Logitech G920 vs G29
The Logitech G920 and G29 are the same wheel under two different console licences. The G920 is licensed for Xbox and PC; the G29 is licensed for PlayStation and PC. Mechanically they are identical: helical gear reduction, approximately 2.2–2.3 Nm of peak torque, a steel rim, and the same travel-sensing three-pedal set. Neither is stronger, faster or more detailed than the other, so choose by the console you own, not by specification — and do not pay a premium for one expecting more performance.
The fact that catches people out: console licensing inverts by platform. PlayStation licensing lives in the wheel base; Xbox licensing lives in the rim. It is a paid licensing and security-chip arrangement, not a software toggle — which is why a G920 cannot be made to work on a PlayStation, and why swapping rims does not get you around it either.
Side by side, where they genuinely differ
| Feature | Logitech G920 | Logitech G29 |
|---|---|---|
| Drive type | Helical gear reduction | Helical gear reduction |
| Peak torque | approx 2.2–2.3 Nm | approx 2.2–2.3 Nm |
| Rim | Steel, leather-wrapped | Steel, leather-wrapped |
| Pedals included | 3-pedal, travel-sensing | 3-pedal, travel-sensing |
| Console licence | Xbox + PC | PlayStation + PC |
| Licence lives in | The rim | The wheel base |
| Feel artefact | Gear lash & tooth mesh | Gear lash & tooth mesh |
Five of the seven rows are identical, and the two that differ are both about licensing rather than capability. That is the entire comparison. If a page tells you one of these wheels is meaningfully quicker or stronger than the other, it is inventing a difference to justify the article.
Why both of them feel grainy, and why that is not a fault
Both wheels drive the rim through a helical gear reduction, and two toothed surfaces meshing under load produce a texture you can feel the moment the wheel reverses direction. That is gear lash and tooth mesh. It is a different artefact from the cogging you feel on a direct-drive base at rest, and it is inherent to the mechanism rather than a defect in your unit.
The deeper reason a geared wheel feels filtered rather than fine is that reflected inertia scales with the square of the gear ratio. Even a modest reduction stage sharply increases the effective mass the force-feedback signal has to accelerate, so the small, fast details — the ones that tell you the rear is going — get smoothed away before they reach your hands. No amount of in-sim smoothing recovers them; smoothing only removes more. This is covered properly in direct drive vs belt vs gear.
So which should you buy?
Whichever one matches your console. On PC alone, either works, so buy whichever is easier to get — there is no performance argument in either direction. If you already own a PlayStation, the G29 is your only option of the two; on Xbox, the G920 is.
The more useful question is what you upgrade first afterwards, and the answer is not the wheel. Both sets ship with travel-sensing potentiometer pedals, which measure how far the pedal moves rather than how hard you press. Your leg reproduces force far more repeatably than position, which is why braking consistency — the thing that actually decides lap time — is capped by those pedals long before it is capped by the wheel. See do I need load-cell pedals and the upgrade order.
The wheel and pedal set
Logitech G G920 / G29 Driving Force Racing Wheel and Pedals
Gear-driven, approx 2.2–2.3 Nm; 3-pedal set included (G920 for Xbox/PC, G29 for PlayStation/PC)
The long-standing cheapest way into real force feedback: helical gear reduction, a steel rim, and a famously durable 3-pedal set.
Best for: Absolute cheapest entry, desk-clamped and casual
Watch out: Gear lash and tooth mesh give a grainy, slightly notchy feel, and the roughly 2.2–2.3 Nm is genuinely low — this is travel-sensing potentiometer pedals and a filtered feel, not the fine detail a belt or direct-drive base gives.
Check price on AmazonLogitech G Driving Force Pedal Unit (G29 / G920 bundled set)
Potentiometer (travel-sensing) 3-pedal set; the baseline most people start on
The reference point a load-cell upgrade improves on: it senses how far the pedal moves, not how hard you press.
Best for: Understanding what you are upgrading from
Watch out: Travel-sensing potentiometers cap braking consistency and wear over time — your leg reproduces force far more repeatably than absolute position, which is the whole case for moving to a load cell.
Check price on AmazonFrequently Asked Questions
The console licence, and almost nothing else. The G920 is licensed for Xbox and PC; the G29 is licensed for PlayStation and PC. Mechanically they are the same wheel: helical gear reduction, approximately 2.2-2.3 Nm, a steel rim, and the same travel-sensing three-pedal set. Buy whichever one matches the console you actually own, and do not pay a premium for one over the other expecting more performance.
No. Neither is faster, stronger or more detailed than the other. They share the same gear-driven mechanism and the same approximate 2.2-2.3 Nm of torque, so any price gap between them reflects stock and demand on your platform, not capability. The only functional difference some sets carry is cosmetic or the presence of extra buttons on certain regional revisions.
No, and this is not a setting you can change. Console licensing is a paid security-chip arrangement, not a toggle. It also inverts by platform: PlayStation licensing lives in the wheel base, while Xbox licensing lives in the rim. That is why a wheel bought for one console cannot be made to work on the other, and why swapping rims does not solve it either.
That is gear lash and tooth mesh, and it is inherent to a geared drive rather than a fault. Two toothed surfaces meshing under load produce a grainy texture the moment direction reverses. It is a different artefact from the cogging you feel on a direct-drive base at rest, and no amount of software smoothing removes it — smoothing only blurs the useful detail along with it.
As the cheapest genuine force-feedback entry, yes, with clear eyes about what it is. The mechanism is durable and the bundled pedals are famously hard to kill. But the pedals are travel-sensing potentiometers, which cap braking consistency, and the reflected inertia of a gear reduction stage scales with the square of the ratio, which is why the feel is filtered rather than fine. Most owners get more from upgrading the pedals than from anything else.