Torque ranges by thread size
The table below is reproduced from Capri Tools' published reference, which compiles typical ranges by wheel stud thread size. Capri Tools states these are general starting points and that values vary by trim level, wheel size and model year.
| Thread size | Typical application | Torque range |
|---|---|---|
| M10 x 1.25 | Small cars | 65-76 ft-lb |
| M12 x 1.25 | Japanese cars | 72-87 ft-lb |
| M12 x 1.5 | Most passenger cars | 70-100 ft-lb |
| M14 x 1.5 | Trucks, large SUVs, European cars | 85-120 ft-lb |
| M14 x 2.0 | Heavy-duty trucks | 120-165 ft-lb |
| 7/16 in-20 | Older domestic vehicles | 55-65 ft-lb |
| 1/2 in-20 | Domestic cars and light trucks | 75-100 ft-lb |
| 9/16 in-18 | Full-size trucks and vans | 135-145 ft-lb |
Why we do not publish a chart by make and model
Plenty of sites do, and we have deliberately not, because we cannot verify several thousand vehicle-specific figures against manufacturer service information. A wrong number in a torque chart is not a typo — it is a stretched stud or a wheel that works loose. An incomplete honest table beats a complete invented one, and this is the clearest case of that on the whole site.
What we can do is tell you exactly where the real number lives.
Where to find your vehicle's figure
1.The owner's manual
Usually in the section on changing a tire, or in the specifications chapter at the back. Many manufacturers print it alongside the spare wheel instructions.
2.The label in the trunk or spare well
Some vehicles carry the wheel torque figure on a sticker near the jack and brace, precisely because that is where you need it.
3.Manufacturer service information
Most manufacturers publish service information online, often free for basic specifications. This is the authoritative source and it accounts for trim and model-year variation.
4.The wheel manufacturer, for aftermarket wheels
Aftermarket wheels can specify a different figure than the factory wheels, because the nut seat design and material differ. The wheel maker's instructions take priority for the wheel side of the joint.
5.A dealer parts or service desk
They will look it up from your VIN, which removes the trim-level guesswork entirely.
Conditions the figures assume
Every published torque figure comes with assumptions, and they are not optional extras:
- Dry threads. ZIPP Group's guidance states specifications apply to dry threads and cautions against lubricating threads or seats, because it changes the friction at the seat and makes the reading misleading.
- Clean mating surfaces. Rust or debris between the wheel and hub changes the joint, and can also let the wheel settle after tightening.
- A crisscross tightening sequence, applied in two passes.
- A hand torque wrench for final tightening, not an impact wrench or a torque stick alone.
- A re-torque after 50-100 miles, per published guidance from Alcoa and Continental.
How tight is that, really
If you have never used a torque wrench, 100 ft-lb is more force than most people expect — a firm two-handed pull on a 1/2 in wrench, not a gentle nudge. It is also considerably less than a strong person can apply with a long bar, which is exactly why over-tightening is easy and common.
How to torque lug nuts covers the technique; best torque wrench for lug nuts covers picking the tool.