2:1 Brake Adj. Bolt-On 30in Cable

The 2:1 Brake Adjustment Bolt-On 30in Cable is a precision mechanical control solution engineered for vehicles requiring proportional brake bias adjustment during track days, drag racing, or high-performance driving. This cable-actuated system allows drivers to fine-tune front-to-rear brake pressure distribution without breaking into the hydraulic system, making it an essential upgrade for serious enthusiasts running independent brake circuits or bias-adjustable master cylinders. The 2:1 mechanical advantage ratio ensures responsive, linear adjustment across the full cable travel, giving you repeatable brake balance tuning during competition or street performance driving.

Built with a robust bolt-on bracket design, this 30-inch cable assembly integrates cleanly into existing brake bias setups without permanent modification to your vehicle's frame or firewall. The mechanical advantage of the 2:1 ratio means light cockpit input translates to precise proportional adjustments at the bias block or proportioning valve, reducing fatigue during extended driving sessions while maintaining repeatable settings lap after lap. The 30-inch length accommodates both mid-engine and rear-engine layouts, as well as custom installations where the bias adjuster mounts remotely from the driver position. Quality construction ensures smooth, friction-free cable actuation and long-term reliability under thermal cycling and vibration typical of motorsport environments.

This brake adjustment cable is ideal for bracket racers, road course competitors, and dedicated track car builders who demand real-time brake balance control without costly hydraulic modifications. Installation requires mounting the bracket to a solid frame location and routing the cable to your existing bias adjuster or proportioning valve; confirm your vehicle's brake bias hardware is compatible with external cable actuation before purchase. The bolt-on design integrates with single-circuit and dual-circuit brake systems, making it suitable for vintage race cars, modern performance builds, and purpose-built competition vehicles where driver input on brake distribution is critical to lap times and safety.