Moza Racing HBP Handbrake

A durable USB handbrake built for rally, drift, and off road sim racing. Designed with adjustable resistance and high precision input for consistent control across every pull.

KEY BENEFITS

• Improves car control in rally and drift with precise braking input
• Delivers consistent feedback for better repeatability in transitions
• Adapts to your driving style with adjustable pressure and travel
• Mounts in multiple positions for flexible rig integration
• Built for long term durability under aggressive use

WHO IT’S FOR

This handbrake is designed for sim racers focused on rally, drifting, and off road driving where precise rear wheel control is critical. It is suitable for both beginners upgrading from basic setups and experienced drivers who need a reliable and adjustable input device for competitive driving.

KEY FEATURES

The Moza Racing HBP Handbrake uses a 16 bit high precision position sensor to deliver accurate and consistent input detection across the full range of motion. The construction combines high strength steel with aeroplane grade aluminum to maintain rigidity and durability over time. Adjustable pressure and travel settings allow you to fine tune the feel to match your driving preferences. The design also supports multiple mounting angles, making it easy to integrate into different rig layouts or desktop setups.

TECHNICAL SPECIFICATIONS

• Material: Aeroplane grade aluminum and high strength steel
• Sensor: 16 bit high precision position sensor
• Adjustability: Pressure, travel, and multi angle positioning
• Connection: USB to PC

REAL-WORLD USE / EXPERIENCE

In use, the handbrake delivers smooth and predictable engagement, making it easier to initiate drifts and control slides without sudden spikes in input. The adjustable resistance allows you to match the feel to your preferred driving style, whether you want a lighter pull for quick transitions or a heavier setup for more deliberate control. The Moza Racing HBP Handbrake provides consistent feedback that helps build confidence during aggressive driving scenarios.