Chevrolet
Bolt

Steering will not return to center. After going around a turn, or even a curve like an exit ramp, the steering will remain locked in position and not re- center. It requires close attention and considerable force to return it to center and continue along a straight road.

The steering wheel does not return to center. This appears to be a common issue on Chevy Bolts based on various forums, for example https://www.chevybolt.org/threads/steering-wont-return-to-center-bad-steering-gear-steering-sticking-in-one-direction.42988/. One has to be very aware of the steering issue as it requires the driver to actively force the steering wheel to return to center. This can be an even bigger issue when having to react to avoid debris or sudden breaking. There are no warning lights. The manufactuer claims that this is not a prevalent issue.

So I bought a used Bolt and the steering is sticking, at moderate speed (50mph) sweeping corners it lightly wants to pull harder into the corner and won't return to center if you let off the wheel, regardless of direction, you must always forcefully guide the steering wheel back to center. This is wrong, if your Bolt does this your steering rack is likely failing. This is a malfunction, in the GM service manual for the Bolt there is a diagnosis for "POOR RETURN OF STEERING WHEEL" which is described as "After completing a turn, extra steering input is required for the steering wheel to return to center."

Steering rack is binding, not returning to center after completing a turn. Only 50,000 miles on it.

Steering wheel does not return to center after making sharp turns. Steering wheel must be manually returned to center to avoid crashing.

Power steering fails go return to center intermittently causing unexpected handling characteristics while turning that could cause to over/undershoot a turn. Haven't taken it to the dealer to check and there are no warnings or lights.

I am filing this urgent safety complaint regarding a critical failure of the steering system in my 2019 Chevrolet Bolt EV, which began experiencing problems at approximately 40,000 miles. This is not an isolated incident; numerous identical reports exist from other Bolt EV owners on public forums like Reddit ([XXX]) and [XXX], often occurring at similarly low mileage (typically 30,000-60,000 miles). The symptoms began with distinct clicking and knocking sounds when turning the steering wheel. This has progressed rapidly to increased steering effort (stiffness) and a failure of the steering wheel to return to center smoothly after a turn. This constitutes a severe and unacceptable degradation of a primary vehicle control system. When I had the vehicle inspected I was informed that the degradation would progress and risk my ability to safely steer the vehicle, and that the car should no longer be operated without performing a repair. A repair diagnosis indicated failure of the steering gear/rack assembly, with an initial repair quote of over $7000. This exorbitant cost is nearly prohibitive and approaches the residual value of the vehicle itself. It is deeply concerning and frankly unacceptable that a fundamental safety system like the steering is failing prematurely on these vehicles. Furthermore, the extremely high repair cost creates a dangerous secondary safety risk: owners may be forced to choose between a financially crippling repair or dangerously deferring maintenance, continuing to operate vehicles with compromised steering and risking catastrophic failure on the road. Steering integrity is paramount and should not be failing at such low mileage under any normal operating conditions. This pattern of premature steering failure reported by numerous owners indicates a potential design flaw, manufacturing defect, or component quality issue with the Chevrolet Bolt EV steering system that warrants immediate investigation. INFORMATION REDACTED PURSUANT TO THE FREEDOM OF INFORMATION ACT (FOIA), 5 U.S.C. 552(B)(6)

Low mileage vehicle purchased preowned with only 32,166 miles, and steering wheel (steering rack & pinion) is stiff and will not return wheel to center after turning more than a quarter turn.