Torque Specifications

Why torque figures are safety data, not trivia

A torque specification is the clamping force a fastener is designed to hold, expressed as the twisting effort needed to reach it. Wheel fasteners are the case most drivers meet. Too little clamping force and the wheel works loose, elongates the stud holes and eventually separates. Too much and the stud stretches past its elastic range, the rotor hat distorts, and you get the brake judder that is so often misdiagnosed as a warped rotor.

The figure is specific to the fastener and the assembly, which is why it changes between trims on the same model. Alloy and steel wheels can carry different values, aftermarket wheels with a different seat design carry the values of the wheel maker, and a vehicle converted to studs or bolts of another grade is no longer covered by the factory number at all.

How to tighten wheels correctly

Work in a star or criss-cross pattern, never around the circle, so the wheel pulls onto the hub squarely.
Bring all fasteners up finger tight first, then to roughly half torque in sequence, then to the full figure in a second pass.
Use a calibrated torque wrench for the final pass. An impact gun is for removal and for running fasteners down, not for setting final torque.
Lower the vehicle so the wheel is loaded before the final pass, otherwise the wheel can shift as it settles.
Re-check after 80 to 160 km of driving. Fresh assemblies bed in and lose clamping force.

Thread condition changes the answer

Published torque values assume clean, dry, undamaged threads unless the manufacturer states otherwise. Oil, anti-seize or thread locker on the threads lowers friction, so the same wrench setting produces far higher clamping force than intended and can snap a stud. Rust, dirt or a stretched stud does the opposite and gives a false reading before the joint is properly clamped. If a fastener turns roughly, replace it rather than torque it harder.

Beyond wheels

The same logic applies to every critical joint on a vehicle: suspension arms, caliper brackets, drain plugs, cylinder heads. Many of those use a torque-to-yield procedure, where the fastener is taken to a torque value and then through a specified additional angle, and is designed for single use. Reusing a torque-to-yield bolt because it looks fine is one of the more expensive shortcuts in home mechanics.

What these pages contain

Each model-year page below lists the torque figures we hold for that vehicle, with the assembly named and the units as published. Where a manufacturer specifies a range rather than a single value, we keep the range. Where a value depends on wheel type or fastener grade, that qualifier is kept with the value. Our sourcing and correction process is described in our methodology and editorial policy.

Use these figures as a cross-check. The service manual for your vehicle and market is the authority, and if a number here disagrees with it we want to know through our contact page.