Fenix A320 Remote Joysticks

The airliner that ignores your throttle

Every Fenix pilot learns the same lesson early: this airplane does not take orders the way other add-ons do. The Fenix A320 models its own flight computers, its own electrics — and, crucially, its own thrust lever logic. Which is why the hunt for Fenix A320 remote joysticks so often ends in a forum thread full of shrugs: most phone controllers transmit textbook throttle bindings, the simulator accepts them, and the Fenix calmly ignores them.

The failure modes are well documented. Standard axis commands push engine power around while the levers in the virtual cockpit stay frozen at idle — wrecking an autothrust system that cares deeply about lever position. Older event-style commands behave even more strangely: the Fenix treats a fixed input as a rate, so the levers crawl continuously instead of parking where you put them. Neither is flyable, and no amount of sensitivity tuning on the sending side helps. The problem is the channel, not the signal.

None of this is carelessness on Fenix Simulations' part — it is the price of depth. A study-level Airbus runs its quadrant from internal variables so detent logic and autothrust interplay can be modeled honestly. Any controller that wants a seat in that cockpit has to meet the airplane on its own terms.

Why Fenix A320 remote joysticks need two layers

SkyYoke's answer is a dedicated Fenix A320 preset built as two layers, so thrust control degrades gracefully instead of failing silently:

• Layer one: detented thrust that always works. The lever on your phone commands engine power through the method the Fenix reliably responds to. Out of the box — nothing extra installed on the PC — moving the lever changes thrust, every time, on every installation.
• Layer two: cockpit lever sync via MobiFlight. Add the free MobiFlight WASM module to your MSFS PC and SkyYoke goes further, writing the Fenix's lever variable directly so the levers in the virtual cockpit slide to match the gate you select on the phone. Power and picture finally agree.

The split matters because it is honest about how this aircraft works. Layer one guarantees a flyable airplane; layer two restores the visual and systems fidelity a study-level airliner deserves. On a default aircraft, a single standard axis does the whole job — see the MSFS remote throttle page for that simpler story. The Fenix simply demands more, and the preset gives it more.

Flying the gates: CLIMB and FLX/MCT by feel

On Airbus types, SkyYoke's thrust lever stops being a smooth slider and becomes a gated quadrant. Each detent sits at a fixed mark, and a haptic tick fires the instant the lever crosses a gate — so you can set takeoff thrust with your eyes on the centerline, the way a hand resting on a real quadrant would.

The flow matches the manuals. Push up to FLX/MCT or TOGA for the takeoff roll; at thrust reduction altitude, pull back two ticks into CLIMB and leave it there while the automatics do their work. After touchdown, snap to IDLE and then aft through the reverse gates. Every crossing buzzes in your hand, so you count detents instead of staring at a slider — which is the whole point of a gated quadrant.

A sidestick in your palm

Thrust is half the Airbus; the sidestick is the other half, and the phone plays that part two ways. Motion control reads the gravity vector against a neutral point you choose, which makes it grip-independent: rest the phone flat on your knee or hold it upright, and roll and pitch track your tilt with no gimbal lock. A configurable range sets how much lean — anywhere from 15° to 60° — equals full deflection, and a one-tap recenter captures a fresh neutral whenever you shift in your seat. Prefer the phone stationary? The touch joystick is an on-screen, self-centering pad that maps 1:1 and springs back to neutral the moment you let go.

Each axis — pitch, roll, yaw and brakes — carries its own conditioning chain: sensitivity, dead zone, expo curve, inversion, trim and smoothing, all tuned independently. A self-centering rudder bar runs along the bottom edge for taxi steering and crosswind work, and braking on MSFS rides a true progressive axis rather than an on-off tap. Underneath, the bridge re-sends axis values continuously, so controls hold their position instead of snapping back to zero between updates.

What else the Fenix preset reaches

The joystick and quadrant share the screen with the systems you actually touch on a normal sector:

If you also fly Airbus types in Infinite Flight, the same phone already covers that cockpit today with an even deeper feature set — the A320 joystick for Infinite Flight page tells that story. Either way, you skip the desk full of plastic entirely; it is the same argument we make against buying a dedicated joystick in the first place.

Your setup checklist for launch day

When MSFS support arrives, the first flight will look like this:

1. Join the early-access list at the signup form so you hear the moment the Fenix preset ships.
2. Install SkyYoke on an iPhone running iOS 17.2 or later, on the same Wi-Fi network as your flight-sim PC.
3. Run the free IF Yoke Bridge companion app next to MSFS 2024 — it configures the Windows firewall automatically, and the phone discovers it on the network by itself.
4. Optionally install the free MobiFlight WASM module in your Community folder so the Fenix's virtual cockpit levers sync with the phone.
5. Select the Fenix A320 preset, load a flight, and push the lever up to FLX.

SkyYoke is an independent project — not affiliated with Fenix Simulations, Microsoft or Airbus — built by simmers who got tired of flying a masterpiece with a keyboard.