A complete civilian-flight setup needs more than a yoke. The MOZA AY210 Force Feedback Yoke Bundle provides pitch and roll control with the MFY yoke, while the MOZA MRP Rudder Pedals add a dedicated yaw axis and independent toe brakes. Here is a practical guide to mounting, connecting and configuring the two products for Windows PC flight simulation.
What each control adds to the flight deck
The AY210 base supplies up to 9 Nm of sustained roll torque and up to 210 N pitch force over 150 mm of push-pull travel. Its MFY handle adds configurable switches, hats and triggers for cockpit actions. The MRP pedals supply ±30° of rudder rotation and up to 150 mm travel, with Hall-sensor detection on rudder and toe-brake inputs. The two products work together as a more complete fixed-wing control set; the pedals are sold separately from the yoke bundle.
Mount the yoke and pedals for a usable posture
Position the yoke so that pitch movement has its full 150 mm clearance and your elbows are not locked at the forward and rear extremes. The AY210 supports cockpit and aluminium-profile mounting; check the manufacturer's drilling pattern and the rigidity of your desk or rig before using high force-feedback settings.
Place the rudder pedals where both feet can travel symmetrically without the seat rolling backward. MOZA provides non-slip pads for floor use and mounting holes for a compatible rig. Adjust the pedal position and centering springs to suit the aircraft you fly. The optional MRP Adjustable Damper adds resistance and is not part of the basic pedal set.
Connect the hardware to a Windows PC
- Install the AY210 and MFY yoke. Use the manufacturer's quick-release and power instructions, then connect the base to PC by USB.
- Connect the MRP pedals. They can run via standalone USB or through a compatible MOZA flight base using the specified RJ11 connection. Choose one supported connection path for your setup.
- Open MOZA Cockpit. Check firmware, axis movement, calibration and force-feedback profiles before launching a simulator.
- Bind flight axes in the sim. Assign roll and pitch to the yoke, rudder to the MRP yaw axis, and left/right toe brakes separately. Avoid duplicate bindings from old controllers.
- Test gradually. Start with moderate force feedback, then taxi, brake and perform gentle turns before increasing intensity.
MOZA lists support for MSFS 2020/2024, X-Plane 12 and DCS on the AY210. Specific telemetry and bindings still depend on the simulator version and profile, so use the current game and MOZA support instructions for the exact setup.
Complete the throttle and cockpit controls
A yoke-and-rudder setup still needs throttle control for many aircraft. The MOZA MTP Throttle Panel is one MOZA ecosystem option, and the MFY's configurable inputs can handle frequently used functions. Choose the controls that fit your aircraft rather than assuming a single factory button map for every simulator. For helicopter flight, remember that a cyclic and collective are separate controls; the MRP provides the yaw axis.
Which setup should you start with?
Begin with the AY210 yoke bundle when you mainly fly fixed-wing aircraft and want force feedback in the primary controls. Add the MRP Rudder Pedals for separate yaw and toe braking; then add a throttle panel and cockpit hardware to match your aircraft. Verify available space and the simulator's device support before purchase.
Frequently asked questions
Are the rudder pedals included in the AY210 bundle?
No. The MRP Rudder Pedals are a separate product.
Can the MRP pedals work without an AY210?
Yes. MOZA documents standalone USB connection for Windows PC flight simulation.
Does the AY210 bundle include the MFY handle?
Yes. The bundle combines the AY210 base and MFY yoke.
Are the pedals force-feedback devices?
No. The MRP uses mechanical centering and Hall sensors; the optional damper changes resistance. Force feedback in this setup comes from the AY210 yoke base.
Manufacturer references: AY210 bundle specifications and MRP pedal specifications.
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