UK · EU reference Tyre Pressure

GEM · eL · Bar

GEM eL bar chart (2.2-2.4 / 2.2-2.4)

Drivetrain
front-wheel drive
Body
passenger car
PSI F / R
32-35 / 32-35
Bar F / R
2.2-2.4 / 2.2-2.4

bar

2.31 / 2.31

32-35 / 32-35 psi · 231 / 231 kPa

32-35 psi F · 32-35 psi R · 2.2-2.4 / 2.2-2.4 bar · 231/231 kPa

2.3 bar is not 23 psi. On this eL 2.2-2.4 bar converts to about 32-35 psi. Use the table, not a guess. Size estimates on this page include 205/60R16, 245/40R18 and 215/55R16 — interpolated from the catalogue midpoint, not a second factory sticker.

Bar, PSI and kPa

Bar-led conversions around the GEM eL. 2.2-2.4 bar is not “32-35 divided by ten”.

BarPSIkPa
2.0730207
2.2132221
2.2833228
2.3133.5231
2.4135241
2.4836248
2.6238262
2.7640276
3.0344303
3.4550345
4.1460414

GEM eL placard versus sidewall

Sidewall PSI is a carcass maximum. Recommended operating pressure for this eL is the pillar sticker, near 34/34 psi.

Estimated pressure by tyre size (205/60R16 and others)

Planning cold pressures for sizes often seen on a passenger car. This eL sample opens with 205/60R16, then 245/40R18 and 215/55R16.

Tyre sizeFront PSIRear PSIFront barRear barFront kPaRear kPaNote
205/60R1634342.342.34234234Taller 16-inch
245/40R1836362.482.48248248Wide touring 18-inch
215/55R1634352.342.41234241Slightly wider 16-inch
185/65R1533332.282.28228228Small / older car
225/40R1836362.482.48248248Low-profile 18-inch
195/65R1534342.342.34234234Very common compact
225/45R1735352.412.41241241Sport 17-inch
215/50R1735352.412.41241241Plus-size 17-inch

Load notes

Load moves the rear of a passenger car first. If the factory placard already has a “laden” column, use that instead of these sketches.

ConditionFront (est.)Rear (est.)
Driver only34 psi / 2.34 bar34 psi / 2.34 bar
Full occupancy34 psi / 2.34 bar35 psi / 2.41 bar
Motorway + luggage35 psi / 2.41 bar37 psi / 2.55 bar

How to set the eL

  1. Park the GEM eL for at least three hours (cold tyres).
  2. Use a calibrated gauge, not the only meter on a forecourt hose.
  3. Set the placard for that axle — about 32-35 psi / 2.2-2.4 bar front and 32-35 psi / 2.2-2.4 bar rear on this catalogue row.
  4. Recheck all four. A 2 psi miss on a front-wheel drive eL is enough to feel a pull.
  5. Refit valve caps and reset TPMS if the handbook asks for a relearn.

Temperature drift

Roughly 1 psi per 5–6 °C. The table uses 34 psi as a 20 °C baseline for this eL.

AmbientGauge (front mid)BarkPaNote
−5 °C (hard frost)31 psi2.14 bar214 kPaGauge reads low; do not overfill once warm
0 °C32 psi2.21 bar221 kPaGauge reads low; do not overfill once warm
8 °C (UK winter morning)33 psi2.28 bar228 kPaGauge reads low; do not overfill once warm
20 °C (set cold here)34 psi2.34 bar234 kPaBaseline
30 °C36 psi2.48 bar248 kPaDo not bleed a hot tyre
38 °C (heatwave tarmac)37 psi2.55 bar255 kPaDo not bleed a hot tyre

GEM notes

No special GEM exception: the eL uses the door-pillar placard. Size estimates on this page only help if you have left the original load index behind.

Spare and inflator kit

A matching full-size spare on the GEM eL usually follows the higher axle (often the rear, near 32-35 psi). A space-saver is commonly 60 psi / 4.1 bar — read that tyre’s own sidewall. An inflator kit is not a spare; check the sealant date.

If the GEM sticker and this page disagree, the sticker wins.

Other GEM models

Questions about this eL

What is that in bar and kPa for the eL?

Mid-points are about 2.31 bar (231 kPa) front and 2.31 bar (231 kPa) rear.

Should I bleed pressure after a motorway run?

No. Heat raises the gauge. Set cold only. Bleeding a hot tyre leaves it low the next morning.

Is the sidewall number correct on a GEM eL?

No. Sidewall PSI is a maximum. The eL placard is the operating target, near 32-35/32-35 psi.

How often should I check a eL?

Monthly, before a long trip, and after a 10 °C weather swing. Include a full-size spare.

What tyre pressure should a GEM eL use?

Catalogue reference is 32-35 psi front and 32-35 psi rear (2.2-2.4 / 2.2-2.4 bar), cold. Confirm on the door-pillar placard.

Handbook: placard · bar vs PSI · front vs rear · cold inflation