Compare the best helicopter controls for MSFS 2024, from starter joysticks to cyclic, collective and pedal rigs, plus key setup fixes.
The best helicopter controls for Microsoft Flight Simulator 2024 are a low-centre-force cyclic, a separate collective and non-self-centring or lightly sprung anti-torque pedals. On PC, a damped VKB or VIRPIL stick plus a VIRPIL collective and quality pedals gives the strongest modular setup; beginners can start effectively with a twist-grip joystick and throttle slider.
Best helicopter control setups for MSFS 2024
For most PC simmers, we recommend buying modular controls rather than chasing one expensive package. It lets you improve the pedals or collective later without replacing everything.
| Best for | Recommended controls | Main compromise |
|---|---|---|
| Lowest-cost starter | A twist-grip joystick such as the Thrustmaster T.16000M FCS or Logitech Extreme 3D Pro, using its slider as the collective | The strong spring centre encourages over-controlling, while twist yaw is less precise than pedals |
| Best single desktop controller | VKB Gladiator NXT EVO with twist and its built-in throttle axis | Still lacks a true collective and independent anti-torque pedals |
| Best modular PC setup | A damped VKB Gunfighter or VIRPIL cyclic, VIRPIL Rotor TCS Plus collective base with a compatible grip, and VKB, MFG or VIRPIL pedals | Needs secure mounting, several USB connections and separate device profiles |
| Best dedicated helicopter rig | A complete helicopter control set from the Pro Flight Trainer PUMA family | Higher cost and less convenient when switching regularly to fixed-wing aircraft |
The product name matters less than axis quality, controllable friction and mounting stability. Our explanation of how each helicopter control affects the aircraft covers cyclic, collective, anti-torque, throttle and force trim in more detail.
What makes a good helicopter cyclic, collective and pedals?
A good helicopter control has smooth movement with little breakout force, no large centre detent and enough physical travel for tiny corrections.
- Cyclic: Choose a stick with adjustable springs, cams or damping. A centre-mounted extension gives finer control than a short side stick, but it needs a firm floor or desk mount.
- Collective: Look for a smooth analogue axis with adjustable friction so the lever stays where you leave it. A twist throttle is useful for piston helicopters and manual governor work, but it is less critical in governed turbine aircraft.
- Anti-torque pedals: Lightly sprung or non-centring pedals are preferable because they allow steady pressure without fighting a strong return spring. Toe brakes help when flying aeroplanes but are not the priority for helicopter control.
- Buttons: Keep force-trim release, trim reset and view reset within reach. Exact trim commands depend on the aircraft because MSFS helicopters do not all model force trim in the same way.
A yoke is unsuitable for the cyclic. A gamepad works for casual flying, but its short stick travel makes stable hovering harder. If you need one controller for helicopters and aeroplanes, compare the joystick features that matter in MSFS before buying.
Do you need a collective and rudder pedals?
You do not need dedicated helicopter hardware to begin, but pedals are usually the most useful first upgrade after a competent joystick. They separate yaw from cyclic movement and make pedal corrections around the hover much easier to judge.
- Start with a twist joystick: Use X and Y for cyclic, twist for anti-torque and the throttle slider for collective.
- Add pedals: Remove yaw from the twist axis once the pedals are assigned, or the two inputs will fight each other.
- Add a collective: This gives more travel and better muscle memory than a short throttle slider.
- Upgrade the cyclic last: Choose a damped or extended base when hovering precision matters more than desktop convenience.
A conventional HOTAS throttle can act as a collective if you already own one. Pulling back to raise collective often feels more natural, but either direction works once the axis is reversed correctly and used consistently.
How should helicopter controls be bound in MSFS 2024?
Each physical control should operate one analogue helicopter axis, with duplicate default assignments removed before calibration.
- Create helicopter profiles: Make a separate preset for every connected joystick, throttle and pedal device rather than altering your fixed-wing profiles.
- Assign the cyclic: Bind the stick axes to the dedicated cyclic lateral and longitudinal commands where available. If a particular aircraft responds through the normal aileron and elevator axes, use those instead—never both pairs simultaneously.
- Assign the collective: Use
Collective Axis, not the normal aeroplane throttle command. Reverse it if the cockpit lever moves opposite to your hardware. - Assign anti-torque: Use the tail-rotor axis where supported, or the rudder axis if that aircraft requires it. Clear any twist-axis assignment after adding pedals.
- Assign helicopter throttle separately: Bind it only when your control has another axis and the aircraft requires manual throttle or governor operation.
- Calibrate conservatively: Start with a near-linear response and the smallest dead zone that removes sensor noise. Large dead zones and extreme curves make the transition through the hover unpredictable.
Control labels can differ slightly between aircraft and simulator updates. Our helicopter axis-mapping and calibration walkthrough covers the full setup process. MSFS saves assignments by device, so also check how MSFS 2024 stores profiles for each peripheral before changing or disconnecting hardware.
Why do helicopter controls feel unstable or work backwards?
Most apparent flight-model problems come from duplicate bindings, reversed axes, assistance settings or excessive spring force.
| Symptom | Likely cause | Fix |
|---|---|---|
| Helicopter spins despite pedal input | Duplicate yaw assignment, auto-rudder assistance, reversed axis or insufficient rotor RPM | Remove duplicate bindings, disable conflicting assistance and confirm rotor RPM before lift-off |
| Collective moves backwards | Axis direction is reversed | Reverse only the collective axis in that device profile |
| Engine changes power but lift barely changes | The lever is bound to helicopter throttle rather than collective | Move the assignment to Collective Axis |
| Cyclic twitches near the centre | Noisy sensor or another controller sharing the axis | Clear duplicate inputs and add only enough dead zone to stop the noise |
| Hover develops repeated oscillations | Large inputs, a hard spring centre or an aggressive sensitivity curve | Use fingertip corrections, soften the centring force and return towards a linear response |
Which helicopter controls work best on Xbox or PS5?
On Xbox Series X|S and PlayStation 5, the best practical choice is an officially supported joystick with twist yaw and a physical throttle axis. PC-only collectives, pedals and generic USB controller boards should not be assumed to work merely because they use USB.
Check that the exact hardware revision explicitly supports your console and Microsoft Flight Simulator 2024 before purchasing. Console compatibility is more restrictive than PC compatibility, so an integrated joystick is usually safer than a mixed-brand modular rig.