UK
US
EU
MOZA RACING AY210 Yoke Base
-
Dimensions: 243 × 403 × 216 mm
-
Housing Material: Aluminum alloy
-
Weight: 8.0 kg
-
Motors: Dual high-performance servo motors
-
Max Pitch Force: 210N
-
Sustained Roll Torque: 9 Nm
-
Travel Distance: 150mm
-
Compatible Yokes: MOZA Yoke Series
-
Power: 216W
-
Voltage: 110~220V AC → 36V DC
-
Chip Precision: 15-bit magnetic encoder
-
USB Refresh Rate: 1000Hz
-
Mounting Options: Desktop clamp (optional), suspended desktop clamp (optional), direct mounting on a simulator cockpit
-
Connection Ports: Power, USB, throttle, rudder pedals, panel, etc.
-
Emergency Stop Switch: Optional
-
Intelligent Telemetry Force Feedback: Supported (no plug-in required)
-
Native Force Feedback: Supported
- Platform Support: PC
Need help? Contact our support team.
Shipping Costs
Shipping costs are determined by the size and location of your order as follows:
- Small Items: £4.95
- Standard Shipping: £9.95
- Large Items and Orders: £29.95
Please note that offshore locations will incur an additional surcharge of £80 for large items and orders.
Digital purchases, such as GT Omega Gift Cards, have no shipping costs.
For a full breakdown of our shipping rates, please visit our Shipping Page.
Shipping Times
We use FedEx, Parcel Force, UPS, DX Delivery and Royal Mail to send all of our UK orders.
Orders have a transit time of 1-5 business days. Shipping times do vary due to location.
Returns
At GT Omega, we strive to ensure your complete satisfaction with every purchase. However, we understand that sometimes a return is necessary. We offer 14-day returns on products bought from our store.
This excludes Clearance Items which are not eligible to be returned.
For a full breakdown of our Returns policy, please visit our Returns Page.
Warranty
GT Omega stands by its products, and even though our chairs, cockpits and accessories are more robust than anything else on the market, problems can occur. Therefore GT Omega grants 18 months of manufacturer’s warranty for our chairs, simulator cockpits and desks starting from the day of delivery. All other accessories are warranted for a period of 1 year. For more information on what our warranty covers, please visit our Warranty Page.
Please note that our Clothing and Backpacks and Other Merchandise carry a 30 Day Warranty.
Asetek Simsports
For Asetek returns and refund requests, please reach out to us directly through our contact form, and our team will assist you promptly.
For products under warranty, repairs will be managed directly by Asetek. This ensures swift and efficient handling of any issues that may arise during the warranty period. Please refer to our warranty policy for detailed information on coverage and terms.
For assistance with warranty claims or repairs, please visit Asetek's dedicated support page at Asetek Support. Their team is equipped to provide expert guidance and resolve any concerns you may have regarding your product's functionality.
Q. What kind of aircraft is the AY210 Yoke Base best suited for?
A. The AY210 is ideal for general aviation and commercial aircraft simulation, such as Boeing and Airbus-style operations, thanks to its high torque, long travel, and realistic layout.
Q. Does the AY210 work with Microsoft Flight Simulator 2024 and X-Plane 12?
A. Yes, it offers native compatibility and built-in telemetry force feedback for MSFS 2024/2020, X-Plane 12, DCS, and other major sim titles—no extra plugins required.
Q. What makes the AY210 different from entry-level yokes?
A. The AY210 delivers professional-grade 9Nm torque and 210N pitch force, 150mm of travel, an all-metal body, and ultra-smooth servo motors—ideal for serious simmers and training use.
Q. Can I mount the AY210 on a regular desk?
A. Yes, it supports desktop clamps, suspended clamps, and cockpit mounts for flexible installation options.
Q. What software is used for configuration?
A. The AY210 uses MOZA Cockpit software, allowing full customization of button mapping, lighting, travel curves, and force feedback profiles.
Precision Flight. Built for Professionals.
Made with High-Strength Steel
All-Aluminum Quick-Release Mechanism
13 Customizable Switches
Precision Magnetic Encoder
Need more info?
MOZA RACING AY210 Yoke Base
-
Dimensions: 243 × 403 × 216 mm
-
Housing Material: Aluminum alloy
-
Weight: 8.0 kg
-
Motors: Dual high-performance servo motors
-
Max Pitch Force: 210N
-
Sustained Roll Torque: 9 Nm
-
Travel Distance: 150mm
-
Compatible Yokes: MOZA Yoke Series
-
Power: 216W
-
Voltage: 110~220V AC → 36V DC
-
Chip Precision: 15-bit magnetic encoder
-
USB Refresh Rate: 1000Hz
-
Mounting Options: Desktop clamp (optional), suspended desktop clamp (optional), direct mounting on a simulator cockpit
-
Connection Ports: Power, USB, throttle, rudder pedals, panel, etc.
-
Emergency Stop Switch: Optional
-
Intelligent Telemetry Force Feedback: Supported (no plug-in required)
-
Native Force Feedback: Supported
- Platform Support: PC
Need help? Contact our support team.
Shipping Costs
Shipping costs are determined by the size and location of your order as follows:
- Small Items: £4.95
- Standard Shipping: £9.95
- Large Items and Orders: £29.95
Please note that offshore locations will incur an additional surcharge of £80 for large items and orders.
Digital purchases, such as GT Omega Gift Cards, have no shipping costs.
For a full breakdown of our shipping rates, please visit our Shipping Page.
Shipping Times
We use FedEx, Parcel Force, UPS, DX Delivery and Royal Mail to send all of our UK orders.
Orders have a transit time of 1-5 business days. Shipping times do vary due to location.
Returns
At GT Omega, we strive to ensure your complete satisfaction with every purchase. However, we understand that sometimes a return is necessary. We offer 14-day returns on products bought from our store.
This excludes Clearance Items which are not eligible to be returned.
For a full breakdown of our Returns policy, please visit our Returns Page.
Warranty
GT Omega stands by its products, and even though our chairs, cockpits and accessories are more robust than anything else on the market, problems can occur. Therefore GT Omega grants 18 months of manufacturer’s warranty for our chairs, simulator cockpits and desks starting from the day of delivery. All other accessories are warranted for a period of 1 year. For more information on what our warranty covers, please visit our Warranty Page.
Please note that our Clothing and Backpacks and Other Merchandise carry a 30 Day Warranty.
Asetek Simsports
For Asetek returns and refund requests, please reach out to us directly through our contact form, and our team will assist you promptly.
For products under warranty, repairs will be managed directly by Asetek. This ensures swift and efficient handling of any issues that may arise during the warranty period. Please refer to our warranty policy for detailed information on coverage and terms.
For assistance with warranty claims or repairs, please visit Asetek's dedicated support page at Asetek Support. Their team is equipped to provide expert guidance and resolve any concerns you may have regarding your product's functionality.
Q. What kind of aircraft is the AY210 Yoke Base best suited for?
A. The AY210 is ideal for general aviation and commercial aircraft simulation, such as Boeing and Airbus-style operations, thanks to its high torque, long travel, and realistic layout.
Q. Does the AY210 work with Microsoft Flight Simulator 2024 and X-Plane 12?
A. Yes, it offers native compatibility and built-in telemetry force feedback for MSFS 2024/2020, X-Plane 12, DCS, and other major sim titles—no extra plugins required.
Q. What makes the AY210 different from entry-level yokes?
A. The AY210 delivers professional-grade 9Nm torque and 210N pitch force, 150mm of travel, an all-metal body, and ultra-smooth servo motors—ideal for serious simmers and training use.
Q. Can I mount the AY210 on a regular desk?
A. Yes, it supports desktop clamps, suspended clamps, and cockpit mounts for flexible installation options.
Q. What software is used for configuration?
A. The AY210 uses MOZA Cockpit software, allowing full customization of button mapping, lighting, travel curves, and force feedback profiles.
