MOZA MFY YOKE

• High-quality materials – Made from glass fibre reinforced PA66 for extreme stability
• 34 configurable inputs – Full control with individually assignable buttons
• Customisable RGB lighting – Adjust the lighting for an immersive flying experience
• Aluminium quick-release – Fast and secure swapping of the yoke
• Versatile, customisable triggers – Configurable for different control modes
• Hall effect joystick – Precise control without drift or dead zones
• Magnetic DIY panels – Customisable controls

Maximum stability and durability

The MOZA MFY Yoke is made from high-strength glass fibre reinforced PA66 and withstands even intense use. With a load capacity of up to 30 kg, it offers excellent stability for demanding flight simulations.

Completely customisable control with 34 inputs

With up to 34 configurable inputs, the MOZA MFY Yoke allows for individual adaptation to your needs. The MOZA Cockpit Software or integrated shortcut keys enable quick changes to the assignments.

RGB lighting for your personal cockpit

Create a unique atmosphere with the full RGB lighting. Adjust the colours and effects to perfectly match your setup to your preferences.

Quick-release mechanism for flexible setup

The race car-inspired quick-release system made of aluminium allows for quick attachment and detachment of the yoke. Simply push and pull to change the yoke in seconds.

Versatile triggers for maximum control

The customisable multi-function triggers can be used as axes or button assignments. Whether for trimming, rudder control, autopilot disengagement or camera navigation – you decide how to use them.

Precise control with hall effect joystick

The integrated hall effect joystick provides drift-free, high-precision control without mechanical wear. In the MOZA Cockpit Software, you can flexibly assign it as an axis or button input.

Custom design with magnetic DIY panels

The two magnetic front panels can be customised. With interchangeable, printable DIY designs, you can adapt the yoke to your preferred controls.