Use a joystick and separate rudder pedals together in a flight simulator: assign axes, mix USB brands, remove twist conflicts and fix dead pedals.
Yes. In a general PC flight simulator, a USB joystick and separate rudder pedals can work together, including models from different manufacturers. Assign pitch and roll to the stick, rudder and toe-brake axes to the pedals, then clear the stick’s twist-rudder binding so two controls do not command the same axis.
This is a standard arrangement in Microsoft Flight Simulator 2024 and 2020, X-Plane, Prepar3D, FSX, DCS and FlightGear. The simulator treats each recognised controller as an input device; the joystick does not need to provide every flight axis.
How do I set up a joystick and rudder pedals together?
Connect both devices before launching the simulator, then assign each analogue flight axis to one physical control.
Which axis belongs to which device?
Each flight axis should have one physical owner, with any competing default assignment removed.
| Physical control | Typical assignment | Binding to remove |
|---|---|---|
| Joystick left and right | Ailerons Axis | Any duplicate roll axis on another controller |
| Joystick forward and back | Elevator Axis | Any duplicate pitch axis |
| Joystick twist | Unassigned, or an unrelated function such as a tiller | Rudder Axis when pedals control rudder |
| Main pedal movement | Rudder Axis | Digital rudder-left and rudder-right commands |
| Left and right toe brakes | Separate left- and right-brake axes | Combined brake bindings that interfere with proportional braking |
Exact control names vary between simulators, but look for an entry containing Axis. An axis provides proportional movement; a command such as Rudder Left behaves like an on-or-off key press.
- Connect both controllers: Give an independent USB joystick and USB pedal set one port each. Pedals with a proprietary connector may instead need to plug into their matching yoke, throttle or joystick base.
- Confirm hardware detection: Check that both devices respond outside the simulator. On Windows, press
Win+R, enterjoy.cpl, select each controller and inspect its movement. - Map the joystick: Assign its horizontal axis to ailerons and its vertical axis to elevator. Our practical axis-mapping instructions explain how to identify inputs without accidentally assigning a button command.
- Map the flight sim pedals: Assign the linked pedal travel to rudder. If toe brakes are fitted, press each toe brake separately and bind it to the corresponding brake axis.
- Remove duplicate rudder inputs: Inspect the joystick, throttle, gamepad and any other connected controller. Clear every unwanted rudder assignment, especially the joystick’s twist axis.
- Calibrate and check direction: Verify full left and right travel, a stable centre and fully released toe brakes. Reverse an axis if it moves the wrong way, but do not invert it in both the hardware utility and simulator.
- Save and test the profile: Move one control at a time while watching the simulator’s input indicator or aircraft controls. Add only enough dead zone to stop genuine centre noise.
Microsoft Flight Simulator 2024 and 2020 present recognised controllers separately, so editing the joystick profile does not necessarily change the pedal profile. Our device-by-device MSFS setup guidance covers joystick axes, pedals and toe brakes without competing inputs.
Can dual USB controls and different brands work together?
Yes, a dual-USB joystick and pedal setup normally works on PC even when the devices come from different manufacturers.
| Connection | What to expect |
|---|---|
| Two independent USB devices | They normally appear as separate controllers and can be assigned together. |
| Pedals connected through a matching base | The simulator may see one combined device rather than separate joystick and pedal entries. |
| Pedals with a proprietary plug | They may require the matching controller base or a specifically supported adaptor. A socket shaped like a network port is not automatically USB or Ethernet. |
| Devices connected through a USB hub | They may work, but a direct computer connection or powered hub is preferable if either controller disconnects. |
| Console joystick and pedals | Both products and their combined use must be supported by that console and simulator; a USB plug alone does not establish compatibility. |
Microsoft Flight Simulator 2024 is available on PC, Xbox Series X|S and PlayStation 5/PS5 Pro, but console peripheral support is narrower than general PC USB support. Microsoft Flight Simulator 2020 remains a PC and Xbox title and was not released for PlayStation.
Why are the joystick rudder and flight sim pedals fighting each other?
The usual cause is a duplicate rudder binding, most often the joystick twist and pedals both controlling Rudder Axis.
| Symptom | Likely cause and fix |
|---|---|
| Rudder flickers, snaps back or will not centre | Another controller is sending rudder input. Clear duplicate assignments from the stick, throttle and gamepad. |
| Pedals produce only full left or full right rudder | They are bound to digital commands. Replace those commands with the analogue rudder axis. |
| Aircraft yaws in the wrong direction | Reverse the rudder axis once in the simulator or calibration utility. |
| Brakes remain applied with feet off the pedals | Reverse the left and right toe-brake axes individually. |
| Rudder moves without pedal input | Check centre calibration, axis noise, autorudder and other piloting assistance settings. |
Should I disable the joystick twist axis?
Yes, remove its rudder assignment when separate pedals control yaw.
You can physically lock the twist mechanism if the stick supports that feature, leave it unassigned or map it to a non-conflicting function. Do not use an excessive dead zone to hide a duplicate binding; clear the binding at its source.
Does right rudder require left stick?
No, there is no general “right rudder, left stick” rule; once pedals own the rudder axis, left-and-right stick movement should control ailerons rather than yaw.
Pushing the right pedal forward should command right rudder and yaw the aircraft’s nose to the right. The left pedal moving backwards at the same time is normal because the two pedals are mechanically linked. If the simulator’s control indicator or aircraft nose moves left instead, reverse the rudder axis.
During the initial entry into a normal coordinated right turn, right aileron and enough right rudder are commonly used together. Opposite stick and rudder can be correct in a sideslip or crosswind landing, so control technique depends on the manoeuvre rather than a fixed pairing. Our explanation of rudder direction, coordination and dead-zone behaviour covers that distinction in more detail.
What if my rudder pedals do nothing?
If rudder pedals do nothing, first establish whether the operating system can see their movement; that separates a USB or hardware problem from a simulator binding problem.
The same diagnosis applies when the symptom is described simply as doet ook niks, meaning “does nothing”. Work through these checks in order:
- Test outside the simulator: Open the operating system’s controller panel or the manufacturer’s utility. If no axis moves there, reconnect the cable, check any proprietary connection and try a direct USB port.
- Restart after connecting: Some simulators do not add a controller reliably when it is plugged in after launch.
- Inspect the correct device profile: Select the pedals rather than the joystick and check both assigned and unassigned controls. A blank pedal profile will not inherit the joystick’s mappings.
- Bind the analogue axis: Move the linked pedal mechanism and assign the detected input to
Rudder Axis, not rudder-left and rudder-right buttons. - Disable conflicts temporarily: Clear other rudder axes and turn off autorudder or simplified piloting assistance while testing.
- Use a valid test: At a standstill, watch the cockpit input indicator or external rudder surface. Aerodynamic rudder may not turn a stationary aircraft, and some aircraft use separate nosewheel or tiller steering.
If the pedals move correctly in the operating system but not in the simulator, the fault is almost always the selected profile, assignment or assistance configuration. If they fail outside the simulator as well, concentrate on the connection, driver or hardware rather than repeatedly changing in-sim sensitivity.