JT JTD1118SC01 Rear Brake Rotor – Stainless Steel Self-Cleaning Disc for Off-Road Vehicles

The JT JTD1118SC01 rear brake rotor is a high-performance component designed for demanding off-road applications. Crafted from premium stainless steel, this brake disc is fully heat-treated and machined to exacting tolerances to ensure durability and consistent braking performance. Its robust construction makes it suitable for modern off-road vehicles that require reliable stopping power under tough conditions. The rotor's surface features electrostatically enamel-coated non-braking areas, which help protect against corrosion and wear, extending the lifespan of the component.

The rotor incorporates patented conical self-cleaning holes that serve multiple purposes: they help keep the pad and disc free of debris, facilitate heat dissipation, and reduce overall weight. These design features are critical in off-road environments where mud, dirt, and debris can compromise braking efficiency. The specially machined design enhances heat dissipation further, reducing the risk of warping during high-temperature braking. Engineered and race-tested, this rotor works seamlessly with all types of brake pad materials, delivering controlled and consistent braking performance regardless of conditions.

Whether you’re racing or tackling rugged terrains, the JT JTD1118SC01 rear brake rotor provides the reliability and performance needed to maintain optimal braking power. Its self-cleaning design and advanced construction make it an ideal upgrade for off-road enthusiasts seeking durability and efficiency in their braking system.

Features:

• Patented unique conical self-cleaning holes help keep the pad and disc clean of debris, improve heat dissipation, and reduce weight

• Made from high-quality stainless steel, fully heat-treated and machined to precise tolerances

• Specially machined design enhances heat dissipation and resists warping at high temperatures

• Electrostatically enamel-coated non-braking surfaces to prevent corrosion and wear

• Engineered and race-tested for compatibility with all brake pad materials, ensuring consistent performance in all conditions