Halloween Special Wilwood Rotor-gt48 Spc-37-lh 12.88 X 1.25 - 12 On 8.75in - Limited Release [57XcUBE0]

Halloween Special Wilwood Rotor-gt48 Spc-37-lh 12.88 X 1.25 - 12 On 8.75in - Limited Release [57XcUBE0]

Introducing the Wilwood Rotor-GT48 SPC-37-LH, a cutting-edge rotor designed for superior performance and durability. This premium rotor is crafted from a proprietary iron alloy, developed to withstand extreme temperatures and resist distortion, warping, cracking, and wear. With its robust construction and advanced technology, the GT48 Curved Vane Spec-37 rotor is perfect for high-performance vehicles and demanding driving conditions.

• Proprietary Iron Alloy: Offers exceptional heat resistance and durability.
• GT Series Asymmetrical Face Slot Pattern: Enhances braking performance and heat dissipation.

The Wilwood Rotor-GT48 SPC-37-LH features a 12.88 x 1.25 inch size and a 12 on 8.75in bolt pattern, making it a versatile fit for a wide range of vehicles. This rotor is a derivative of technology used in extreme-duty military spec rotors, ensuring the highest quality and reliability. The GT Series asymmetrical face slot pattern is designed for smooth, vibration-free performance at any speed, while individual dynamic balancing guarantees a perfect fit and optimal braking efficiency.

• 12.88 x 1.25 Inch Size: Provides a precise fit for various vehicles.
• Individual Dynamic Balancing: Ensures smooth operation and reduces vibration.

Ideal for extreme braking short tracks and road course competition, the Wilwood Rotor-GT48 SPC-37-LH delivers the highest cooling capacity and longest service life. Whether you're a professional racer or a weekend warrior, this rotor is built to handle the most demanding conditions. With its exceptional cooling capabilities and long-lasting performance, the GT48 Curved Vane Spec-37 rotor is the ultimate choice for drivers who demand the best from their braking system.

• Extreme Cooling Capacity: Ensures consistent performance under intense braking.
• Longest Service Life: Reduces maintenance costs and downtime.