Moza Racing mBooster Base Plate

• Achieve a rigid, stable pedal setup with no flex under heavy braking
• Install quickly with pre-drilled mounting points and included compatibility
• Support multi-pedal configurations without custom fabrication
• Maintain precise pedal alignment for consistent braking performance
• Integrate seamlessly into MOZA ecosystems without guesswork

This mounting plate is built for sim racers running MOZA mBooster Active Pedal systems with CRP or CRP2 pedals who want a clean, professional installation. It is ideal for intermediate to advanced users building a dedicated rig where pedal stability and alignment directly impact braking precision and repeatability.

The MOZA Racing mBooster Base Plate is designed as a complete mounting solution for integrating the mBooster Active Pedal with CRP and CRP2 pedal sets. It features pre-drilled mounting points for direct installation with CRP pedals, eliminating the need for modifications. The plate supports multi-unit mBooster configurations, making it flexible for advanced setups. It is also compatible with the MOZA inverted pedal bracket, allowing for different rig configurations. Built from high-strength steel, it provides long-term durability and a solid mounting foundation that secures directly to your rig using M8 bolts.

• Compatibility: MOZA mBooster Active Pedal, CRP pedals, CRP2 pedals
• Mounting design: Pre-drilled for CRP pedals, no modification required
• Configuration support: Multi-unit mBooster setups
• Bracket compatibility: Works with MOZA inverted pedal bracket
• Mounting hardware: Secures with 4 to 6 M8 bolts
• Construction: High-strength steel
• Weight: 3 kg
• Use case: Sim racing pedal mounting

In real driving conditions, this plate creates a solid foundation that keeps your pedals locked in place under high load. Braking inputs feel consistent and predictable because there is no movement or misalignment in the system. The MOZA Racing mBooster Base Plate allows you to focus entirely on modulation and control, especially in threshold braking situations where precision matters most.