Best Logitech G29 and G920 settings

The Logitech G29 (PlayStation/PC) and G920 (Xbox/PC) are the same gear-driven wheel with different button labels, putting out roughly 2 to 2.3 Nm at the rim through a dual-motor helical-and-worm gear drive. The G923 is that same drivetrain plus TrueForce and a slightly stiffer brake spring. That torque number is the ceiling: these settings cannot add detail the gears filter out, they can only stop you from losing the detail that is already there. A gear wheel feels notchy because gears are notchy, and no slider fixes that. What sliders do is keep you from clipping the tiny motor and burying the few cues it can give you.

G HUB baseline (PC)

Start in G HUB and set it once:

• Operating Range / Rotation. 900 degrees, the wheel’s full lock and the basis for matching every sim.
• Operating Range strength. 100%.
• Centering Spring. Off (0%). In any FFB title the game generates centering through force feedback. The G HUB centering spring is a separate constant force pulling the wheel to center, and it fights the game’s signal, muddying everything. Turn it off. The only time to add a little back (20-25%) is a non-FFB game, or if you want a touch more straight-line return in something arcade.
• Damper. 0. The gears already drag; you do not need to add more.

Then leave G HUB alone and tune force inside each sim. None of this exists on console: PS5 and Xbox owners tune entirely in-game.

Why it feels notchy on center, and the one setting that helps

Owners describe an 8-10 degree band in the middle where small inputs produce no felt force, which kills feel in fast corners that only ask for a few degrees of steering. People try to “fix the deadzone” in calibration. You cannot, because it is not a deadzone setting. It is mechanical: gear backlash (a moment of zero resistance as the teeth re-engage every time force changes direction) stacked on the motor’s low-force floor (it simply cannot produce a force that gentle).

The setting that actually helps is in-sim Minimum Force (Min Force). It lifts the lightest forces over the motor’s floor so they register at the rim. On a direct drive base you leave Min Force at 0; on a gear wheel you raise it. This is the one wheel class where Min Force is correct, not a mistake. It will not erase the backlash, but it pushes the on-center cues into a range you can feel.

One thing Min Force does not fix: a roughly 90-degree dead area near center. That is an endpoint or rotation-range calibration error, a different problem, and you fix it by re-running rotation calibration.

Match your steering lock first

The most common new-owner panic, “the car won’t go straight, it wobbles, the tires fly off,” is almost never a broken wheel. It is a rotation and steering-lock mismatch. The proof: it persists even after you disable force feedback entirely, which means FFB was never the cause. Set the wheel to 900 degrees, then match the in-game steering lock to 900 (or to the car’s real lock if the sim uses that) so the soft-lock and the on-screen wheel line up with your hands. In arcade-leaning titles, also drop the in-game force so the gear motor stops oscillating around center. See what each FFB signal means if you can’t tell the wheel going light from the car actually losing grip.

iRacing

iRacing reads this as a gear wheel, so unlike a direct drive base you do use Min Force here. Set Wheel Force (strength) so it does not clip the ~2 Nm motor: run a warm lap, hit Auto, or watch the in-car force meter and back the strength off until the peaks stop flatlining. Then add a small Min Force, and a touch of in-sim smoothing only if the notchiness is actively distracting. Don’t smooth away detail you paid for. If iRacing nags “configure controls” on every login, or won’t detect FFB at all, that is a setup issue, not a hardware fault: re-run the wheel setup, save, and confirm the wheel is selected.

ACC and Assetto Corsa

In ACC, raise Gain until it just begins to clip, then back it off a notch. This is the one base where you set Min Force to a small single-digit value instead of 0, to beat the gear dead spot. Keep Dynamic Damping lower than you would on a direct drive base. The gears already feel heavy, so piling on damping just makes the wheel dead.

In the original Assetto Corsa, the high-value fix is a LUT file. Run WheelCheck, feed the result through a LUT generator, and the LUT linearizes the low-force region the gear motor reproduces poorly, the deeper version of what Min Force does by hand. Then set in-sim Gamma to 1 and turn the canned-effect sliders (kerb, road, slip) low so the real signal isn’t buried under fake rumble. The full per-title numbers are in per-sim FFB settings.

F1 25 and rally

In F1 25 (and F1 24), lower the in-game FFB strength so the gear motor doesn’t clip and oscillate, set the steering lock, and turn the canned effect sliders down. The “tires fly / wheel won’t go straight” complaint here is the rotation-and-lock mismatch from above. Fix the range and lock, not the FFB.

For rally (EA Sports WRC, Dirt Rally), drop rotation to about 540 degrees (roughly 60-63% in the in-game calibration), lower overall force, and turn the wheel-friction effect off so you can throw the wheel into slides. Full 900 degrees is too slow to counter-steer on a gear motor, the same reason drifters run well under 900.

Console: GT7 and Forza

On PS5 and Xbox there is no G HUB, no LUT tools, and no irFFB. Every rotation and FFB control lives inside the game.

• Gran Turismo 7. On G29/G923 (PS5), FFB is entirely GT7’s two sliders and its own physics. Set them to taste and let rotation follow the car.
• Forza Motorsport / Horizon. On G920/G923 (Xbox), in-game only. Lower the in-game force and the self-aligning torque to tame the oscillation the gear motor throws at speed.

TrueForce (G923 only)

TrueForce is a separate high-frequency channel on the G923 that reads game audio and telemetry to add engine and surface texture. It is good for immersion in iRacing, GT7, F1, and Dirt, and on console it lifts GT7’s stock feel. But it is an immersion layer, not a limit-feel tool, widely called “a gimmick” for grip feedback on a gear wheel, because it does nothing for the backlash or the center dead spot. The G29 and G920 do not have it, and that alone is not a reason to upgrade.

Adding brake feel

The G29/G920 brake is travel-based, with a stock rubber/foam “progression” piece behind the pedal that gives it a mushy, indistinct stop. The cheap fixes, roughly in order of firmness: pull that rubber piece out to feel the bare factory spring, fit a stiffer GTEYE brake spring, or pack an elastomer or rubber ball behind the pedal. Any of these gives a firmer, more pressure-like feel and is the closest these wheels get to load-cell consistency. But it changes feel only. The sensor still reads travel, not force, so you are hitting a pedal distance, not a pressure target. Pedal calibration and tuning covers why that travel brake feels identical from 80 to 100% no matter how stiff you make it.

When settings stop helping

A gear wheel can never show you the fine, fast-changing forces the gears filter out, the front-end texture that tells you the tire is about to let go. You can win league GT3 races and learn to drift on a G29; people do it constantly. The limit is feel and detail, not capability, and no setting recovers detail the drivetrain removes. When you’ve set 900 degrees, killed the centering spring, dialed force just under clipping, and added Min Force, you’ve extracted what this wheel has. The next real gain is torque and a direct drive motor: see what the first wheelbase upgrade buys.