Hydraulic Drift Handbrake — Lightweight Aluminum, Adjustable, Universal Key benefits Precise braking control for motorsport and modified vehicles: a hydraulic drift handbrake delivers immediate, consistent rear-wheel braking for controlled slides, tight turns, and aggressive driving maneuvers. Customizable feel and travel: adjustable preload and multiple pin positions let you set lever throw and engagement to match driving style and vehicle setup. Lightweight and easy to operate: the aluminium construction keeps weight down while providing a simple, ergonomic lever action for quick, reliable use. Main features Function: hydraulic handbrake specifically designed for vehicle modification and drifting applications. Material: lightweight aluminium construction for reduced weight and durable operation. Adjustment: adjustable preload and selectable pin positions to fine-tune lever position, travel, and engagement. Usability: simple, convenient operation suitable for frequent use in motorsport settings. Compatibility: universal design intended for installation on modified vehicles and racing builds. Practical use scenarios Drift events and practice: lock the rear brakes quickly and predictably to initiate and hold controlled drifts. Rally or autocross: use for tight hairpins and quick direction changes where rear braking control improves cornering speed. Track-focused builds and race-prep: integrate into modified braking systems to provide an independent, adjustable lever for competitive driving maneuvers. Installation and compatibility notes Designed as an aftermarket accessory for vehicle modification and racing applications. Universal mounting and adjustable settings accommodate a wide range of vehicle configurations; professional installation recommended if integrating with the vehicle hydraulic system. Why choose this handbrake Purpose-built for drifting and modified vehicles, combining hydraulic performance with a lightweight aluminium lever and versatile adjustment options to match different driving needs without compromising usability.