Buy a direct drive wheel if you can stretch to it, and skip gear driven entirely unless your whole budget is under about $250. That’s the answer most people came here looking for, and I’ll defend it below with the caveats that actually matter, because “just buy direct drive” is the kind of lazy advice that gets people to spend $900 on a base bolted to a desk that flexes so badly the force feedback turns to mush.

The belt versus direct drive question is more interesting, and for a lot of people belt is still the right call in 2026. But the gear driven wheel, the thing most of us started on, is a dead format for anyone past their first month. I’ll explain why the mechanism matters, what each one actually feels like after you’ve lived with it, and where the money is well spent versus where you’re paying for a number on a box.

What the three actually do

Force feedback is a motor pushing back on the wheel to tell you what the front tyres are doing. The three types are just three ways of connecting that motor to the wheel you hold.

Gear driven uses a small motor spinning fast, geared down to the wheel. Cheap to build, which is why the old Logitech G920 and G29 used it for years. You feel the gears. There’s a grainy, notchy texture under your hands, a kind of mechanical cog-cog-cog when the wheel turns slowly, and a deadzone around center where nothing happens until the gears take up slack. The G923’s “TrueForce” tried to paper over this with software vibration and it helps a little, but the underlying mechanism is the same.

Belt driven puts a bigger motor off to the side and connects it with a toothed belt. Thrustmaster’s T300 and the older TX built their reputation here. The belt smooths out the gear notchiness completely. You get a fluid, quiet feel with real detail, and around 4 to 6 Nm of peak torque depending on the model, though the belt itself absorbs some of the finer high-frequency stuff before it reaches your hands. It’s a filter. Mostly a flattering one.

Direct drive removes the middleman. The wheel bolts straight onto the motor shaft, so every twitch the motor makes, you feel instantly. No belt to soak up detail, no gears to add grain. Entry bases like the Moza R5 and Fanatec CSL DD start around 5 Nm, mid-range Moza R9 and R12 sit at 9 to 12 Nm, and the big Simucube and Asetek units go to 20 Nm and beyond, which is more than your forearms want for a two-hour stint. More on that later, because high torque is the spec everyone fixates on and it’s mostly a trap.

Gear driven: where most of us started, and why you leave

I put hundreds of hours on a G29. It was fine. It taught me to trail brake and it survived being clamped to three different desks. For $250-ish it does the job of “a wheel that isn’t a gamepad,” and if that is genuinely all you can spend, the Logitech G923 is a competent first wheel with a pedal set that includes a mushy but usable brake.

Here’s the thing nobody tells you at the register. The gear notch never goes away, and once you’ve felt something better you can’t unfeel it. Slow hairpins are where it’s worst. Take the final chicane at Long Beach in iRacing, feed the wheel back to center at low speed, and you feel the gears clunking through the transition instead of the tyre loading up. It lies to you about the exact moment the front lets go, which is the one piece of information you actually bought a wheel to get. The plastic paddle shifters also develop a rattle within a year, and the whole unit walks around on the desk under load unless you really crank the clamps.

Buy it as a stepping stone if the budget is hard. Don’t buy it expecting to keep it.

Belt driven: still genuinely good, and quietly being killed off

For years the T300 was the sensible middle. Around $400 with pedals, smooth feedback, and enough detail that plenty of alien-fast drivers ran them at the top of the timesheets before direct drive got cheap. The belt gives you a warm, rounded feel. Some people prefer it. It flatters older or less-detailed FFB, and in ACC the belt smooths out that sim’s slightly synthetic kerb rumble into something less fatiguing.

The Thrustmaster T300 and its cousins are still worth buying used if you find one around $200 to $250. At that price the value is hard to argue with. What you’re giving up is honesty of detail. The belt rounds off the sharp edges, so the exact instant of lockup under braking or the first flutter of the rears stepping out arrives a fraction softened, a little late. You adapt. But side by side with a direct drive base, the belt feels like listening to music through a nice pair of closed headphones versus open ones. Pleasant. Slightly closed-in.

The reason I’d hesitate to buy one new today is that the format is being squeezed out of existence. Direct drive bases now start at the same price a belt wheel used to cost, and once you’ve committed to Thrustmaster’s belt ecosystem you’re buying into a wheel and pedal mount standard that’s slowly being abandoned. You’re spending money on a platform with a shrinking future.

Direct drive: the real answer, with the caveats the hype skips

Direct drive is better. It is not close. The first time you feel the front tyres load up through a Fanatec CSL DD or a Moza R5 with no gear grain and no belt softening in between, the difference is immediate and a little startling. You feel the road surface change. You feel the exact edge of grip. In Le Mans Ultimate the moment a GT3 car’s rear starts to rotate at the exit of a corner comes through as a specific, readable lightening of the wheel, and you catch slides you used to spin on. That’s not marketing. That’s the mechanism doing less to the signal.

But.

The setup is fussier than a belt wheel, and the first hour involves installing driver software (Fanatec’s Fanalab, Moza’s Pit House) that is not always a smooth first-run experience. You’ll be flashing firmware before you drive. Budget an evening.

Desk mounting is where direct drive dreams go to die. A 5 Nm base bolted to a flat-pack desk will flex the whole desk, and that flex feels exactly like FFB softening, so people spend $600 and get belt-level feel because their desk is a trampoline. If you can’t bolt to a proper rig or a very solid desk, do not buy above 8 Nm. I’m serious about this. A Moza R5 on a heavy desk with a real clamp beats an R9 on a wobbly one every time. The rig is not optional at higher torque, it’s part of the purchase.

Then there’s torque itself. Everyone wants the biggest number. 12 Nm, 15, 21. Unless you’re specifically training for formula cars with heavy steering, you will run a 12 Nm base at 60 to 70% and never miss the rest. I run my R9 around 8 Nm of actual output in GT3 cars. More than that and your forearms are cooked after forty minutes and you start bracing against the wheel, which makes you slower and less precise. The people obsessing over peak torque in forum threads are mostly not the people setting fast, consistent laps. Buy torque you can actually use for two hours.

A rough map of the money

The single best upgrade for most people isn’t torque at all. It’s a load-cell brake pedal, which measures pressure instead of position. Moving from the potentiometer brake on a G29 to a load cell did more for my braking consistency than switching from belt to direct drive did. If your budget is tight, an entry direct drive base with a load-cell pedal set beats a fancier base with a rubbish brake.

The Fanatec question nobody wants to say out loud

For a long time the default direct drive recommendation was Fanatec, and their hardware is good. Their business has been a mess. Shipping delays, support tickets that vanish into the void, and a well-earned reputation on r/simracing for taking your money and going quiet. They’ve been through financial turmoil that had people genuinely worried about warranties. The gear still works. But if buying from a company that reliably answers emails matters to you, Moza has eaten a lot of Fanatec’s lunch by simply being easier to deal with, even as a newer brand with a shorter track record. That newness is the fair knock against Moza: fewer years of proven durability, a smaller used market. I’ve had zero issues with mine over about eighteen months. Your mileage may vary, which is exactly the phrase that should make you keep the receipt.

FAQ

Is direct drive worth it for a beginner? Yes, if you can afford an entry base and mount it solidly. A beginner learns car control faster on a wheel that tells the truth. The old advice of “start cheap, upgrade later” mostly existed because direct drive used to cost a grand. It doesn’t anymore. Skip the intermediate step if the money’s there.

Will a 5 Nm direct drive feel weak? No. 5 Nm of direct, unfiltered torque feels stronger and far more detailed than 6 Nm through a belt, because none of it is being absorbed on the way to your hands. People coming from a belt wheel are usually surprised the “weaker” number feels meatier. The number on the box and the feel in your hands are not the same thing.

Can I keep my wheel rim when I upgrade the base? Usually not across brands. Rims and bases use proprietary quick-release systems, so a Fanatec rim won’t click onto a Moza base without an adapter, and adapters are hit or miss. Factor the cost of a rim into any base upgrade. This locks you into an ecosystem more than people expect, so choose the brand, not just the base.

Before you order

Measure your desk first, literally push down hard on the front edge where the wheel will mount. If it flexes, either sort out a proper mount or cap yourself at a 5 to 8 Nm base, because torque you can’t anchor is torque you can’t feel. If your budget forces a choice between a stronger base with stock pedals and a modest base with a load-cell brake, take the load cell. And if you’re sitting on a working belt wheel right now wondering if you need to upgrade tonight, you don’t. It still works. Direct drive is better, but a T300 that already smooths out ACC’s kerbs is not stopping you from being fast. Spend the money when you can mount it properly, not before.