Wheel Nut Torque Settings: Reference Table by Vehicle Type (UK)

Using a torque wrench on a car wheel nut in a UK home garage

Tightening your wheels correctly is one of the most safety-critical jobs in DIY car maintenance, yet it is routinely done by feel or with an air gun set far too high. Both under- and over-tightening are dangerous. This reference page gives typical wheel nut and bolt torque ranges by vehicle class, explains why the figure matters, and shows how to use a torque wrench properly. Always treat the value in your vehicle handbook as the definitive figure; the table below is for general guidance where the manufacturer specification is to hand.

Why wheel torque matters

A wheel is held on by friction and clamping force, not by the threads alone. The correct torque stretches each stud or bolt by a precise amount, creating consistent clamping force that keeps the wheel seated against the hub. Get it wrong and the consequences are serious.

  • Under-tightened nuts allow the wheel to work loose, elongate the bolt holes and can ultimately part company with the car at speed.
  • Over-tightened nuts stretch studs beyond their yield point, distort brake discs (causing a pulsing pedal and vibration), and can seize or shear fasteners, leaving you unable to remove the wheel at the roadside.

A calibrated torque wrench removes the guesswork and is the only reliable way to achieve the manufacturer's figure.

Typical wheel nut/bolt torque by vehicle class

The table below lists typical torque ranges by broad vehicle category. Figures are given in both Newton-metres (Nm) and pound-feet (lb-ft). These are representative ranges only – performance cars, alloy versus steel wheels, and specific models can differ, so always confirm against your handbook or a trusted data source before relying on a number.

Vehicle class Typical torque (Nm) Typical torque (lb-ft) Examples
Small car / supermini 90–110 66–81 City cars, small hatchbacks
Family car / hatchback / saloon 100–120 74–89 Mid-size hatchbacks & estates
Executive / larger saloon 110–140 81–103 Large saloons, sports saloons
SUV / 4x4 120–150 89–111 Mid to large SUVs and 4x4s
Light van / commercial 140–180 103–133 Panel vans, large commercials

As a rough rule, most ordinary cars sit between 100 and 120 Nm, but never assume – a few popular models specify figures well outside the typical band for their class.

How to use a torque wrench correctly

A torque wrench is only accurate if it is used and stored properly. Follow this sequence:

  • Clean the threads and the wheel/hub mating faces. Fit the wheel and finger-tighten all nuts or bolts.
  • With the car still raised so the wheel can spin freely is fine for the initial snug-up; do the final torque with the wheel just touching the ground or lowered, so it cannot rotate.
  • Set the wrench to the specified value (most are click-type). Tighten in a star (diagonal) pattern, not a circle, so the wheel pulls down evenly.
  • Pull smoothly until the wrench clicks once, then stop – do not keep heaving past the click, as that over-torques the fastener.
  • After use, wind a click-type wrench back down to its lowest setting to protect the internal spring and keep it in calibration.

Do not use a torque wrench to loosen seized nuts; use a breaker bar instead. You will find calibrated torque wrenches and breaker bars in our automotive tools and workshop equipment range.

A note on hub-piloted and conical seats

Most UK cars use conical (tapered) or radius-seat nuts/bolts that centre the wheel as they tighten, which is exactly why the star pattern matters. If you change wheels – for example fitting aftermarket alloys – make sure the nut seat type matches the new wheel, as mismatched seats can never be made safe simply by torquing harder.

Re-torque advice

After fitting a wheel, or after any tyre fitter has worked on your car, the clamping force can settle slightly as the components bed in. Good practice is to re-check the torque after around 50 miles of driving. Set the wrench to the same figure and check each nut; if it clicks immediately without movement, it is correct. This single habit prevents the great majority of "loose wheel" incidents.

When you are replacing wheels or tyres, browse our tyres and wheels collection for fitments, and remember code SAVE10 for 10% off with tracked UK delivery. For older or unusual vehicles where the right fasteners are hard to find, our request-a-part service can help source the correct parts.

Frequently asked questions

What torque should I use if I cannot find the manufacturer's figure?
Most ordinary UK cars sit around 100-120 Nm (74-89 lb-ft), but this is only a guide. Always try to confirm the exact value from your vehicle handbook or a trusted data source first, as some models specify figures well outside the typical range for their class.
How soon should I re-torque my wheels after fitting?
Re-check wheel nut torque after around 50 miles of driving. Components can bed in and clamping force can settle slightly. Set the torque wrench to the same figure and check each nut; if it clicks without movement, it is correct.
Can I tighten wheel nuts more than specified to be safe?
No. Over-tightening stretches studs past their yield point, distorts brake discs causing vibration, and can seize or shear fasteners. Use a calibrated torque wrench set to the correct figure and stop at the first click.