Wilwood Hand Cutting Brake Assembly (Floor Mount)
SKU: WIL340-14744
The Wilwood Hand Cutting Brake Assembly is engineered for precise steering-brake control in off-road competition vehicles, including rock crawlers, desert racers, and dirt-track builds. This dual-cylinder inline cutting brake uses a single inlet, twin outlet flow-through master cylinder to simplify plumbing while delivering fast, controllable braking to individual rear calipers.
Built with a weight-saving, all-aluminum construction, the assembly features a high-leverage forged lever arm and an ergonomic full-length hand grip for confident operation. Twin 3/4 bore cylinders, combined with an 11.0:1 leverage ratio, generate instant high pressure with minimal operator effort—ideal for quick corrections and controlled line selection.
Includes:
- (1) Wilwood Dual Cylinder Inline Hand Cutting Brake Assembly
- Integrated flow-through master cylinder (single inlet, twin outlets)
- Forged lever arm with ergonomic hand grip
- Integral mounting lugs
Specifications
- Manufacturer: Wilwood
- Assembly Type: Hand Cutting Brake (Inline, Dual Cylinder)
- Material: Aluminum
- Finish: Black E-Coat
- Mount Location: Floor
- Mount Facing: Vertical
- Balance Bar: No
- Lever Ratio: 11.0:1
- Lever Length: 14.51 in
- Mount Length: 16.48 in
- Cylinder Bore Size: Twin 3/4 bores
- Plumbing: Single inlet / Twin outlet (flow-through)
Fitment
- Designed for off-road competition vehicles
- Compatible with existing rear brake calipers via inline plumbing
- Floor-mounted, vertical orientation
- Ideal for rock crawling, desert racing, dirt track, and custom off-road builds
- Verify brake line routing and mounting location prior to installation.
Tech Insight
Inline cutting brakes provide steering control without the complexity of dual independent levers. Wilwood’s dual 3/4 bore design and high 11.0:1 leverage ratio deliver rapid pressure rise with minimal hand effort—critical when traction changes instantly. The flow-through master simplifies plumbing while maintaining consistent feel, and the forged lever resists flex under repeated high-load use.