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Description
MOZA AY90 Force Feedback Yoke Base
The MOZA AY90 is a compact, lightweight force feedback yoke base designed as the accessible entry point into MOZA Racing's flight simulation ecosystem. It delivers 4.2Nm of sustained roll torque and 90N of push-pull pitch force through a purpose-built servo motor, replacing the spring mechanism used in conventional yokes with a system that actively communicates what the aircraft is doing through your hands. At 180° of full roll rotation across ±90° from centre, it covers the full control range of real commercial and general aviation yoke geometry in a package sized for desk and aluminium profile rail mounting without the footprint of the flagship AY210.
The fundamental difference between the AY90 and a spring-mechanism yoke is not torque output — it is motor presence. A spring-based yoke always returns to centre regardless of what the aircraft is doing. The AY90's servo motor actively positions the yoke to reflect flight conditions: aerodynamic forces build through the controls at higher airspeeds, the yoke physically moves as the aircraft trims in autopilot, stall onset produces vibration through the column, and the resistance changes as you manoeuvre between light and heavy load conditions. These are the feedback signals that define what force feedback actually adds to flight simulation, and the AY90 delivers all of them at a price point accessible to pilots stepping up from their first spring or belt-driven yoke.
Third-party accessory expansion support means the AY90 is not limited to a single yoke handle, and aluminium alloy quick release allows handle swaps without tools. Custom RGB lighting and full MOZA Cockpit software integration complete a package that brings genuine flight sim hardware capability to a compact, desk-compatible form factor. For MOZA ecosystem users already running a throttle, rudder pedals, or multi-function stalks, the AY90 connects alongside existing hardware through the same software interface.
Key features
- 4.2Nm sustained roll torque for realistic control force throughout the full ±90° roll rotation
- 90N push-pull pitch force delivering tangible aerodynamic feedback through every phase of flight
- 180° full roll rotation (±90° from centre) matching real commercial and general aviation yoke geometry
- True motor-driven force feedback — autopilot trim physically moves the yoke, stall onset vibrates through the column, and aerodynamic loads build with airspeed
- High-precision encoder for accurate, smooth position sensing across the full roll and pitch travel range
- Custom RGB lighting with telemetry synchronisation for a configurable, immersive cockpit atmosphere
- Aluminium alloy quick-release for fast, tool-free yoke handle swaps
- Third-party accessory expansion for compatibility with yoke handles beyond the standard MOZA yoke range
- Flexible mounting across desktop clamp and aluminium profile rail configurations
- Full MOZA Cockpit software integration for force feedback curves, spring tuning, damping, inertia, and per-title profiles
How the MOZA AY90 compares to spring and belt-driven flight sim yokes
Spring-mechanism yokes — the Honeycomb Alpha, Logitech G Pro Flight, and Thrustmaster TCA Captain — use a spring to return the yoke to centre and provide resistance to movement. The spring pushes back with the same force regardless of what the aircraft is doing. At 80 knots in a Cessna, the spring feels the same as at 250 knots in a 737. That is not how control forces work in real aircraft, where aerodynamic load increases significantly with airspeed, and where the controls communicate trim changes, turbulence, and approaching stall through the column long before the flight instruments confirm anything. A spring cannot reproduce any of this because it has no motor to actively position the yoke or change its resistance in response to flight data.
The AY90's servo motor changes all of that. The moment force feedback is introduced to a flight sim yoke, the entire experience reframes. The controls feel heavier as the aircraft accelerates, lighter in coordinated low-speed turns, and noticeably different at the edge of the flight envelope. Autopilot trim moves the yoke physically as the aircraft pitches up or down in cruise — the same behaviour found in real commercial yokes mechanically linked to control surfaces. Stall buffet arrives through the column before the aircraft's attitude starts to break away. Compared to the MOZA AY210, the AY90 delivers less torque (4.2 vs 9Nm) and less pitch force (90 vs 210N) in a lighter, more compact body — the natural starting point before stepping up to the flagship.
4.2Nm roll torque and 90N pitch force: what the numbers mean in practice
Force feedback torque in a yoke translates to how physically convincing the flight controls feel at different flight conditions. At 4.2Nm, the AY90 produces enough resistance to make the difference between light and heavy aerodynamic loading clearly perceptible through the roll axis — a light trainer at low speed versus the same aircraft at cruise, or a loaded airliner versus an empty one at the same speed. The 90N of push-pull pitch force applies the same principle to the fore-aft axis, creating a control column that pushes back meaningfully during approach, reacts to G-loading in turns, and communicates trim offset with a physical forward or aft pull rather than an abstract on-screen instrument reading.
These outputs are configurable through MOZA Cockpit. Force feedback intensity, spring weight, damping, inertia, and the relationship between airspeed and control force are all adjustable per-aircraft or per-title, with a preset library covering common aircraft types from light GA to commercial airliners. Sim pilots who prefer a lighter spring feel for general aviation and a heavier loaded feel for commercial operations can save separate profiles and switch between them without reconfiguring from scratch.
Compact and lightweight for desk and profile rail setups
The AY90 is designed for sim pilots who need full force feedback yoke capability without the physical footprint of the AY210's 8kg, 243 x 403mm chassis. The lightweight construction and compact dimensions make it practical for desk-clamped setups where space is limited, and the flexible mounting system covers both standard desktop clamping and aluminium profile rail cockpit installations without adapter hardware or compromises in rigidity.
The aluminium alloy quick-release mechanism allows the yoke handle to be attached and removed without tools, making it practical to swap yoke configurations between different aircraft types or to remove the yoke when the desk is needed for other use. Third-party accessory expansion broadens the compatible yoke handle options, giving the AY90 a longer useful life as the market for force feedback-compatible yoke handles continues to grow.
MOZA Cockpit software and ecosystem integration
The AY90 connects to your PC via USB and is fully managed through MOZA Cockpit, the same software application used across MOZA's flight simulation hardware range. All force feedback parameters, RGB lighting, axis curves, dead zones, and button mapping for any connected yoke handle run through a single interface. Native telemetry force feedback is supported in Microsoft Flight Simulator 2020 and 2024, X-Plane 12, and DCS World without requiring third-party plugins. For titles not on the native support list, the AY90 operates as a standard USB HID device and can be configured through in-game axis and button mapping.
The AY90 connects alongside other MOZA flight peripherals — throttle units, rudder pedal sets, multi-function switch panels — through the same MOZA Cockpit instance. Connection ports for throttle, rudder pedals, and panel accessories reduce the USB load on your PC for multi-peripheral setups. Firmware updates are delivered through MOZA Cockpit automatically without manual file management.
Our expert take
The AY90 is the right upgrade for anyone who's been flying on a spring-based yoke and wants to actually feel the aircraft through their hands. The difference a motor makes over a spring is immediate — you feel more sensations through the controls, from stall buffet and autopilot trim moving the column to aerodynamic load building with airspeed. If you're on a Honeycomb Alpha or similar and ready for the next step, the AY90 is the entry point into force feedback that fundamentally changes how flight sim feels.
Tested and recommended by the team at Gamer Gear Direct's Melbourne sim racing showroom.
Frequently Asked Questions
What yoke handle is compatible with the AY90?
The AY90 uses an aluminium alloy quick-release and supports third-party accessory expansion alongside MOZA's own yoke range. Check with the Gamer Gear Direct team for confirmed compatible handle options.
How does the AY90 differ from the MOZA AY210?
The AY210 delivers 9Nm of sustained roll torque and 210N of pitch force in a dual-motor chassis weighing 8kg. The AY90 delivers 4.2Nm and 90N in a lighter, more compact body designed for desk and profile rail setups where the AY210's full-size chassis is impractical. Both use force feedback servo motors and MOZA Cockpit software. The AY90 is the entry point; the AY210 is the step up for pilots who want maximum control force fidelity and the longest pitch travel range.
What does force feedback actually add to a flight sim yoke?
A spring-mechanism yoke always returns to centre with the same force regardless of flight conditions. A force feedback yoke actively changes its resistance and position in response to what the aircraft is doing. On the AY90, the controls feel heavier at higher airspeeds, lighter during coordinated low-speed turns, and noticeably different approaching the stall. Autopilot trim physically moves the yoke forward or aft in cruise. Turbulence produces real vibration through the column. These are the cues that make flight simulation feel connected to the physics on screen rather than abstracted from them.
Does the autopilot physically move the yoke on the AY90?
Yes. When autopilot is engaged and the aircraft trims, the AY90's servo motor repositions the yoke to reflect the trim change. This is the most significant immersive difference between a force feedback yoke and a spring mechanism, which stays centred regardless of autopilot trim position.
What flight simulation titles are compatible?
Native telemetry force feedback is supported in Microsoft Flight Simulator 2020 and 2024, X-Plane 12, and DCS World without plugins. The AY90 also functions as a standard USB HID device in any other PC simulation title that accepts joystick input, configurable through in-game axis and button mapping.
How does the AY90 compare to the Honeycomb Alpha or Logitech G Pro Flight Yoke?
The Honeycomb Alpha and Logitech G Pro Flight both use spring mechanisms — they provide return-to-centre force but cannot change resistance in response to flight data, move with autopilot trim, or deliver stall buffet. The AY90 uses a servo motor that does all of these things. The difference is not a refinement in the same category of hardware — it is a fundamentally different type of yoke.
What mounting options are available?
The AY90 supports desktop clamp mounting and aluminium profile rail cockpit installation, covering both desk setups and full cockpit builds.
Does the AY90 work with MOZA throttle units and rudder pedals?
Yes. The AY90 connects alongside MOZA throttle units, rudder pedals, and accessory panels through MOZA Cockpit. Peripheral connection ports on the base reduce the number of separate USB connections required from your PC for a full multi-device setup.
Specifications
|
Specification |
Detail |
|
Type |
Force feedback yoke base |
|
Sustained Roll Torque |
4.2Nm |
|
Max Pitch Force |
90N (push-pull) |
|
Roll Rotation |
180° (±90° from centre) |
|
Encoder |
High-precision magnetic encoder |
|
Force Feedback |
Motor-driven (servo) |
|
RGB Lighting |
Supported (custom, telemetry sync) |
|
Quick Release |
Aluminium alloy, tool-free |
|
Third-Party Expansion |
Supported |
|
Mounting Options |
Desktop clamp, aluminium profile rail |
|
Software |
MOZA Cockpit |
|
Native FFB Titles |
MSFS 2020/2024, X-Plane 12, DCS World |
|
USB Refresh Rate |
1000Hz |
|
Platform |
PC |
|
Colour |
Black |
|
Warranty |
24 months |
What's in the Box?
MOZA AY90 Force Feedback Yoke Base x 1
Power supply
USB cable
Mounting hardware
Quick start guide and warranty card
MOZA stickers
Reviews
Warranty
All MOZA Racing products are backed by a 24-month limited manufacturer warranty, supported by Gamer Gear Direct's dedicated Australian team. This warranty covers manufacturing defects and ensures every product is 100% genuine, sourced directly from MOZA's official distributors. If you need assistance, our local simulation experts are only a call or email away.
Shipping
Orders are typically processed within 1–2 business days and shipped via trusted Australian courier partners.
Estimated delivery times after dispatch:
- VIC: 2–4 business days
- NSW: 2–4 business days
- ACT: 3–5 business days
- QLD: 2–4 business days
- SA: 2–4 business days
- WA: 4–10 business days
- NT: 4–10 business days
- TAS: 4–10 business days
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All Gamer Gear Direct products are backed by Australian Consumer Law and include a minimum 12-month Australian warranty. If there’s an issue with your product, our team is here to help and will work to make it right.
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We ship directly from Australian warehouses, with most orders leaving within 1–2 business days.
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You won't be left dealing with overseas support channels.
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Our sim & gaming specialists are here to make things easy. With Gamer Gear Direct you’ll get:
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The brands we stock are trusted at the highest level of performance across motorsport, golf, and aviation. This includes elite professionals such as Oscar Piastri, Lando Norris, Max Verstappen, and Bryson DeChambeau.
The same simulation technologies are used for training, preparation, and skill development at the top level — giving you access to pro-grade equipment built for accuracy, realism, and reliability.