Fanatec Handbrake Mount for Sim Motion Aluminum Chassis

The Sim Motion Fanatec Handbrake Mount Aluminum Chassis Mount is a dedicated mounting solution designed to securely attach a Fanatec handbrake to Sim Motion aluminum profile rigs.

KEY BENEFITS

• Provides a stable mounting position for consistent handbrake input
• Supports flexible placement on either side of the chassis
• Improves driving ergonomics with adjustable positioning options
• Eliminates flex and movement during aggressive use
• Simplifies installation with included mounting hardware

WHO IT’S FOR

This mount is built for sim racers using Fanatec handbrakes on Sim Motion aluminum chassis setups. It is ideal for drivers who want a clean and secure mounting solution without custom fabrication. Suitable for drifting, rally, and any driving style where reliable handbrake control is essential.

KEY FEATURES

The Sim Motion Fanatec Handbrake Mount Aluminum Chassis Mount is designed to integrate directly with Sim Motion 80mm and 160mm aluminum profile chassis. It can be mounted on either side of the rig or attached to the vertical uprights for additional positioning flexibility. The structure ensures a rigid connection that keeps the handbrake stable under heavy use. Included mounting hardware allows for straightforward installation without the need for additional components.

TECHNICAL SPECIFICATIONS

• Product type: Handbrake mount
• Compatibility: Fanatec handbrake
• Chassis compatibility: Sim Motion 80mm and 160mm aluminum profile rigs
• Mounting positions: Left side, right side, or vertical uprights
• Construction: Metal bracket
• Included: Mounting hardware

REAL-WORLD USE / EXPERIENCE

In real use, the Sim Motion Fanatec Handbrake Mount Aluminum Chassis Mount keeps the handbrake firmly in place, allowing for consistent and confident inputs during drifting or rally driving. The ability to position the mount on either side or on the uprights helps drivers fine tune ergonomics for their specific setup. Once installed, the rigid structure removes unwanted movement, improving control and making repeated handbrake pulls feel predictable and reliable.