Set up a CH Products Flight Sim Yoke in FSX with correct axis assignments, Windows calibration, sensitivity, null zones and common fault fixes.
For FSX and FSX: Steam Edition, connect the USB CH Products Flight Sim Yoke before launch, verify every axis in Windows with joy.cpl, then assign aileron, elevator, throttle, propeller and mixture axes under Settings > Controls. Delete duplicate bindings, reverse any backward axis, and use high sensitivity with only a small null zone.
This procedure assumes the standard USB CH Products flight simulator yoke with three control levers. An older gameport model must first appear as a working Windows game controller before FSX can use it. Microsoft Flight Simulator 2020 and 2024 have different control menus; use our CH yoke instructions for modern Microsoft Flight Simulator instead.
Set up the CH Products Flight Sim Yoke step by step
The reliable setup order is Windows detection, Windows calibration, FSX axis assignment and finally an in-air control check.
- Connect the yoke before starting FSX. Use a direct USB port while diagnosing or configuring it rather than an unpowered hub. Keeping it on the same port also reduces the chance of FSX treating it as a newly connected controller and losing device-specific assignments.
- Test every control in Windows. Press the Windows key and R, enter
joy.cpl, select the CH yoke and open Properties. Move the wheel fully left and right, push and pull the column, operate all three levers and press each button. The displayed axes should travel smoothly without jumping. - Calibrate only when necessary. If the Properties window offers calibration, run it when an axis does not reach both ends or settle consistently. Move each requested control through its full travel. When asked for the centre position, centre the yoke wheel and column; follow the prompts for the levers rather than forcing them to an artificial midpoint.
- Open the correct FSX controller page. Start FSX or FSX: Steam Edition, open Settings > Controls and confirm that controllers are enabled. Select the CH Products yoke in the controller-type list before editing assignments.
- Remove automatic and duplicate bindings. Inspect the Control Axes page for the yoke, then check every other connected joystick, gamepad and pedal set. Delete any second aileron, elevator or throttle assignment that could fight the CH yoke.
- Assign analogue axis commands. Choose entries such as Aileron Axis and Elevator Axis, then move only the intended control. Do not use incremental button commands such as aileron left, elevator up or throttle increase for an analogue axis.
- Check each direction. Turn the yoke left and pull it aft while watching the virtual controls, then move each lever forward. Use FSX's Reverse option only on the individual axis that operates backwards.
- Set sensitivity and null zones. Start with high sensitivity so the virtual control can reach its full range. Use zero or a very small null zone unless the centred yoke produces unwanted movement.
- Map essential buttons and test in flight. Assign trim, view panning, brakes or other frequently used commands. Test first in a simple default aircraft, then use a piston aircraft with a constant-speed propeller to verify the blue propeller lever.
Which CH yoke axes should I assign in FSX?
Assign the wheel to ailerons, the push-pull column to the elevator, and the three top levers to throttle, propeller and mixture.
| Physical control | FSX control-axis assignment | Correct response |
|---|---|---|
| Yoke left and right | Aileron Axis | Turning left commands left roll |
| Yoke forward and aft | Elevator Axis | Pulling aft commands nose-up elevator |
| Black lever | Throttle Axis | Forward increases power |
| Blue lever | Propeller Axis | Forward selects higher propeller RPM |
| Red lever | Mixture Axis | Forward selects a richer mixture |
Use the global throttle, propeller and mixture axes when one lever should operate every engine together. Engine-specific assignments are intended for hardware with separate levers for individual engines; assigning the single black lever to only Engine 1 can leave the other engines at a different power setting.
A fixed-pitch aircraft will ignore the propeller lever, while aircraft without simulated mixture control may ignore the red lever. That is an aircraft limitation, not necessarily a failed assignment. Check the lever movement in a default aircraft that supports the relevant system before changing the configuration.
The standard yoke has no dedicated rudder axis. Do not repurpose one of its power levers as a rudder unless that is a deliberate compromise; separate pedals provide proper rudder and toe-brake control.
What sensitivity and null-zone settings work best?
High axis sensitivity with the smallest stable null zone is the best starting point for a CH Flight Yoke in FSX.
- Keep aileron and elevator sensitivity high so full physical travel produces full virtual control deflection.
- Start with a zero or very small null zone when the yoke remains steady at its physical centre.
- Increase the null zone one step at a time if a small centre offset makes the aircraft roll or pitch.
- Reduce sensitivity only modestly if the response feels too abrupt, then check that full control travel remains available.
- Do not use a large null zone to conceal spikes. It masks only movement near the centre and cannot correct noise across the axis range.
Judge drift in the Windows test first. If the crosshair or axis bars jump in joy.cpl, changing FSX sensitivity will not repair the underlying USB, calibration or hardware problem. If Windows is stable but the aircraft still pitches, centre the elevator trim and disconnect the autopilot before blaming the yoke.
Which buttons should I map on the CH Products Flight Yoke?
Map commands used during take-off, approach and landing, while leaving infrequent functions on the keyboard or cockpit panel.
- Elevator trim up and down on a paired rocker or two adjacent buttons
- View panning on the hat switch
- Wheel brakes when no toe brakes are fitted
- Flaps up and down
- Landing gear toggle for retractable aircraft
- Autopilot disconnect if the aircraft provides that command through FSX
A mistake we see constantly is assigning the rocker to direct elevator movement rather than elevator trim. Direct elevator commands fight the analogue yoke input; trim changes the aircraft's trimmed control position and is the function normally required on the yoke.
Why is my CH Products Flight Yoke not working correctly?
Most CH yoke faults in FSX come from Windows detection, reversed axes, duplicate assignments or an active virtual controller profile.
| Symptom | What to check |
|---|---|
| The yoke is absent from FSX | Close FSX, reconnect the yoke, confirm it appears in joy.cpl, then restart the simulator |
| Pulling aft lowers the nose | Enable Reverse for the Elevator Axis only |
| A power lever works backwards | Reverse that lever's axis without changing the others |
| The aircraft snaps, oscillates or fights the yoke | Remove duplicate axes from gamepads, pedals, joysticks and virtual CH devices |
| Full yoke movement gives limited control travel | Increase FSX sensitivity and recalibrate the axis in Windows |
| The aircraft rolls or pitches with the yoke centred | Check Windows centring, use a small null zone, then check trim and autopilot state |
| An axis jumps between values | Test it in Windows, try a direct USB port and inspect the controller for a hardware fault |
| Assignments disappear after reconnecting | Use the same USB port and connect the yoke before launching FSX |
If Windows does not list the yoke, FSX cannot assign it. Our Windows 11 detection and calibration checks for CH Products controls cover USB recognition, controller testing and operating-system-side faults.
Do I need CH Control Manager for FSX?
No. A straightforward USB CH Products Flight Sim Yoke can operate as a standard Windows game controller without a custom profile.
Direct input is usually the simpler choice because FSX sees the physical yoke and stores assignments against that device. Profile software is useful only when you deliberately need remapped buttons, combined devices or a virtual controller.
If an existing profile exposes a mapped or virtual CH device, assign either that virtual device or the physical yoke—not both. Using both paths can double the axes, change button numbering and make assignments appear to vanish when the profile is inactive.
How should I add CH rudder pedals?
Connect the pedals as a separate controller, assign only the Rudder Axis and individual left and right brake axes to them, then remove conflicting rudder and brake bindings from other devices.
Turn off auto-rudder once the pedals work. Toe-brake axes may need their Reverse options enabled if the brakes remain applied when your feet are off the pedals. Our combined CH yoke and rudder-pedal setup explains the pedal assignments and duplicate-input checks in context.