The MOZA MRP Rudder Pedals bring realistic control and top-notch build quality to your flight simulation setup. Made from robust aluminum, they offer highly precise control with extensive customization options.
Solid Full-Metal Construction
The entire pedal system – including the lever mechanism and pedal plates – is made from high-quality aluminum. This makes the MOZA MRP Rudder Pedals not only extremely durable but also resistant to wear during long-term use. With a total weight of 8kg and four non-slip rubber pads, the unit stays firmly in place – without slipping, even during intense inputs.
Custom Ergonomics with Adjustable Pedal AngleThe pedals can be continuously adjusted in angle and feature removable heel rests – allowing you to flexibly adapt your foot position to your setup. Whether sitting upright in a GA cockpit or reclined in a jet fighter, the MRP Pedals help you find the ideal ergonomics for every flight attitude.
Precise Swing-Arm System with Adjustable StopsThanks to the well-thought-out swing-arm design, the pedals offer ±30° rotation with 15cm pedal travel. This ensures sensitive rudder feedback and exact control. The end stops can be individually configured – perfect for different aircraft models and types in your simulation.
Responsive Braking and Adjustable ResistanceThe braking functions are based on sturdy metal pedals with 25° pedal travel and high-resolution sensors – perfect for controlled taxiing, pinpoint takeoffs, and safe landings. Additionally, the return spring resistance can be adjusted, allowing you to tailor the pressure curve to your personal flying feel.
Features- Completely made of aluminum – for maximum durability and stability during intensive use
- Continuously adjustable pedal angle – adapts to any seating position and flying style
- Precise swing-arm with 15cm travel – for exact rudder movements and responsive feedback
- Large pedal travel and high-resolution sensors – for sensitive braking during taxi, takeoff, and landing
- Adjustable return spring force – soft or firm depending on aircraft type and preference