|
The JT JTD4061SC01 rear brake rotor is engineered specifically for off-road vehicles, offering exceptional performance and durability. Made from high-quality stainless steel, this rotor is fully heat-treated and precisely machined to ensure optimal fit and function. Its design incorporates a patented conical self-cleaning hole pattern that helps maintain a clean contact surface by ejecting debris, which is critical for consistent braking performance in rugged conditions. The rotor's weight reduction features not only improve handling but also aid in heat dissipation, reducing the risk of warping during intense braking sessions. The specially machined surface enhances heat dissipation, enabling the rotor to withstand high temperatures without compromising structural integrity. This feature is particularly important for off-road applications where braking demands are high. The non-braking surfaces are coated with electrostatically applied enamel paint, providing additional corrosion resistance and longevity. Whether used in trail riding, dune bashing, or other demanding off-road activities, this rotor is designed to work seamlessly with various brake pad materials, ensuring a controlled and consistent braking response across all conditions. Engineered and race-tested, the JT JTD4061SC01 rear brake rotor combines advanced features with durable construction to deliver reliable performance. Its innovative self-cleaning design and heat-resistant properties make it a dependable choice for serious off-road enthusiasts seeking improved braking efficiency and rotor longevity. Easy to install and maintain, this rotor is an essential upgrade for those looking to enhance their vehicle’s braking system for extreme off-road adventures. Features: - Patented conical self-cleaning holes help keep the pad and disc free of debris while aiding in heat dissipation and reducing weight
- Constructed from high-quality stainless steel, fully heat-treated and machined to precise tolerances
- Specially machined design improves heat dissipation and resists warping at high temperatures
- Electrostatically enamel-painted non-braking surfaces enhance corrosion resistance
- Engineered and race-tested to ensure compatible, consistent braking performance with all pad materials in diverse conditions
|
