Forged S/L Caliper 1.75/1.10

The Wilwood Forged S/L Caliper 1.75/1.10 is a four-piston aluminum brake caliper engineered for high-performance vehicles requiring precision stopping power and thermal stability. Built from forged aluminum and finished in gray anodize, this caliper is designed to work with 13.060-inch outside diameter rotors at 1.100-inch thickness, delivering the clamping force and heat dissipation demanded by serious track driving, autocross competition, and high-demand street applications where standard braking systems fall short.

The Superlite designation indicates Wilwood's commitment to weight reduction without sacrificing structural integrity—critical for performance builds where unsprung mass directly impacts handling and acceleration. The four-piston design provides even pad pressure across the rotor face, reducing brake fade during sustained hard braking and improving modulation. The 3.500-inch lug mount accommodates a wide range of aftermarket and OEM wheel fitments, while the forged construction ensures durability under repeated thermal cycling. At 5.35 pounds, this caliper balances the aluminum lightness required in competition with the rigidity necessary for consistent pedal feel and fade resistance.

This caliper suits builders and drivers upgrading brake systems on lightweight sports cars, vintage restorations, formula vehicles, and track-focused street machines. Whether running road course events, drag strip applications, or demanding street duty, the combination of four-piston architecture and forged aluminum construction delivers the stopping confidence required when performance counts. The gray anodized finish provides corrosion resistance while maintaining a professional appearance in engine bays and wheel wells.

Wilwood calipers are recognized in the performance automotive community for engineering depth and real-world reliability across racing and high-performance street applications. Verify rotor diameter, thickness, and lug-mount compatibility with your specific vehicle platform before ordering, as brake system integration requires precise fitment specifications.