Tools you need for tire rotation on a 2012-2017 Toyota Camry
Easy · 45-60 minutes · Updated 2026-09-28
Must-have tools
21 mm lug nut socket, 1/2 in drive
Floor jack, 2 ton minimum
Jack stands, 2-4
Torque wrench, 1/2 in drive
Breaker bar, 1/2 in drive
Rotating tires on an XV50 Camry is about as simple as car maintenance gets. Every trim and engine in this generation, from the 2.5L 2AR-FE to the V6 and the Hybrid, uses five 21 mm lug nuts torqued to 76 ft-lb. The only things that change are the wheel size (16, 17 or 18 inch) and whether your specific tires are directional, which changes the rotation pattern.
The mistake people make is torque. Shops routinely rattle these on with an impact gun to 120 ft-lb or more, and this generation of Camry is well known for warped-feeling front rotors and brake pedal pulsation as a result. Use a torque wrench, go in a star pattern, and re-check after 50-100 miles. The second mistake is the jack point: get on the reinforced pinch weld notch, not the flat floor pan, or you'll fold sheet metal.
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Complete tool and parts list
Item
Type
Lug nut socket 21 mm 6-point, 1/2 in drive, thin-wall Removes the lug nuts on all XV50 Camry wheels.
Lug nut size and torque are identical across the 2.5L 2AR-FE, 3.5L 2GR-FE and the Hybrid: 21 mm, 76 ft-lb. Wheel diameter varies (16 in steel on base L/LE, 17 in alloy on LE/XLE/Hybrid, 18 in on SE/XSE), and SE/XSE ground-effect side skirts sit lower, so a low-profile floor jack is easier on those trims. Hybrids carry the battery behind the rear seat but use the same pinch weld lift points.
Torque specs
Wheel lug nuts (all XV50 Camry, steel and alloy)
76 ft-lb (103 Nm)
How the job goes
Park on level pavement, set the parking brake, and chock the wheels that will stay on the ground. Do not rotate tires on a slope or on gravel.
Check and note tire pressures cold, and mark each tire's current position (LF, RF, LR, RR) with chalk so you don't lose track.
With all four wheels on the ground, break each lug nut loose about a half turn using the 21 mm socket and breaker bar. Use the wheel lock key first if fitted.
Lift the front of the car at the center front crossmember or the reinforced pinch weld behind the front wheel, then place jack stands under the pinch welds at the factory notches. Repeat at the rear (rear jack point is just ahead of the rear wheel on the pinch weld, or the rear subframe).
Remove the lug nuts and pull the wheels. If a wheel is stuck to the hub from corrosion, strike the tire sidewall with a rubber mallet or reinstall two lug nuts loosely and rock the car.
Wire brush any rust off the hub mating face and the back of the wheel so the wheel seats flat. A very thin smear of anti-seize on the hub face only is fine; keep it off the studs and the lug nut seats.
Rotate using the forward cross pattern for non-directional tires with a temporary spare: front tires go straight back on the same side; rear tires move forward and cross to the opposite side.
If the car has directional tires (some SE/XSE fitments), rotate front-to-back on the same side only. If it has a full-size matching spare, you can use the five-tire forward cross.
Hang each wheel on the studs and hand-thread all five lug nuts, tapered side facing the wheel, until snug. Snug them in a star pattern with the wheel just off the ground.
Lower the car so the tires just touch, then torque all lug nuts to 76 ft-lb in a star pattern. Lower fully and re-check.
Set all tires to the pressure on the driver's door jamb placard (commonly 32-35 psi cold; the temporary spare is 60 psi).
Reset the tire pressure warning system if needed: with the ignition on and the vehicle stopped, press and hold the TPMS reset button (below the steering column or in the glove box area) until the light blinks three times.
Re-torque the lug nuts after 50-100 miles of driving.
Watch out
Never get under the car supported only by the scissor jack or a floor jack. Always use jack stands.
Do not use an impact gun to final-tighten lug nuts. Overtorquing warps the brake rotors on this car, which is a very common cause of steering wheel shudder on XV50 Camrys.
Never put anti-seize, oil, or grease on the wheel studs or lug nut seats. Lubricated threads make a torque wrench read falsely high and can stretch or snap studs.
Place the jack on the reinforced pinch weld notches or the crossmember. Jacking on the flat floor pan or the plastic side skirt on SE/XSE trims will crush it.
On the Hybrid, avoid jacking near the rear battery and high-voltage cable routing under the rear seat area; use the standard pinch weld points.
The compact spare is speed-limited to 50 mph and is not part of the rotation pattern.
The 21 mm lug nut size and 76 ft-lb (103 Nm) torque are standard across all 2012-2017 Camry trims and engines, including Hybrid; confirm your exact tire pressures on the driver's door jamb placard and check whether your tires are directional before choosing a rotation pattern.
Frequently asked
What size socket do I need for the lug nuts on a 2012-2017 Camry?
A 21 mm socket, 1/2 inch drive. Use a 6-point thin-wall socket so it fits into the recessed lug holes on alloy wheels without scratching them.
What is the lug nut torque spec for the XV50 Camry?
76 ft-lb (103 Nm) for all trims, wheel sizes and engines, including the Hybrid. Tighten in a star pattern and re-check after 50-100 miles of driving.
What rotation pattern should I use?
For non-directional tires with a temporary spare, use the forward cross: fronts go straight back on the same side, rears move forward and cross to the opposite side. If your tires are directional (arrow on the sidewall), only rotate front-to-back on the same side.
Do I need to reset the TPMS after rotating tires?
Not usually, since the Camry's system doesn't care about wheel position. But if you changed pressures or the light stays on, turn the ignition to ON with the car stopped and hold the TPMS reset button until the warning light blinks three times.