fits model: Rc, 390. make: Ktm.

( Brand: Sbs ), ( Manufacturer Part Number: 877DC ), ( Part Type: Pad Brake )
The SBS Dual Carbon Race Brake Pads for the front of KTM 390/390 Duke models (part number 877DC) are designed for high-performance riders seeking superior braking power and durability. These pads are crafted with a unique dual carbon composite material, which combines the benefits of carbon fiber and organic materials.
The carbon fiber component provides exceptional heat resistance, ensuring consistent braking performance even under heavy usage or in extreme conditions. This material also contributes to the pads' lightweight design, reducing unsprung weight and improving handling agility.
The organic material in the SBS Dual Carbon Race Brake Pads offers excellent friction and modulation, ensuring smooth and precise braking. The pads are specifically formulated for KTM 390/390 Duke models, ensuring optimal fit and compatibility with the bike's brake system.
The SBS Dual Carbon Race Brake Pads feature a high-friction coating that provides excellent stopping power, even in wet conditions. The pads are also self-adjusting, ensuring consistent pad-to-rotor contact over time.
The SBS Dual Carbon Race Brake Pads are easy to install and require no special tools or techniques. They are designed to provide long-lasting performance, reducing the need for frequent pad replacements.
In summary, the SBS Dual Carbon Race Brake Pads for KTM 390/390 Duke models offer superior heat resistance, lightweight design, excellent friction, and smooth modulation. These pads are perfect for high-performance riders seeking superior braking power and durability.
Pros of buying SBS Dual Carbon Race Brake Pads (Model: 877dc) for KTM 390/390 Duke:1. High Performance: SBS Dual Carbon Race Pads are designed for high-performance racing applications, providing excellent stopping power and durability.
2. Long Lasting: The carbon-ceramic composite material used in these pads is highly resistant to wear and heat, ensuring a longer lifespan compared to traditional brake pads.
3. Consistent Performance: These pads provide consistent performance under extreme conditions, ensuring reliable braking even in high-speed situations.
4. Reduced Fading: Carbon-ceramic pads have a lower tendency to fade under heavy use, providing consistent braking power throughout the ride.
5. Lightweight: The carbon-ceramic material used in these pads is lighter than traditional metal pads, which can help improve overall bike performance and handling.
Cons of buying SBS Dual Carbon Race Brake Pads (Model: 877dc) for KTM 390/390 Duke:1. Cost: Carbon-ceramic brake pads are generally more expensive than traditional metal pads. The upfront cost may be a deterrent for some riders.
2. Installation: Installing carbon-ceramic brake pads requires specific tools and techniques, which may require professional installation or additional investment in tools.
3. Compatibility: Ensure the pads are compatible with your specific bike model and year, as not all carbon-ceramic pads are universal.
4. Break-in Period: Carbon-ceramic pads require a break-in period to reach their full performance potential, which may require some adjustments to your riding style during the initial use.
Conclusion:If you're a passionate racer or performance-oriented rider, the SBS Dual Carbon Race Brake Pads (Model: 877dc) for KTM 390/390 Duke can provide significant benefits in terms of stopping power, durability, and consistent performance. However, the cost and installation requirements may be a concern for some riders. We recommend considering your riding style, budget, and the overall performance expectations for your bike before making a decision. If you're unsure, consulting with a professional mechanic or SBS customer service can help you make an informed decision.
DEST technology eliminates brake fade for consistent performance from start to last lap, wet or dry. KTM 390 Duke 2013 -2015. DC Dual Carbon Race Brake Pads. KTM RC 390 2014 -2019. Dual Carbon. Ultra-high-performance race-only brake pads. New condition.