ALL BALLS Sintered Brake Pads 18-8035 – Front and Rear for Racing, Sand, Mud, and General Use

The ALL BALLS Sintered Brake Pads (Part Number: 18-8035) are engineered for high-performance braking in demanding environments such as racing, sand, mud, and off-road conditions. Designed to provide exceptional stopping power and durability, these brake pads are an ideal choice for riders seeking reliable braking performance across various terrains. The sintered material ensures a longer lifespan compared to semi-metallic or organic compounds, allowing you to enjoy consistent and effective braking over extended periods. Whether you're tackling rugged trails or competitive circuits, these pads are built to withstand rigorous use while maintaining excellent rotor compatibility.
Manufactured by ALL BALLS, these brake pads undergo extensive testing to meet high standards of quality and performance. They are designed to be easy on rotors, helping to minimize wear and reduce maintenance costs. The sintered composition offers superior heat resistance, preventing brake fade during intense braking sessions, which is crucial for both off-road enthusiasts and racers. The pads are economically priced, making them a cost-effective upgrade or replacement for your braking system without sacrificing performance or durability.
Installation is straightforward, and the pads are compatible with various front and rear brake setups, making them a versatile option for many vehicles. Their robust construction ensures they can handle extreme conditions, providing confidence and safety in every stop. Whether you're navigating challenging terrains or participating in competitive events, the ALL BALLS Sintered Brake Pads are designed to deliver consistent, powerful braking when it matters most.

Features:

• Sintered material for long-lasting durability and excellent stopping power

• Designed for racing, sand, mud, and general off-road use

• Extensively tested for quality and reliability

• Easy on rotors to reduce wear and maintenance

• Heat-resistant construction to prevent brake fade under high temperatures