Dynapro Single LW 1.75in

The Dynapro Single LW 1.75in brake caliper from Wilwood is engineered for serious enthusiasts and professional mechanics who demand precise stopping power without sacrificing weight savings or thermal performance. This lightweight aluminum caliper is ideal for street-driven performance vehicles, track applications, and custom builds where brake response and unsprung weight reduction matter equally. Single-caliper configurations provide straightforward installation and maintenance while delivering the hydraulic efficiency and clamping force required for responsive, repeatable braking in both street and competition environments.

Built with two pistons for balanced pad wear and force distribution, the Dynapro Single LW features a gray anodized aluminum construction that resists corrosion while maintaining a lightweight profile—just 2 lbs per unit. The caliper accommodates 13.000-inch outer diameter rotors with 0.380-inch thickness, a standard specification for modern performance brake systems, and accepts 3.250-inch lug-mount rotor hardware for secure, vibration-free engagement. The compact 4.5 x 3.4 x 5.9-inch footprint allows flexible mounting in tight wheel wells, while superior heat dissipation through the aluminum body prevents brake fade during extended hard braking or track sessions.

This caliper suits upgraders transitioning from OEM or budget brake systems to a more responsive platform, as well as fabricators designing custom brake systems for drag, road-race, or street applications. Installation requires compatibility with your vehicle's rotor size, brake fluid type (DOT 3/4 standard), and mounting bracket geometry—verify lug-mount spacing and caliper clearance relative to your wheel fitment before ordering. The gray anodized finish and aluminum construction integrate seamlessly into modern engine bays while delivering the thermal stability and modulation that separate casual brake upgrades from engineered solutions. Each unit ships individually, allowing staged builds or dual-caliper configurations on dual-disc systems.