MSFS 2024 Controls and Hardware Setup

MSFS 2024 Controls and Hardware Setup. Do it the right way with simple steps, recommended devices, and sensitivity tips for smoother, more realistic flight simulation. If you haven’t already, check out our beginner overview of controls.

Why controls matter more than graphics

When people first launch Microsoft Flight Simulator, they often focus on visuals, scenery, or aircraft.
But the real connection to flying comes from something much simpler:

How does the simulator feel in your hands?

Good controls create:

  • Smooth, precise movement
  • Natural aircraft response
  • Better landings
  • Greater immersion
  • Faster learning

Poor controls do the opposite, no matter how beautiful the graphics look.

That’s why controls and hardware setup are one of the most important foundations in the entire simulator. Make sure that you check and be sure that you have performance settings that match your hardware.

MSFS 2024 Controls and Hardware Setup. The three levels of control realism

Realistic flight simulation cockpit with three large screens for immersive MSFS 2024 experience.
High-quality flight simulation cockpit featuring triple monitors for enhanced MSFS 2024 graphics and performance.

We need to be sure that you have set your controls for realistic flying. Every simmer naturally moves through three stages.

Level 1 — Basic controller flying

Most beginners start with:

This is completely valid.
You can learn navigation, landings, and aircraft behaviour perfectly well at this stage.

The goal here is comfort and familiarity, not realism.

Level 2 — Entry flight hardware

Flight simulator setup on wooden desk
A flight simulation setup featuring a large monitor and a joystick.

The next step usually introduces:

This dramatically improves:

For many simmers, this level already feels fully satisfying.

Level 3 — Full simulation hardware

Flight Yoke and Throttles
A flight simulation setup featuring a monitor, yoke, and throttle quadrant.

Advanced setups may include:

This stage focuses on procedure realism and immersion, not just flying skill.

But it’s important to remember:

You do not need advanced hardware to enjoy MSFS.

Progression should always feel natural, never forced.

Choosing between controller, joystick, and yoke

Each control style suits a different flying experience.

Game controller

Best for:

Limitations:

  • Less precision
  • Harder fine landing control
  • Less immersion

Still perfectly usable.

Joystick/flight stick

Best balance for most simmers:

  • Compact
  • Precise
  • Affordable
  • Excellent for GA and jets

For many people, a good joystick is the ideal long-term solution.

Advanced home flight simulator setup
Showcasing advanced flight simulation hardware with triple monitors and professional controls for immersive flight training.

Yoke system

Best for:

  • Airliner realism
  • General aviation immersion
  • Stable two-hand flying

Trade-offs:

  • Larger desk space
  • Higher cost
  • Less suited to fast jets

A yoke is about experience, not necessity.

Do you really need rudder pedals?

High-quality flight simulation rudder pedals for immersive flying experience.
Enhance your flight simulator with precise pedal controls for better realism.

Short answer:

No, but they help a lot.

Pedals improve:

Without pedals, the simulator is still fully flyable.
With pedals, it simply feels more natural.

High-end flight simulator cockpit with multiple screens and controls.
Ultimate home flight simulation setup with triple monitors and realistic controls.

Sensitivity settings: the hidden key to smooth flying

Many control problems are not hardware problems.
They are sensitivity curve problems.

Incorrect sensitivity causes:

Good sensitivity settings create:

  • Smooth control response
  • Gentle centre precision
  • Predictable aircraft behaviour

This single adjustment can transform the entire simulator experience.

Dead zones and why they matter

Dead zones prevent tiny unwanted inputs near the centre of a control axis.

Too little dead zone:

  • Aircraft drifts
  • Constant micro-corrections needed

Too much dead zone:

  • Sluggish response
  • Poor precision

A small, balanced dead zone usually feels most realistic.

Instead of chasing perfection, focus on:

  • Smoothness over sharpness
  • Consistency over realism claims
  • Comfort over complexity

If the aircraft feels easy to control,
You are doing it right.

Camera and view controls

Realism also depends on how you look around the cockpit.

Helpful habits:

  • Smooth camera movement
  • Natural field of view
  • Avoid extreme zoom levels
  • Keep horizon visibility comfortable

A calm, human-eye perspective always feels more believable than dramatic motion.

Hardware upgrades: when they make sense

High-quality flight simulation cockpit with advanced controls and displays for realistic flying expe.
An immersive flight simulation hardware setup featuring multiple screens, controls, and instruments for realistic pilot training.

Upgrade hardware only when a real limitation appears, such as:

  • Difficulty landing smoothly
  • Trouble controlling the throttle precisely
  • Wanting deeper immersion

Upgrading too early often leads to:

  • Wasted money
  • Frustration
  • Complexity before readiness

Let your experience guide upgrades, not marketing.

The most important truth about MSFS hardware

Great flying does not come from expensive equipment.

It comes from:

Hardware supports skill.
It never replaces it.

Simple starter setup that works beautifully

A perfectly good beginner setup is:

  • One quality joystick
  • Optional rudder pedals later
  • Carefully tuned sensitivity curves

This alone can provide years of satisfying flying.

Final thought

The goal of controls and hardware is not to impress anyone.
It is to make flying feel natural, smooth, and enjoyable.

When the aircraft responds gently and predictably to your hands,
the simulator stops feeling like software
and starts feeling like real flight.

And that is where true immersion begins.

Next article: MSFS 2024 Graphics Settings Guide