How do I set up WinWing controls in Microsoft Flight Simulator?

To set up WinWing controls in Microsoft Flight Simulator, connect the device, update its firmware and calibration in the WinWing utility, then open Controls Options in MSFS and create a custom profile for each unit. Clear any bad auto-bindings first, map the main axes, then fine-tune sensitivity and reversals.

Before you bind anything

WinWing hardware usually works in MSFS as standard USB controllers, but the simulator does not always guess the right bindings. That is the main trap. A stick might be usable straight away, yet a throttle axis, flap lever or toggle switch can be assigned to the wrong function or assigned twice.

We recommend doing three things before you start mapping controls:

• Make sure Windows can see every WinWing device separately.
• Update firmware and run calibration in the WinWing configuration software.
• Disconnect any extra controllers you are not using for the first setup session.

If you have a full HOTAS, pedals and panels, MSFS may list them as several devices. That is normal. Treat each one as its own controller profile.

How do I set up WinWing controls in Microsoft Flight Simulator?

1. Connect the hardware and let Windows detect it fully before launching the simulator. If you are using a hub, use a powered one if possible, especially for larger WinWing setups with multiple panels.
2. Update and calibrate the device in WinWing's software. Check that the stick centres properly, the throttle reaches full travel and any detents or split throttle levers behave as expected.
3. Open MSFS and go to Controls Options. You should see each WinWing device listed across the top or in the device selector.
4. Select one device at a time and create a new custom profile. Do not edit the default profile if you can avoid it. A named custom profile makes troubleshooting much easier later.
5. Filter to Assigned first and inspect what MSFS has auto-filled. Remove anything clearly wrong, especially camera controls, view panning, duplicate brakes or duplicate rudder assignments.
6. Bind the primary flight axes. For a stick this usually means pitch and roll. For pedals it means rudder and, if fitted, left and right toe brakes. For a throttle it means throttle axis or left/right throttle axes.
7. Check reversals on each axis. If pushing the throttle forward reduces power, or pressing a toe brake releases braking, use the reverse option for that binding.
8. Add the key secondary controls such as flaps, spoilers, trim, gear, parking brake, autopilot functions and view controls you actually use in flight.
9. Open Sensitivity and tune each axis. Start with a small dead zone only if needed, and avoid extreme curves until you have flown a few circuits.
10. Test in a simple aircraft on the runway before using a complex airliner or combat-style profile. Confirm full control travel, neutral centring and correct engine response.

Which WinWing bindings matter most?

The exact layout depends on whether you have an Orion-style HOTAS, pedals, take-off panel or a larger cockpit setup, but the priority list is usually the same. Get the core flying controls right first. Fancy switch mapping can wait until the aircraft is controllable.

If you fly airliners, separate left and right throttle axes are often worth setting up from the start. If you mainly fly GA aircraft, a single combined throttle axis is simpler and usually enough.

Should you clear all default MSFS bindings?

In many cases, yes. We do not mean wiping every keyboard command, only cleaning the WinWing device profiles themselves. MSFS can assign view, rudder, throttle or brake inputs to the wrong controller, and that causes the classic symptoms: drifting on the runway, engines spooling oddly, brakes dragging or the camera jumping around when you press a HOTAS switch.

A good approach is this:

• Keep the keyboard and mouse defaults intact.
• For each WinWing device, remove bad auto-bindings and keep only the controls that make sense for that unit.
• Avoid binding the same axis to multiple devices unless you have a deliberate reason.

Sensitivity settings: what should you change?

There is no single best sensitivity curve for every WinWing setup, because stick extensions, spring tension and aircraft type all change the feel. Still, a few rules hold up well.

• Use minimal dead zone if the device centres cleanly.
• Apply a small response curve only if the aircraft feels too twitchy around centre.
• Leave full travel available at the ends of the axis for flare, crosswind correction and maximum control authority.
• Check that throttle axes hit true idle and full power in the cockpit.

If you fly helicopters or very sensitive warbirds, you may want a gentler centre response than you would in an airliner. Save separate profiles if your flying is mixed.

Why are my WinWing controls not working properly?

MSFS assigned the wrong commands automatically

This is the most common issue. Open the device profile, filter to assigned bindings and look for duplicates. Remove anything that does not belong on that device.

An axis moves the wrong way

Use the reverse toggle for that axis binding. This is common with throttles, toe brakes and some rotary controls.

The aircraft drifts or brakes on its own

Check for duplicate rudder or brake bindings on another controller, including gamepads. Also make sure the axis is centred correctly in the WinWing calibration tool and not flickering from USB power issues.

The throttle will not reach idle, reverse or full power

Recalibrate the axis first. Then confirm you have chosen the right MSFS binding type, because some aircraft expect a plain throttle axis while others behave better with separate axes or explicit reverse/throttle cut commands.

Toggles and switches behave oddly

Some physical switches are maintained two-position or three-position switches, while MSFS commands are often simple on/off toggles. If one press turns something on but the return position does nothing sensible, map a pair of explicit on/off commands where available instead of a single toggle command.

MSFS 2020 and MSFS 2024: is the process different?

The process is broadly the same in both versions: detect the hardware, create a custom profile, clear poor auto-bindings, map the axes, then tune sensitivity. Menu wording and the quality of default profiles can vary slightly, but the setup logic is the same.

If you run both simulators on the same PC, do not assume a perfect one-to-one transfer of profiles. Check every axis and switch again, especially throttle detents, brakes and any custom panel bindings.

Best practice for reliable WinWing profiles

• Create one profile per device, not one profile trying to cover every controller at once.
• Create separate aircraft-type profiles if needed, such as GA, airliner and helicopter.
• Label profiles clearly so you know which one is current.
• Keep your most important controls on the hardware and leave rarely used commands on the keyboard.
• After sim updates, recheck assignments if anything suddenly feels wrong.

If MSFS still does not recognise the device

If the WinWing hardware does not appear in Controls Options at all, the problem is usually outside the simulator. Start with Windows detection, USB power, firmware state and calibration. Try a direct motherboard USB port, avoid weak hubs, and reconnect the unit before launching MSFS again.

Once the device appears in Windows and responds correctly there, MSFS normally sees it as well. The real work is then in cleaning up the bindings so the simulator uses the hardware properly rather than merely detecting it.