Simagic Alpha Evo Ultra Wheelbase

• Delivers extreme torque for realistic steering forces and immersion
• Provides ultra-detailed feedback for better car control and consistency
• Maintains smooth and stable response even under high load
• Supports advanced setups with high performance hardware compatibility
• Gives drivers more confidence at the limit with precise feedback

This wheelbase is designed for advanced sim racers and competitive drivers who want maximum performance from their setup. It is ideal for users running high-end rigs and looking for strong and detailed force feedback across GT, formula, drifting, and endurance racing. Best suited for experienced drivers who can fully utilize high-torque systems.

The Simagic Alpha EVO Ultra Wheelbase uses a next-generation high-torque direct-drive servo motor combined with an updated control system to deliver detailed and responsive force feedback. With 28Nm of torque, it provides both strength and fine detail, allowing drivers to feel tire grip, suspension movement, and track surface changes clearly. The system is engineered to maintain smooth output even at high force levels, preventing harsh or inconsistent feedback. It integrates seamlessly with the Simagic ecosystem, supporting compatible wheels, quick releases, and accessories while offering flexible mounting options for different rig configurations. The Simagic Alpha EVO Ultra Wheelbase is built to deliver professional-level performance with reliable and consistent output.

• Maximum torque: 28 Nm
• Motor type: High-torque direct-drive servo motor
• Feedback: Ultra-low-latency force feedback system
• Mounting: Multiple mounting options for sim rigs
• Compatibility: Simagic ecosystem and PC sim racing platforms
• Use case: GT, formula, drifting, endurance racing

On track, this wheelbase delivers strong and highly detailed feedback that allows drivers to feel exactly what the car is doing at all times. The high torque output makes steering weight feel realistic, while the refined motor control ensures feedback remains smooth and predictable. Subtle changes in grip, curbs, and weight transfer are clearly communicated, helping drivers react faster and maintain consistency. It performs especially well in competitive environments where precision and feedback clarity directly impact lap times.