Fan Favorite Caliper L/h Superlite Radial Mnt 1.25in Rotor - 120-13228 - Wilwood Brakes Deal Alert: 60% Off [FpejPnXs]

Superlite Radial Mount Caliper with 1.25in Rotor

Introducing the Wilwood Caliper L/H Superlite Radial Mnt 1.25in Rotor, a premium brake system component designed for superior performance and reliability. This caliper is engineered to deliver exceptional braking power, ensuring your vehicle stops quickly and efficiently. With its robust construction and advanced engineering, the Superlite Radial Mount Caliper is the ideal choice for those seeking top-tier braking capabilities.

• High-performance aluminum caliper for lightweight and durability.
• Gray anodized finish for a sleek and corrosion-resistant appearance.

Product Specifications

Featuring a driver-side 4-piston design, the Superlite Radial Mount Caliper is built to handle the demands of high-performance vehicles. The caliper measures 14.00 inches in outer diameter and 1.250 inches in thickness, providing a substantial footprint for optimal braking performance. The radial mount design enhances stability and reduces caliper flex, ensuring consistent and reliable braking under any condition.

• 14.00 in OD x 1.250 in Thick Rotor for increased braking surface area.
• 5.98 in Radial Mount for enhanced structural integrity and reduced flex.

Applications and Benefits

The Wilwood Caliper L/H Superlite Radial Mnt 1.25in Rotor is an essential component for any vehicle looking to improve its braking performance. Whether you're a racing enthusiast, a daily driver, or someone who appreciates the importance of safety, this caliper offers numerous benefits. Its lightweight design reduces unsprung weight, improving handling and responsiveness. The corrosion-resistant finish ensures a long-lasting and maintenance-free appearance. The Superlite Radial Mount Caliper is perfect for applications that require high-performance braking with a sleek and modern look.

• Improved braking performance for safer and more confident driving.
• Lightweight and durable construction for enhanced vehicle handling.