MOZA MRP Adjustable Damper
The MOZA MRP Adjustable Damper is a precision-engineered flight simulation accessory designed to provide customizable resistance for rudder pedal systems. This hardware allows pilots to fine-tune the mechanical feel of their setup to match specific aircraft profiles, ranging from the delicate touch required for helicopters to the heavy resistance of commercial airliners.
Key Features
- Adjustable Resistance: Enables pilots to modify the pedal feel to simulate the hydraulic or mechanical feedback of various aircraft types.
- Enhanced Realism: Delivers a more authentic flight experience by smoothing out pedal travel and increasing control precision.
- Seamless Integration: Designed specifically for the MOZA Flight ecosystem to ensure perfect fitment and long-term reliability.
Technical Specifications
- Compatibility: MOZA MRP Rudder Pedals and MOZA Flight Ecosystem.
- Material: High-grade industrial materials designed for simulation durability.
- Device Type: Adjustable hydraulic-style damper for rudder pedals.
- Adjustability: Variable damping levels to match aircraft specifications.
- Mounting: Proprietary mounting interface for MRP pedal series.
What's Included
- MOZA MRP Adjustable Damper unit.
- Installation hardware and mounting components.
Product Information
Product Information
Shipping & Returns
Shipping & Returns




MOZA MRP Adjustable Damper
MOZA MRP Adjustable Damper
The MOZA MRP Adjustable Damper is a precision-engineered flight simulation accessory designed to provide customizable resistance for rudder pedal systems. This hardware allows pilots to fine-tune the mechanical feel of their setup to match specific aircraft profiles, ranging from the delicate touch required for helicopters to the heavy resistance of commercial airliners.
Key Features
- Adjustable Resistance: Enables pilots to modify the pedal feel to simulate the hydraulic or mechanical feedback of various aircraft types.
- Enhanced Realism: Delivers a more authentic flight experience by smoothing out pedal travel and increasing control precision.
- Seamless Integration: Designed specifically for the MOZA Flight ecosystem to ensure perfect fitment and long-term reliability.
Technical Specifications
- Compatibility: MOZA MRP Rudder Pedals and MOZA Flight Ecosystem.
- Material: High-grade industrial materials designed for simulation durability.
- Device Type: Adjustable hydraulic-style damper for rudder pedals.
- Adjustability: Variable damping levels to match aircraft specifications.
- Mounting: Proprietary mounting interface for MRP pedal series.
What's Included
- MOZA MRP Adjustable Damper unit.
- Installation hardware and mounting components.
Original: $78.85
-65%$78.85
$27.60Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The MOZA MRP Adjustable Damper is a precision-engineered flight simulation accessory designed to provide customizable resistance for rudder pedal systems. This hardware allows pilots to fine-tune the mechanical feel of their setup to match specific aircraft profiles, ranging from the delicate touch required for helicopters to the heavy resistance of commercial airliners.
Key Features
- Adjustable Resistance: Enables pilots to modify the pedal feel to simulate the hydraulic or mechanical feedback of various aircraft types.
- Enhanced Realism: Delivers a more authentic flight experience by smoothing out pedal travel and increasing control precision.
- Seamless Integration: Designed specifically for the MOZA Flight ecosystem to ensure perfect fitment and long-term reliability.
Technical Specifications
- Compatibility: MOZA MRP Rudder Pedals and MOZA Flight Ecosystem.
- Material: High-grade industrial materials designed for simulation durability.
- Device Type: Adjustable hydraulic-style damper for rudder pedals.
- Adjustability: Variable damping levels to match aircraft specifications.
- Mounting: Proprietary mounting interface for MRP pedal series.
What's Included
- MOZA MRP Adjustable Damper unit.
- Installation hardware and mounting components.























