A clicking sound during a turn can come from a driven joint, steering or suspension movement, wheel attachment, or brake contact. Start with the conditions: does it happen while parked, only as the wheels roll, under acceleration, or when a wheel crosses a bump?
Stop safely if the steering binds, the vehicle pulls sharply, a wheel feels loose, or braking changes. Loose wheel hardware needs immediate attention. Do not keep driving tight circles to provoke a noise when a steering or wheel-retention defect is possible.
The low-speed popping guide covers similar steering and suspension sounds. If the wheel also stays turned, see the return-to-center checks.
A Clicking Camry And A Damaged CV Joint
My aunt’s older Toyota Camry clicked on turns. A cracked CV boot led to an inspection that found joint wear. Both axle shafts were replaced, and the clicking stopped. For a similar complaint, inspect the affected joints and boots before deciding whether a boot, joint or complete shaft needs replacement.
What Does The Sound Pattern Tell You?
“Click,” “pop” and “clunk” are descriptions rather than diagnoses. A repeated sound may follow wheel speed, steering movement, engine operation or a changing load. Pitch alone cannot identify the size of the component or locate the fault.
| When It Happens | Useful Checks |
|---|---|
| Steering While Stationary | Loaded steering/suspension movement, mounts, column contact and the assist system. |
| Rolling Through A Turn | Driven joints, wheel attachment and rotating brake or nearby contact sources. |
| Accelerating Or Changing Drive Load | Relevant driveline joints, attachment and mounts, alongside engine or transmission findings. |
| Crossing A Bump | Joints, links, bushes, mounts and secure component retention. |
A braking grind, coasting squeak or reverse groan can involve different conditions. Record what changes the sound instead of choosing a part from its name.
Which Components Should Be Inspected?
1. CV Joints, Boots And Axle Connections
CV joints transmit torque while accommodating their designed angles and movement. They are used in several driveline layouts, not only front-wheel drive. On a typical sideshaft, the inboard joint is near the transmission or differential, and the outboard joint is near the wheel.
Repeated clicking during a powered turn can point toward an outboard joint, but the sound is not an exclusive test or a reliable left/right rule. A joint may also produce vibration or another load-related symptom. Check the source, condition and application before removing an axle.
GKN distinguishes inboard plunge and outboard steering-angle functions. Its workshop guide also separates boot damage from joint wear and specifies suitable grease and fastening. Repacking a worn joint does not restore its damaged tracks.
2. Strut Bearing, Spring Seat And Mount
Where the strut forms a steering pivot, a restricted bearing or incorrectly seated spring can create a click or release of spring tension as the wheel turns. A loose or damaged mount can add movement. Other suspension designs have different pivots.
KYB’s bearing guidance ties the bearing to the steering-pivot arrangement. Its installation-noise checks include mount and spring-seat orientation before looking at other suspension sources. Do not assume every noise needs fresh grease or a new damper.
Strut disassembly requires proper spring restraint and the correct tools. Do not loosen the center nut on a loaded assembly to see whether the noise changes.
3. Wheel Hardware, Seats And Hub Attachment
A wheel that moves on its mounting can click or clunk under changing load. If fasteners are loose or missing, stop operation and inspect the wheel, seats, studs or bolts, threads and hub. Simply tightening damaged hardware and driving away may leave an unsafe connection.
Check correct fastener type, wheel fit, clean/sound mounting faces and any recent wheel work. Torque and reuse requirements depend on the vehicle and wheel. Normal driving is not a reason to accept repeatedly loosening hardware.
4. Steering Joints And Suspension Bushings
Ball joints, tie-rod joints, control-arm bushes and anti-roll-bar links can develop damage, excess clearance or resistance. Their designed movement differs. A component that articulates is not automatically loose; a part that feels tight is not automatically free of binding.
MOOG distinguishes serviceable grease fittings from sealed components. Do not pierce a sealed boot or glue a puncture after injecting grease. Worn joints need their specified remedy rather than lubrication as a substitute for repair.
5. Brake Hardware, Shield Contact Or Debris
Inspect relevant pad support and retaining hardware, rotor/shield clearance, debris and other contact points. Note whether brake application changes the sound. A stone, shifted clip or another loose component requires locating the actual contact rather than assuming every click is an uneven pad touching the disc.
Brembo’s fitting guidance emphasizes surrounding-component inspection and correct retention. Use the actual brake’s service instructions; do not spray lubricant through the wheel or modify a pad to suppress an unexplained noise.
6. Steering Assistance And Related Connections
Hydraulic, electrohydraulic and pure electric steering use different components. A hydraulic pump is not always belt-driven, and an electric system may have no fluid reservoir. A click or change in effort can also involve a mechanical connection rather than the pump.
For hydraulic systems, use the specified level, fluid, leak and aeration checks. An unexplained loss is not routine evaporation to top up indefinitely. For electric systems, check the actual warning, supply, relevant connections and diagnostic procedure. A fluid flush does not diagnose every steering noise.
What Should A Diagnosis Establish?
Locate the sound under the relevant movement and load, inspect the supported cause and check retention and serviceability. Record the findings behind the repair. Verify steering, braking and any required alignment or calibration before checking the original complaint under suitable controlled conditions.
A noise becoming quieter is useful, but it does not approve a previously loose wheel, damaged joint or contaminated friction surface. The repair needs to address the underlying condition as well as the sound.
Experiences With Clicking During Turns
Turning noises can involve different systems. Compare the movement that triggers the sound and the findings supporting the repair, rather than treating a similar noise as confirmation of the same part.
Experienced a similar issue with my 2015 Ford Ranger. It was a bad wheel bearing. The noise was more of a grinding sound, especially when turning left. Replaced the bearings, and it solved the problem.
Had a clicking noise when turning in my ’09 Honda Odyssey. Turned out to be a worn CV joint. I noticed it got louder during sharp turns. Replaced the CV axle, and the noise was gone.
I had this issue in my 2018 VW Golf. It was due to loose lug nuts on the front wheel. Tightened them, and the clicking stopped. Always check the simplest solutions first!
Own a 2017 Subaru Crosstrek. The clicking noise during turns was due to a failing CV boot, which led to CV joint damage. Replaced the entire CV axle. Always check your boots for cracks or leaks.
I drive a 2016 Charger. The clicking noise turned out to be from the brake pads. They were moving slightly in the caliper during turns. I changed retaining clips, and it fixed the issue.
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