Wilwood 140-11403-DR Dynapro Low-Profile Rear Parking-Brake Kit, 11″ Drilled
Vehicle Fitment
- Small‑Ford rear axles with 2.50″ flange offset
- Requires minimum 14″ wheels for rotor clearance
Features
- Forged Dynapro low-profile 4‑piston calipers in red powder coat
- Integrated internal shoe-style parking brake for hidden functionality
- 11.00″ drilled & slotted SRP rotors for enhanced cooling and performance
- Lug-mount design for secure installation
- High-friction BP‑10 brake pads for strong bite and fade resistance
- Complete hardware kit included (bolts, hats, etc.)
- Optimized for custom builds, street, strip, or show applications
- Durable construction suitable for long-term performance use
Specifications
- Part Number: 140‑11403‑DR
- Caliper Pistons: 4 stainless steel per caliper
- Total Piston Area: 1.98 in²
- Rotor Diameter: 11.00″
- Rotor Width: 0.81″
- Rotor Vane Count: 32 straight vanes
- Axle Flange Offset: 2.50″
- Parking Brake Style: Internal shoe
- Brake Pad Plate: 4812
- Pad Area: 5.10 in²
- Pad Volume: 1.71 in³
- Recommended Pad Compound: BP‑10 metallic
Included Components
- 2× Dynapro low-profile 4‑piston calipers (Red)
- 2× 11.00″ drilled & slotted rotors
- Internal parking brake shoes
- BP‑10 brake pads
- Mounting hardware (hats, bolts, etc.)
- Installation instructions
Product Description
The Wilwood 140‑11403‑DR is a rear disc conversion kit that integrates a high-performance hydraulic caliper with a functional mechanical parking brake. Its forged Dynapro low-profile calipers deliver strong braking force while fitting within tight rear-end packaging.
The 11″ drilled and slotted rotors provide improved cooling and fade resistance, while the BP‑10 pads ensure reliable stopping power. The internal shoe-style parking brake keeps the rear clean and sleek, avoiding bulky external components.
Ideal for classic muscle cars, custom builds, or street/strip applications that require modern braking with integrated parking brake functionality. Requires minimum 14″ wheels for clearance. Proper pad bedding and adjustment of parking shoes are recommended for optimal performance.


