Ignite Spec Wave Brake Rotor for Superior Stopping Power

Engineered for the demands of high-speed kart racing, the Ignite Spec Brake Rotor delivers unmatched stopping precision on your Margay Ignite K3 chassis. Its innovative wave-style design spans 8.1875 inches in diameter and measures 3/16 inches thick, optimizing heat dissipation to maintain consistent performance lap after lap. This rotor seamlessly integrates with industry-standard four-bolt hubs, ensuring easy installation and compatibility across various setups.

• Wave Pattern Excellence: The unique wave configuration not only reduces weight but also enhances cooling efficiency, preventing brake fade during intense races.
• Robust Construction: Crafted from high-quality materials, it withstands the rigors of track abuse while providing smooth, responsive braking.
• Versatile Fit: Perfect for Ignite K3 models, this rotor helps you shave seconds off your times by offering superior modulation and control.

Imagine cornering with confidence, knowing your brakes respond instantly without compromise. Racers who upgrade to this spec rotor report noticeable improvements in overall handling, especially in tight turns where precise stopping is crucial. Whether you're a seasoned pro or an aspiring champion, integrating this component into your brake system elevates your kart's potential, allowing you to push harder and faster.

Beyond the track, its durable build means less maintenance downtime, keeping you organized and ready for every session. Pair it with compatible pads and calipers for a complete braking overhaul that transforms your racing experience. The SKU MG7171 stands as a testament to reliable engineering tailored for kart enthusiasts who demand the best.

In competitive environments, where every edge counts, this rotor's design promotes even wear and extended lifespan, reducing the need for frequent replacements. Focus on strategy and speed rather than worrying about brake reliability. Elevate your setup today and feel the difference in every brake application.