HOTAS vs Yoke: Which Flight Control Setup Is Right for You?
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Two controls, one big question
Walk into the GGD showroom in Dandenong South and you'll notice two very distinct groups of flight sim customers. The first are leaning towards a throttle-and-stick setup - left hand on the throttle, right hand on the joystick, ready to chase bogeys at Mach 1. The second are eyeing the yoke section, imagining themselves lining up an ILS approach through low cloud in a 737.
Both groups want the most immersive flight experience possible. But they're looking at completely different hardware. And here's the thing - picking the wrong one for the type of flying you actually enjoy is one of the most common (and expensive) mistakes new flight simmers make.
This guide cuts through the confusion. We'll explain exactly what each setup does, which type of flying suits each one, and which specific products we recommend at GGD for both categories. By the end, you'll know with confidence which direction is right for you.
What is a HOTAS setup?
HOTAS stands for Hands on Throttle and Stick. The name says it all - it's a combination of a joystick (the stick) and a dedicated throttle unit, designed so your hands never need to leave the primary controls during flight.
The concept comes directly from military aviation. Fighter pilots need to adjust thrust, activate weapons systems, trigger radar modes, and control the aircraft without looking away from the HUD or taking their hand off the controls. HOTAS systems replicate that layout for the desktop, giving you a joystick with a full hat switch array and multiple buttons, plus a throttle with its own set of switches, dials, and paddle controls.
In practice, a HOTAS setup gives you precise, three-axis control - pitch, roll, and yaw - with all the ancillary controls (flaps, gear, weapons systems, countermeasures) mapped across both units. It's the natural home of high-performance jet aircraft, military trainers, and space combat simulators.
HOTAS setups are also generally more flexible for desk use. A good joystick and throttle can be positioned wherever they feel natural for your arm position, and neither unit requires the kind of horizontal clearance that a full yoke does.
What is a yoke?
A yoke is the U-shaped or W-shaped control column you'll find in the cockpit of most general aviation aircraft, airliners, and commercial jets. Unlike a joystick, which pivots on a central axis, a yoke uses a push-pull motion combined with rotation to control pitch and roll.
Pull back towards you to climb, push forward to descend. Rotate left or right to bank. If you've ever been in a Cessna 172 or watched footage from inside a 737 flight deck, you know exactly what this looks like in practice.
Yoke setups typically pair with a separate throttle quadrant - a lever-based unit that replicates the throttle, mixture, and prop controls of real aircraft. Together, a yoke and throttle quadrant give you the closest possible approximation to flying an actual aircraft.
They do require more desk real estate, particularly width for the yoke column and some clearance for the push-pull range. Most yokes mount to the front edge of a desk with a clamp, so make sure your desk can accommodate that before you buy.
The aircraft question - and why it's the only one that really matters
Here's the advice we give everyone who comes into the showroom trying to decide between these two setups: forget the hardware for a minute. What aircraft do you actually love to fly?
If your answer involves F-16s, Su-27s, F/A-18s, spaceships, or anything where the throttle goes to afterburner - a HOTAS setup is what you want. These aircraft were designed around stick-and-throttle control, and a yoke would feel completely out of place. You'd be fighting the hardware instead of flying the plane.
If your answer involves Cessnas, Pipers, Airbus aircraft, Boeings, or anything you'd call "real-world aviation" - a yoke is almost certainly the better choice. Trying to land a 172 at Avalon with a fighter jet joystick is possible, but it works against you every step of the way.
There's also a middle ground. Some pilots genuinely split their time between military jets and GA aircraft, or mix civil aviation with DCS World sessions. If that's you, most people settle on one primary setup and accept the compromise on the other. Very few end up running both a HOTAS and a yoke long-term - the desk space and cost add up quickly.
What about desk space and budget?
Once you know which type of aircraft you want to fly, space and budget become the next considerations.
HOTAS setups tend to be more flexible. A joystick can sit on the desk to your right, the throttle to your left, and the footprint is relatively small. Entry-level options like the Turtle Beach VelocityOne Flightstick are compact, affordable, and a great starting point.
Yoke setups need more thought around desk mounting. A yoke clamps to the front edge of your desk and needs clearance to push forward and pull back - usually around 15 to 20 cm of travel. Your desk edge also needs to be accessible and sturdy enough for the clamp. That said, most desks handle this fine, and the setup is more stable than you might expect once it's clamped on.
Budget-wise, you can get into either category for a similar entry cost. A solid starter HOTAS like the VelocityOne Flightstick comes in below $300 AUD. The Honeycomb Alpha Yoke starts around $499 AUD. Premium options in both categories step up from there.
The entry HOTAS pick: Turtle Beach VelocityOne Flightstick
If you're starting out with HOTAS and want to keep the initial investment manageable, the Turtle Beach VelocityOne Flightstick is one of the best entry points in the Australian market right now. It works with both PC and Xbox, the button layout is genuinely well thought out, and the build quality is solid for the price.
The stick has a realistic centre-spring feel with good throw range for precise control inputs. There are enough hats and buttons to cover the functions you'll use most in simulators like Microsoft Flight Simulator and DCS World without overwhelming new users with complexity. Pair it with a separate throttle later when you want to expand.
The entry yoke pick: Honeycomb Alpha Yoke & Switch Panel
For GA and commercial aviation, the Honeycomb Alpha has become the go-to recommendation for good reason. It's built to replicate an actual Boeing-style yoke, with real steel column construction, proper push-pull travel, and a rotation arc that matches real aircraft controls far more closely than cheaper alternatives.
The Alpha includes a built-in switch panel for gear, flaps, lighting, and pitot heat - functions you'd normally have to buy a separate button box to cover. That makes it genuinely good value for the price point. It clamps to your desk securely and works natively with Microsoft Flight Simulator and X-Plane 12 without any additional setup.
If you want more advanced PC compatibility and USB-C connectivity, the Alpha XPC variant is worth the step up. For most new flight simmers though, the standard Alpha gets you flying with proper controls for under $500 AUD.
Ready to go premium? Here's where both setups step up
Once you've been flying for a few months and you know this is a long-term hobby, the upgrade options in both categories are genuinely impressive.
On the HOTAS side, the MOZA AB9 force-feedback base paired with the MH16 Flightstick represents a significant leap. Force feedback in a joystick base means you feel buffet, turbulence, G-force loading, and departure from controlled flight through the stick itself. It's the difference between flight simulation and something approaching flight training. If you've ever seen someone suddenly grab their joystick like it's about to yank their arm out - that's force feedback at work.
On the yoke side, the Honeycomb Aeronautical Bundle - pairing the Alpha Yoke with the Bravo Throttle Quadrant - is the combination most serious GA and commercial simmers end up with. The Bravo adds a multi-lever throttle quadrant with configurable levers for throttle, propeller, mixture, flaps, and spoilers. Together they cover virtually every civil aircraft you'd want to fly in MSFS or X-Plane.
Rudder pedals - essential for both setups
Whichever direction you go - HOTAS or yoke - rudder pedals are the single best upgrade you can make once you have your primary controls sorted. This is the one hardware choice that applies equally to both camps.
In real aviation, your feet are always on the rudder pedals. You use them for coordinated turns, crosswind landings, differential braking on the ground, and yaw control in every phase of flight. Trying to replicate all of that with a twist axis on a joystick, or ignoring it entirely, puts a ceiling on how realistically you can fly.
The Honeycomb Charlie Rudder Pedals are the natural companion to the Alpha Yoke and pair well with most HOTAS setups too. They have real differential toe braking, a smooth rudder action, and a build quality that matches the rest of the Honeycomb range. If you're serious about flight simulation, adding pedals should be your next purchase after your primary controls.
The verdict
Here's the short version for anyone who's skimmed to the bottom: if you love military jets and combat aviation, buy a HOTAS setup. If you love GA aircraft, airliners, or anything resembling real-world civil aviation, buy a yoke. Add rudder pedals as soon as the budget allows, regardless of which direction you go.
Both setups are excellent. The best one is whichever matches the aircraft you actually want to fly. If you're genuinely split between both types of flying, come into our showroom in Dandenong South and try both before you commit. It usually takes about five minutes of hands-on time to know which one feels right.
Browse our full range of flight control bundles and flight simulator packages to see all the options, or get in touch if you'd like a personal recommendation.
