TorqSpec

Wheel Nut Torque for Proton Saga Gen 3 (2016–present)

2016–present · Australian Market

The wheel nut torque for the Proton Saga Gen 3 (2016–present) is 100–110 Nm, tightened in a star pattern with a calibrated torque wrench.

TorqSpec

Wheel Nut Torque

100–110Nm

OEM Range

19mm socket — Yellow

Socket Size

19mm

Bolt Pattern

4x100

Thread Size

M12 x 1.25

OEM Verified
Confidence100%
OEM Owner/Workshop Manual

Source

Proton OEM torque chart — Saga Gen 3 (2016+) 100–110 Nm (74–81 ft-lbs), 4x100, M12 x 1.25

Always verify with your vehicle's owner manual. Use a calibrated torque wrench. TorqSpec accepts no liability for damage or injury.

Frequently Asked Questions

What is the wheel nut torque for the Proton Saga Gen 3 (2016–present)?

The wheel nut torque for the Proton Saga Gen 3 is 100–110 Nm, shown in the torque specification card at the top of this page. Use a calibrated torque wrench set anywhere within this OEM range, following the star-pattern tightening sequence shown in the diagram further down this page.

What socket size do I need for Proton Saga wheel nuts?

You'll need a 19mm socket, shown in the Socket Size card in the hardware specifications section of this page. The matching M12 x 1.25 thread and 4x100 stud pattern are displayed alongside it in the same grid.

What is the bolt pattern for the Proton Saga Gen 3?

The Proton Saga Gen 3 uses a 4x100 bolt pattern (4 studs), shown in the Bolt Pattern card in the hardware specifications section of this page. The thread size is M12 x 1.25.

What is the correct wheel nut tightening sequence for the Proton Saga?

Tighten the wheel nuts in a star (cross) pattern — never sequentially around the wheel — so clamping force spreads evenly across the 4 studs. The exact tightening sequence for the 4-stud Proton Saga wheel is shown in the diagram on this page. Torque in stages (snug, then half torque, then full torque) and re-check after 50–100 km.

4-Stud Wheel

Correct Tightening Pattern

START1234

Sequence: 1 → 3 → 2 → 4

= stud position on wheel
= order to tighten in