Moza MRP Rudder Pedals

Stealth-Inspired Design

Inspired by iconic stealth aircraft, the aggressive, angular design gives this unit a futuristic and commanding presence in any simulator cockpit.

Metal Frame Construction

The entire body and linkage system are constructed from high-grade metal, ensuring long-lasting durability and consistent performance under heavy use.

Adjustable Pedal Angle

Each pedal offers stepless tilt adjustment within a ±25° range to accommodate different seating positions and flying styles. The removable heel rest allows for flexible foot placement, catering to a wide variety of user preferences.

Precision Swing-Arm Design

The swing-arm mechanism provides a ±30° rotation angle, translating into 15 cm of travel for precise and responsive rudder input. Adjustable end stops allow you to fine-tune the range of motion for specific aircraft.

High-Precision Hall Sensor

Featuring solid metal construction and 20° of brake pedal travel, the system uses high-resolution sensors to deliver smooth and accurate braking control for taxiing, takeoff, and landing.

Customizable Centering Force

The rudder pedals support interchangeable spring configurations, enabling users to adjust the centering force for a softer or firmer feel depending on their flying style.

Optional Adjustable Damper

The optional adjustable damper lets you fine-tune resistance to match aircraft type, from helicopters to heavy airliners, delivering enhanced realism and immersion.

Seamless Integration with MOZA Ecosystem

Connects directly to MOZA flight bases via RJ11 for seamless setup or use standard USB for universal PC compatibility. Ideal for both standalone use and full cockpit integration.

Non-Slip Rubber Pads

Four rubber pads ensure excellent grip on most flooring surfaces.

Multi-Scenario Mounting

Featuring a profile-compatible mounting hole design, the unit can be directly installed onto aluminum profile rigs. This flexible mounting solution supports a wide range of installation scenarios, offering greater freedom and possibilities when building a personalized cockpit.