Description

MOZA AB9 FFB BASE

Experience the pinnacle of flight simulation with the MOZA AB9 Base, engineered for unmatched realism and precision.

Equipped with dual high-performance servo motors delivering up to 12Nm of peak torque, the AB9 replicates the dynamic feedback of real aircraft, including taxiing, takeoff, landing, and turbulence.

Featuring MOZA’s proprietary MCLS Force Feedback Technology and a high-resolution encoder, it delivers ultra-smooth, responsive control for an immersive flight experience.

Constructed from aviation-grade aluminum alloy with a quiet, fanless design, the AB9 ensures long-lasting durability and seamless operation.

The intuitive MOZA Cockpit Control Software allows full customization of force feedback intensity, response curves, and user profiles.

Compatible with leading flight simulation games and third-party flight sticks, the AB9 Base offers versatility, precision, and professional-grade performance for both enthusiasts and serious flight trainers.

Product Features

Product Features

What's Included

What’s Included

• MOZA AB9 FFB Base × 1
  
  

Power cable, data cable, and mounting hardware supplied as required by MOZA; flight stick, clamp, and mount adapter sold separately.

Product Specifications

Product Specifications

Core Specs

Power & Connectivity

Dimensions

Getting Started Guide

Getting Started Guide

1. Unbox and inspect the base

    

   • Remove the AB9 base from the box and check the housing, ports, and shaft for any visible damage.

   • Keep all packaging until you’ve confirmed everything works.

    

2. Decide on your mounting method

    

   • Choose between desktop clamp mounting or rig (cockpit) mounting, depending on your setup and accessories.

    

3. Attach your flight stick (without power)

    

   • With the base powered off, attach a compatible MOZA flightstick (e.g., MH16) or third-party grip via the appropriate adapter.

   • Make sure the connector and mounting bolts are firmly seated.

    

4. Position the base in your cockpit

    

   • Place the base where it’s comfortable relative to your seat, pedals, and display—usually centered and slightly forward of your lap.

   • Ensure you have enough clearance for the full ±20° travel.

    

5. Secure the base

    

   • Using either a desk clamp or cockpit mount, loosely secure the base, test your reach, then fully tighten the hardware so the base cannot shift under full force.

    

6. Connect power and USB

    

   • Connect the power cable to the base and a suitable outlet (110–220 V AC).

   • Connect the data/USB cable from the base to your PC.

    

7. Install MOZA Cockpit Control Software

    

   • Download and install MOZA Cockpit from MOZA’s website or the link on the product page.

   • Launch the software and confirm the AB9 is recognized.

    

8. Update firmware (if prompted)

    

   • In MOZA Cockpit, check for firmware updates for the base.

   • Apply updates following the on-screen instructions.

    

9. Run basic calibration

    

   • Center the stick and follow any calibration prompts in MOZA Cockpit.

   • Verify full travel is detected and that forces feel smooth across the range.

    

10. Create your first profile

• Set a starting force level, damping, and response curve for your primary sim (e.g., MSFS or DCS).

• Save the profile so you can recall it later.

11. Bind controls in your flight sim

• Open your flight sim (MSFS, X-Plane, DCS, etc.), assign axes and buttons, and test in a simple flight.

Product Installation Guide

Product Installation Guide

1. Prepare your mounting surface

    

   • Ensure your desk or cockpit mounting plate is solid and free of flex.

   • For aluminum-profile rigs, confirm you have appropriate T-nuts/bolts for the AB9 footprint.

    

2. Plan ergonomics

    

   • Sit in your usual flying position and decide on height, distance, and angle for the base.

   • Make sure full stick travel will not hit your seat, throttle, or keyboard tray.

    

3. Desktop clamp installation (if using clamp)

    

   • Attach the optional Flight Base Table Clamp to the base according to MOZA’s instructions.

   • Place the assembly on the edge of your desk and tighten the clamp screws gradually until secure.

    

4. Rig installation (cockpit mount)

    

   • Align the base mounting holes with your cockpit’s plate or profile channels.

   • Insert bolts and washers, then lightly tighten to test position.

   • Once satisfied, fully tighten all mounting bolts.

    

5. Install the flight stick

    

   • Attach your MOZA or supported third-party stick to the shaft, using the specified bolts and connector.

   • Verify that the grip is aligned straight and does not rotate under load.

    

6. Connect peripherals

    

   • Plug in optional devices like throttle quadrants or rudder pedals to the appropriate ports (if using the base as a hub), or directly to your PC depending on your setup.

    

7. Cable routing

    

   • Route power and data cables along your rig frame, away from moving pedals or seat rails.

   • Use cable clips or ties to secure and avoid cable strain.

    

8. Power-on and driver check

    

   • Power on the base, then your PC.

   • Confirm the device appears correctly in MOZA Cockpit and in Windows devices/game controllers.

    

9. Force-feedback tuning

    

   • In MOZA Cockpit, set overall force strength and damping.

   • Start with moderate forces; gradually increase until you find a comfortable but informative level for your main aircraft types.

    

10. Game-specific configuration

     

    • For each simulator (MSFS, DCS, X-Plane, etc.), fine-tune sensitivity curves, dead zones, and FFB integrations (where applicable).

    • Save separate MOZA profiles for “Airliner,” “GA,” “Helicopter,” or “Combat” if you fly multiple categories.

     

11. Final safety check

     

    • Move the stick through its full range under power and listen for any abnormal noises.

    • Confirm the base and mount don’t flex or shift when full torque is applied.

     

Product Manual and User Guides

FAQ's

Frequently Asked Questions 

Q: What flight simulators does the AB9 Base support?

A: The AB9 is compatible with most major PC flight simulators, including Microsoft Flight Simulator 2020/2024, X-Plane 10/11/12, DCS World, IL-2 Sturmovik, War Thunder, Star Citizen, and others. It is not currently compatible with consoles such as Xbox or PlayStation.

Q: Does the AB9 include a flight stick?

A: No. The AB9 Base is sold on its own. You’ll need to add a compatible flight stick—such as the MOZA MH16 Flightstick, MA3X Side Stick, or a supported third-party grip with the appropriate adapter.

Q: How does the AB9 base differ from a typical non-FFB joystick base?

A: Unlike standard joystick bases that use static springs, the AB9 uses dual servo motors, 12 Nm peak torque, and MCLS control loading to simulate real flight forces—control stiffness at speed, trim forces, turbulence, and more. This makes the controls feel more like a real aircraft and helps you “fly by feel.”

Q: Is the AB9 noisy during use?

A: No. The base uses a sealed, fanless design and smooth servo control, which keeps mechanical noise very low. It’s suitable for long sessions, late-night flying, or shared spaces where you want to minimize noise.

Q: Can I mount the AB9 in my existing cockpit?

A: Yes. The AB9 supports desktop clamping and hard mounting to sim rigs, and its mounting pattern is designed to work with many common cockpits and DIY platforms. You may need the Flight Base Table Clamp or Flight Base Mount Adapter depending on your setup.

Q: Does the AB9 work with non-MOZA flight hardware?

A: Yes, within limits. As long as the flight stick or extension uses compatible interfaces (such as the correct 5-pin data cable and mechanical mount), it can work with the AB9 via the appropriate adapter. Always check compatibility with MOZA or the grip manufacturer before purchasing.

Q: Do I need MOZA Cockpit software to use the AB9?

A: The base will be detected by Windows, but MOZA Cockpit is strongly recommended. It lets you update firmware, adjust force-feedback strength and curves, create per-aircraft profiles, and generally get the best performance out of the base.