Gale Speed VRC Radial Brake Master Cylinder 19mm – Variable Ratio 20-18

The Gale Speed VRC19A-19B 19mm Radial Brake Master Cylinder is a high-performance forged aluminium master cylinder designed for riders looking for maximum control and precisely adjustable brake feel. Its variable 20-18mm ratio allows the lever stroke and response to be fine-tuned to suit personal preference and brake setup.

The key feature of the Gale Speed VRC series is its adjustable lever ratio. The distance between the lever pivot and master cylinder action point can be adjusted from 18 to 20mm in precise 0.25mm increments.

A lower setting provides a longer lever stroke and softer, more progressive feel, while a higher setting creates a shorter stroke with a firmer and more direct response:

• 18mm: longer stroke with a softer, more progressive feel

• 19mm: balanced intermediate setting

• 20mm: shorter stroke with a firmer, more direct feel

This allows the VRC19A-19B to be precisely configured to suit rider preference and brake setup.

Power Lever

The master cylinder comes equipped with Gale Speed's Power Lever. Its rounded shape allows the fingers to move naturally across the lever during braking, providing excellent control under both light and heavy braking.

Forged Aluminium Construction

The Gale Speed VRC is manufactured from forged aluminium, combining excellent rigidity with low weight and a premium finish. It is suitable for both performance road riding and demanding track use.

Specifications

• Part number: VRC19A-19B

• Type: Radial brake master cylinder

• Series: Gale Speed VRC

• Piston diameter: 19mm

• Adjustable ratio: 20-18mm

• Ratio adjustment: 0.25mm increments

• Material: Forged aluminium

• Lever: Standard/long Power Lever

• Lever shape: Round

• Banjo bolt thread: P1.00

• Handlebar diameter: Ø22.2mm

• Quick-release mounting system

The Gale Speed VRC19A-19B is an excellent choice for riders who prefer a direct and firm brake feel while retaining the ability to precisely adjust lever response.

*Image may differ from the actual product.