confidence in all riding conditions. Whether you ride on highways, city roads, mountain terrain, or rough surfaces, these rear brake pads provide consistent braking response with reduced brake fade and enhanced rider safety.

Key Features of CRANK1 Carbon Brake Pads Rear CFB312

• High Performance Carbon Compound for superior braking efficiency
• MotoGP Inspired Technology trusted by track racers
• Excellent Heat Resistance up to 500°C for stable braking under extreme conditions
• Low Brake Fade during aggressive riding and long-distance touring
• Strong Initial Bite & Smooth Brake Modulation
• Kevlar Reinforced Friction Material for improved durability
• Steel Backing Plate Construction for maximum strength
• 30% Stronger Bonding Technology compared to conventional brake pads
• Low Noise Operation with vibration reduction technology
• Disc Friendly Design that minimizes rotor wear
• All Weather Riding Compatibility
• Corrosion Resistant Construction for longer service life
• Ideal for Touring, Street Riding & Performance Riding

Advanced Carbon Compound Technology

The CRANK1 Carbon Brake Series uses a specially developed friction compound containing high-grade carbon materials and DuPont Kevlar fiber technology. This advanced composition improves braking precision, thermal stability, and rear wheel control while maintaining smooth braking feel under varying riding conditions.

Its optimized microporous internal structure improves heat dissipation and reduces brake noise, delivering comfortable and predictable braking performance even during extended rides or aggressive braking situations.

Superior Heat Dissipation & Reduced Brake Fade

Designed for high temperature environments, the CRANK1 Carbon Brake Pads can withstand temperatures up to 500°C. The advanced carbon compound efficiently dissipates heat, minimizing brake fade and maintaining consistent braking power during spirited riding, highway touring, or heavy traffic conditions.

Heavy Duty Steel Backing Plate

These rear brake pads feature an indestructible steel backing plate combined with advanced composite bonding technology. The enhanced bonding strength ensures the friction material remains securely attached even under extreme braking pressure, improving rider safety and brake reliability.

Low Noise & Disc Friendly Performance

The CRANK1 Carbon Brake Pads are engineered for smooth and quiet braking operation. Their rotor-friendly design reduces excessive disc wear while enhancing braking comfort and overall riding confidence.

Best Suitable For

• Daily Commuting
• Highway Touring
• Adventure Riding
• Performance Street Riding
• Track Inspired Riding
• Rough Road Usage
• All Weather Riding Conditions

Material & Construction

• Premium Carbon Fiber Friction Compound
• Kevlar Reinforced Composite Material
• Ceramic Heat Resistant Elements
• Heavy Duty Steel Backing Plate
• Corrosion Resistant Surface Treatment

Vehicle Compatibility – CRANK1 Carbon Brake Pads Rear CFB312

Why Choose CRANK1 Carbon Brake Pads Rear CFB312?

The CRANK1 Carbon Brake Pads Rear CFB312 are the perfect upgrade for riders looking for improved rear braking performance, enhanced safety, reduced brake fade, and long-lasting reliability. Combining MotoGP-inspired carbon technology with premium construction materials, these brake pads deliver smooth braking feel, excellent stopping control, and dependable performance for every ride.