MOZA MFY Yoke
The MOZA MFY Yoke is a specialized flight simulation controller designed for high-fidelity civil aviation and heavy aircraft maneuvers. Constructed with aerospace-grade materials, this yoke provides a precise 1:1 control ratio for pilots requiring industrial-grade durability and smooth, dual-axis movement.
Key Features
- All-Metal Construction: High-strength steel and aluminum housing ensures structural rigidity and long-term reliability during high-stress flight maneuvers.
- Optical Sensor Technology: High-resolution non-contact sensors provide pinpoint accuracy without the wear and tear associated with traditional potentiometers.
- Programmable Inputs: Integrated buttons and switches allow for comprehensive mapping of flaps, trim, and landing gear functions directly on the unit.
Technical Specifications
- Compatibility: PC (Windows 10/11); Compatible with Microsoft Flight Simulator, X-Plane, and P3D.
- Material: CNC-machined Aluminum and High-Grade Steel.
- Control Axis: Dual-axis (Pitch and Roll) with adjustable tension.
- Resolution: 16-bit high-precision signal processing.
- Mounting: Desktop clamp and pre-drilled holes for cockpit rig integration.
What's Included
- MOZA MFY Yoke Unit
- USB-B to USB-A Connection Cable
- Desktop Mounting Clamps
- User Manual and Setup Guide
Product Information
Product Information
Shipping & Returns
Shipping & Returns
MOZA MFY Yoke
MOZA MFY Yoke
The MOZA MFY Yoke is a specialized flight simulation controller designed for high-fidelity civil aviation and heavy aircraft maneuvers. Constructed with aerospace-grade materials, this yoke provides a precise 1:1 control ratio for pilots requiring industrial-grade durability and smooth, dual-axis movement.
Key Features
- All-Metal Construction: High-strength steel and aluminum housing ensures structural rigidity and long-term reliability during high-stress flight maneuvers.
- Optical Sensor Technology: High-resolution non-contact sensors provide pinpoint accuracy without the wear and tear associated with traditional potentiometers.
- Programmable Inputs: Integrated buttons and switches allow for comprehensive mapping of flaps, trim, and landing gear functions directly on the unit.
Technical Specifications
- Compatibility: PC (Windows 10/11); Compatible with Microsoft Flight Simulator, X-Plane, and P3D.
- Material: CNC-machined Aluminum and High-Grade Steel.
- Control Axis: Dual-axis (Pitch and Roll) with adjustable tension.
- Resolution: 16-bit high-precision signal processing.
- Mounting: Desktop clamp and pre-drilled holes for cockpit rig integration.
What's Included
- MOZA MFY Yoke Unit
- USB-B to USB-A Connection Cable
- Desktop Mounting Clamps
- User Manual and Setup Guide
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The MOZA MFY Yoke is a specialized flight simulation controller designed for high-fidelity civil aviation and heavy aircraft maneuvers. Constructed with aerospace-grade materials, this yoke provides a precise 1:1 control ratio for pilots requiring industrial-grade durability and smooth, dual-axis movement.
Key Features
- All-Metal Construction: High-strength steel and aluminum housing ensures structural rigidity and long-term reliability during high-stress flight maneuvers.
- Optical Sensor Technology: High-resolution non-contact sensors provide pinpoint accuracy without the wear and tear associated with traditional potentiometers.
- Programmable Inputs: Integrated buttons and switches allow for comprehensive mapping of flaps, trim, and landing gear functions directly on the unit.
Technical Specifications
- Compatibility: PC (Windows 10/11); Compatible with Microsoft Flight Simulator, X-Plane, and P3D.
- Material: CNC-machined Aluminum and High-Grade Steel.
- Control Axis: Dual-axis (Pitch and Roll) with adjustable tension.
- Resolution: 16-bit high-precision signal processing.
- Mounting: Desktop clamp and pre-drilled holes for cockpit rig integration.
What's Included
- MOZA MFY Yoke Unit
- USB-B to USB-A Connection Cable
- Desktop Mounting Clamps
- User Manual and Setup Guide
