How do I set up a joystick and throttle quadrant in MSFS?

To set up a joystick and throttle quadrant in Microsoft Flight Simulator, connect both devices before launching the sim, create a separate control profile for each device, bind continuous flight and engine axes, remove duplicate default assignments, then calibrate and test every axis in the cockpit. The same workflow applies to MSFS 2020 and 2024.

Joystick and throttle quadrant setup steps

The reliable setup method is to configure each USB device separately, starting with axes and adding buttons only after the primary controls work correctly.

1. Connect and check both devices. Plug them in before starting Microsoft Flight Simulator. On PC, confirm that the operating system or the manufacturer's configuration utility detects every axis and button.

2. Create separate control profiles. Open the simulator's Controls settings, select the joystick, and duplicate or create a custom preset. Repeat this for the throttle quadrant rather than trying to place both devices in one profile.

3. Remove unwanted default assignments. Filter the selected device to show assigned controls, then use the input-search function to check each axis. A mistake we see constantly is a joystick slider and throttle lever both controlling the same engine axis.

4. Bind the joystick axes. Assign the stick's horizontal movement to Ailerons Axis and vertical movement to Elevator Axis. Assign a twist grip to Rudder Axis only if rudder pedals are not controlling it. Our complete joystick-axis and button workflow covers the stick side in more detail.

5. Bind the throttle quadrant axes. Use continuous commands containing the word Axis; do not map an analogue lever to button commands such as throttle increase or decrease. Choose a general throttle axis for one lever or engine-specific axes for separate engine levers.

6. Add essential buttons. Useful assignments include elevator trim, brakes, flaps, landing gear, view controls and autopilot disconnect. Add only the controls you can identify without looking down; crowded button layouts create more errors than they prevent.

7. Calibrate and adjust response. Start with linear sensitivity, then add only enough dead zone to stop unwanted movement around the centre or idle position. MSFS 2024 users can follow our joystick and throttle calibration sequence when an axis does not reach its full travel.

8. Test in a simple aircraft. Load an aircraft with the engine running, set the parking brake and move one control at a time. Confirm that the cockpit stick, pedals and engine levers follow the correct device through their complete range.

Control-menu wording and layout differ slightly between MSFS 2020 and MSFS 2024, but the binding principles are the same. If a command does not appear during a search, change the filter from assigned controls to all available controls.

Generic USB peripherals are primarily a PC setup. Xbox Series X|S requires Xbox-compatible flight controls, while the PlayStation 5 version of MSFS 2024 requires PS5-compatible hardware. A USB connector alone does not guarantee console support; MSFS 2020 was never released for PlayStation.

Which throttle axis should I bind?

Use one general throttle axis when a single physical lever should move every engine, and use numbered engine axes when the quadrant has one lever per engine.

Where both full-range and 0 to 100% throttle variants are offered, use the 0–100% command for a conventional idle-to-full-power lever. Use a full-range assignment only when the aircraft and hardware are designed to include reverse or beta range on that axis.

Reverse thrust varies by aircraft. Some quadrants expose a button at the reverse detent, while complex airliners may require detent calibration through the aircraft's cockpit tablet or electronic flight bag. Our guide to throttle-axis mappings and reverse-thrust options explains those choices without duplicating them here.

Why do the joystick or throttle move the wrong way?

A reversed, jittering or doubled control usually means the axis direction is wrong, two devices share one command, or the hardware needs calibration.

• Reversed movement: enable the binding's reverse-axis option. Do not fix it by adding a second, opposite command.
• Controls moving twice: search every connected device for the affected command and remove duplicates from controllers, keyboards and unused sliders.
• Throttle jumping or drifting: check the raw hardware input first, then add a small dead zone. Excessive dead zone can prevent idle or full power from being reached.
• Lever stops short: recalibrate the hardware, return the MSFS response curve to a neutral starting point, and check for aircraft-specific detent calibration.
• Unexpected camera or trim movement: inspect default button and axis assignments using input search; factory presets sometimes bind one control to unrelated functions.
• Device not detected: close the simulator, reconnect the device, confirm that the operating system recognises it, and restart MSFS.

Once the basic mappings work, use our guidance on fine-tuning sensitivity curves and dead zones rather than masking a bad assignment with an extreme response setting.

Do I need separate profiles for different aircraft?

Use one clean general-aviation profile initially, then duplicate it when an aircraft needs different engine axes, flap controls or throttle detents.

A single-engine piston aircraft can use one throttle, propeller and mixture set. A twin needs numbered engine assignments, while an airliner may need separate profiles for thrust detents, spoilers and flap levers. There is no benefit in creating another profile for each livery of the same aircraft.

What should I test before take-off?

Before releasing the parking brake, verify that each physical control moves only its intended cockpit control and reaches both ends of its range.

• The stick centres without aileron or elevator drift.
• Rudder input comes from either the twist grip or pedals, not both.
• Throttle levers reach idle and full power without jumping.
• Separate engine levers operate the matching engines.
• Propeller, mixture, flap and spoiler axes move in the correct direction.
• No axis also changes the camera, trim or another engine control.