Moza MFY Yoke (Pre-Orders! Shipping Starts Mid-to-Late July)

Description

Moza MFY Yoke is designed for pilots who demand versatility and control in their flight sim experience. With a fiberglass-reinforced PA66 build, it withstands up to 30kg of force while maintaining structural integrity. The aluminum alloy quick-release mechanism makes swapping setups seamless, mimicking motorsport-style engineering. Packed with 34 configurable inputs, a Hall-effect joystick, and customizable RGB lighting, this yoke delivers a cockpit-grade interface that adapts to a wide range of flight scenarios, from commercial aviation to aerobatic maneuvers.

What Sets the Moza MFY Yoke apart?

  • Rugged Yet Lightweight Construction Made from fiberglass-reinforced PA66, this yoke achieves an ideal balance of durability and weight. It can handle up to 30kg of force without flexing, giving pilots a solid grip without excessive bulk. Unlike heavier metal yokes, this one offers long-term resilience without adding strain to mounting systems.
  • Quick-Release System for Fast Swaps Inspired by race car technology, the aluminum quick-release system makes switching between yokes effortless. Whether transitioning from a GA aircraft to a fighter jet setup, the push-and-pull locking mechanism ensures minimal downtime between flights.
  • Hall Effect Joystick for Extra Control Integrated directly into the yoke, the Hall effect joystick provides additional axis control without drift or mechanical wear. It functions as either an axis or button signal, making it perfect for trim adjustments, rudder input, or even camera movement in the cockpit.
  • Extensive Customization Options Between 34 configurable inputs, customizable RGB lighting, and magnetic DIY panels, the MFY Yoke adapts to individual pilot preferences. Whether fine-tuning button assignments or tweaking cockpit aesthetics, this system provides an unparalleled level of user control.

Pros and Cons

Pros Cons
Lightweight yet durable fiberglass-reinforced construction Does not include a dedicated mounting system
Quick-release system for fast yoke swaps Limited compatibility with non-Moza ecosystems
Hall effect joystick provides additional control inputs
34 configurable inputs for extensive customization

Specifications

Specification Value
Dimensions 142.5 × 202 × 313 mm
Case Material Composite materials
Quick Release Material Aluminum alloy
Button Cap Material ABS plastic
Weight 1.3 kg
8-Way Switches 2
Hall Effect Joysticks 2
LB/RB Buttons 2
Triggers 2
Total Signal Outputs Supports up to 34
Included Accessories User manual

Moza MFY Yoke Compatibility

Compatible With Not Compatible With
MOZA Cockpit software Console platforms
MOZA ecosystem (yoke bases, throttles, pedals) Third-party yoke bases
PC-based flight simulators MacOS

Designed for PC flight simulators, the MFY Yoke fully integrates with MOZA Cockpit software, providing extensive customization options for button assignments, trigger configurations, and RGB lighting effects. It is designed to function with MOZA yoke bases, throttles, and pedals, ensuring seamless operation within the brand’s ecosystem. However, it does not support third-party yoke bases or MacOS.

PC-only compatibility ensures native support for Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12, where all configurable inputs are recognized. However, console users will need to look elsewhere, as this yoke does not support Xbox or PlayStation systems.

Product form

2 in stock Shipped in 1-3 business days.

€159,00 Incl. VAT

    • Warehouses in NL / FR / BG
    • Official Reseller of Major Brands
    • Expert Customer Service
    • For orders outside the EU, VAT and taxes are not collected! Please refer to our shipping page for more information.

    Description

    Moza MFY Yoke is designed for pilots who demand versatility and control in their flight sim experience. With a fiberglass-reinforced PA66 build, it withstands up to 30kg of force while maintaining structural integrity. The aluminum alloy quick-release mechanism makes swapping setups seamless, mimicking motorsport-style engineering. Packed with 34 configurable inputs, a Hall-effect joystick, and customizable RGB lighting, this yoke delivers a cockpit-grade interface that adapts to a wide range of flight scenarios, from commercial aviation to aerobatic maneuvers.

    What Sets the Moza MFY Yoke apart?

    • Rugged Yet Lightweight Construction Made from fiberglass-reinforced PA66, this yoke achieves an ideal balance of durability and weight. It can handle up to 30kg of force without flexing, giving pilots a solid grip without excessive bulk. Unlike heavier metal yokes, this one offers long-term resilience without adding strain to mounting systems.
    • Quick-Release System for Fast Swaps Inspired by race car technology, the aluminum quick-release system makes switching between yokes effortless. Whether transitioning from a GA aircraft to a fighter jet setup, the push-and-pull locking mechanism ensures minimal downtime between flights.
    • Hall Effect Joystick for Extra Control Integrated directly into the yoke, the Hall effect joystick provides additional axis control without drift or mechanical wear. It functions as either an axis or button signal, making it perfect for trim adjustments, rudder input, or even camera movement in the cockpit.
    • Extensive Customization Options Between 34 configurable inputs, customizable RGB lighting, and magnetic DIY panels, the MFY Yoke adapts to individual pilot preferences. Whether fine-tuning button assignments or tweaking cockpit aesthetics, this system provides an unparalleled level of user control.

    Pros and Cons

    Pros Cons
    Lightweight yet durable fiberglass-reinforced construction Does not include a dedicated mounting system
    Quick-release system for fast yoke swaps Limited compatibility with non-Moza ecosystems
    Hall effect joystick provides additional control inputs
    34 configurable inputs for extensive customization

    Specifications

    Specification Value
    Dimensions 142.5 × 202 × 313 mm
    Case Material Composite materials
    Quick Release Material Aluminum alloy
    Button Cap Material ABS plastic
    Weight 1.3 kg
    8-Way Switches 2
    Hall Effect Joysticks 2
    LB/RB Buttons 2
    Triggers 2
    Total Signal Outputs Supports up to 34
    Included Accessories User manual

    Moza MFY Yoke Compatibility

    Compatible With Not Compatible With
    MOZA Cockpit software Console platforms
    MOZA ecosystem (yoke bases, throttles, pedals) Third-party yoke bases
    PC-based flight simulators MacOS

    Designed for PC flight simulators, the MFY Yoke fully integrates with MOZA Cockpit software, providing extensive customization options for button assignments, trigger configurations, and RGB lighting effects. It is designed to function with MOZA yoke bases, throttles, and pedals, ensuring seamless operation within the brand’s ecosystem. However, it does not support third-party yoke bases or MacOS.

    PC-only compatibility ensures native support for Microsoft Flight Simulator 2020, Microsoft Flight Simulator 2024, and X-Plane 12, where all configurable inputs are recognized. However, console users will need to look elsewhere, as this yoke does not support Xbox or PlayStation systems.

    Frequently Asked Questions

    Is the Moza MFY Yoke's quick-release system actually useful or just a marketing gimmick?

    It's genuinely useful for versatility. The aluminum quick-release system makes switching between yokes effortless, whether transitioning from a GA aircraft to a fighter jet setup. The push-and-pull locking mechanism ensures minimal downtime between flights. What makes yokes with quick-release special is their "unique connection method between the base and yoke handle, allowing the handle to be easily swapped with additional aircraft yoke types" - this modularity makes it a more future-proof investment as you can adapt to different aircraft types.

    What's the benefit of the Hall effect joystick in the Moza MFY Yoke: is it worth having?

    Yes, it eliminates drift and adds precision control. Hall effect sensors use "permanent magnets and an electrical conductor that never physically touch" so "the sensor should not wear out at the same rate compared to potentiometer sensors". This means no stick drift over time, plus you get additional axis control for trim adjustments, rudder input, or camera movement. Hall effect joysticks "will always return to its original position when released" making them "ideal for use in applications where accuracy is critical, such as gaming".

    Are 34 configurable inputs on the Moza MFY Yoke overkill, or do you actually use them all?

    You'll use more than you think, especially in complex aircraft. Modern airliners and complex GA aircraft have dozens of systems that benefit from dedicated physical controls. The Moza MFY Yoke "supports up to 34 inputs, including axis-to-button mapping" and you can "easily switch mapping modes using MOZA Cockpit software". This beats memorizing keyboard shortcuts and provides immediate access to landing gear, lights, autopilot functions, radios, and engine controls during critical flight phases.

    How does the Moza MFY Yoke's fiberglass construction compare to metal alternatives?

    It offers the best of both worlds: strength without excessive weight. The fiberglass-reinforced PA66 can withstand up to 30kg of force while weighing only 1.3kg. Unlike heavier metal yokes, this provides long-term resilience without adding strain to mounting systems or fatigue during extended flight sessions. You get commercial-grade durability in a lightweight package that won't stress your desk setup.

    Does the Moza MFY Yoke work with other flight sim hardware, or am I locked into Moza's ecosystem?

    You're primarily locked into the Moza ecosystem. The MFY Yoke is designed to function with MOZA yoke bases, throttles, and pedals for seamless operation. It does not support third-party yoke bases or MacOS. However, it does integrate with major PC flight simulators like Microsoft Flight Simulator 2020/2024 and X-Plane 12, where all configurable inputs are recognized. The trade-off is optimized performance within Moza's system versus universal compatibility.

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