Cammus C12 Direct Drive Steering Wheel — Cammus model C12, direct-drive force feedback racing wheel

The Cammus C12 Direct Drive Steering Wheel is a direct-drive force feedback racing wheel engineered for sim racing and professional driving rigs. Designed to provide precise torque response and detailed road feel, the Cammus C12 connects to PC-based simulators and compatible racing frames to deliver accurate steering input and realistic feedback for training, competitive sessions, and immersive simulation.

Advantages

The Cammus C12 delivers direct-drive force feedback that translates motor torque into fine-grained steering sensations with minimal latency. It offers stable, repeatable feedback suitable for high-intensity driving and practice, and its construction is intended to provide reliable control and durability under extended use. Compatibility with PC simulators ensures broad software support for popular racing titles and tuning options.

Suitable for

• Serious sim racers seeking precise force feedback for practice and competition
• Driving schools or teams using simulators for driver training and data analysis
• Racing rigs and cockpits that require a direct-drive wheelbase for realistic steering feel
• Users who run PC-based simulation software and need hardware-level torque response

Key specifications

• Drive type: Direct drive force feedback for direct motor torque transmission
• Platform compatibility: Designed for PC-based simulators and racing setups
• Steering input: High-resolution torque response suitable for precise control
• Build: Robust construction intended for frequent use in sim rigs
• Connection: Interface designed for integration with compatible racing frames and software

How to use

Mount the Cammus C12 to a compatible racing wheelbase or direct-drive hub according to the frame manufacturer's instructions, ensuring secure fixation and proper cable routing. Connect the wheel to a PC running supported simulation software and install any required drivers or configuration tools. Calibrate steering range and force feedback settings within the simulator to match vehicle and track conditions. Adjust force, damping, and rotation limits to achieve the desired balance between realism and comfort before use.

Usage recommendations

For consistent performance, verify firmware and driver updates regularly, and configure force feedback profiles per title to reflect vehicle types. Ensure the wheel is securely mounted and cables are clear of moving parts. Use gradual increases in torque levels when testing new setups to avoid sudden high forces.