Left Front Rotor 11in 3 Lug Aluminum

The Left Front Rotor 11in 3 Lug Aluminum from Ti22 PERFORMANCE is a purpose-built brake component engineered for high-performance sprint car racing and circle-track competition. Designed for drivers who demand lightweight construction without compromising stopping power, this drilled and slotted aluminum rotor reduces unsprung weight while maintaining the thermal stability required for sustained braking events. Whether you're upgrading an existing sprint car setup or building a complete front brake system, this left-hand rotor is an essential component for serious racers seeking competitive advantage on the track.

This 11-inch outside diameter rotor features an 0.375-inch thickness and aluminum construction optimized for lightweight performance in racing applications. The drilled and slotted design serves a dual purpose: the slots promote consistent brake pad engagement and heat dissipation, while the drilled pattern reduces rotational mass and allows trapped gases and moisture to escape during hard braking. The three-lug mounting interface ensures secure fitment to compatible sprint car brake hubs, while the natural aluminum finish provides excellent heat transfer characteristics essential for managing the intense thermal loads generated during competitive racing. At just 1.59 pounds, this rotor contributes minimal rotating weight compared to traditional cast-iron alternatives, directly improving acceleration and fuel efficiency.

Sprint car racers, micro-sprint competitors, and circle-track enthusiasts will find the Left Front Rotor 11in 3 Lug Aluminum indispensable for front-end brake system optimization. Installation requires compatibility with a three-lug hub assembly and existing brake caliper setup designed for 11-inch rotors. This left-side rotor should be paired with a matching right-front rotor to ensure balanced brake response and consistent performance across both front corners. Professional installation is recommended to verify proper rotor clearance, pad compatibility, and torque specifications for your specific sprint car platform.