GWM Ora — Fluids, Capacities & Specifications

Written and edited by Ethan Cole, Editor-in-Chief · ✓ Technically reviewed by Daniel Wei Chen — Senior Chinese Automotive Diagnostics & Repair Specialist, Sydney · 21 August 2026.

This is the first GWM model whose fluid data we can publish from primary documents — the official UK owner’s manual and service booklet, both archived. An EV still has real fluids: a reduction-gearbox oil (Castrol BOT 352 B1, replaced at 30,000 miles), two separate coolant circuits on a 4-year/48,000-mile change cycle, and DOT4 brake fluid replaced at every scheduled service. And one specification we’ve never seen documented before: the powertrain coolant capacity differs between left- and right-hand-drive cars.

Fluids — official specifications and change rhythms

ItemSpecificationCapacityOfficial change rhythm (UK)
e-Transaxle (gearbox) oilCastrol BOT 352 B1 (BEV)0.74±0.02 LReplace at 30,000 miles
Powertrain coolantEthylene glycol 356.7±0.2 L (RHD) · 6.5±0.2 L (LHD)≤4 years / 48,000 miles
Heating/A-C circuit coolantEthylene glycol 352.1±0.2 L≤4 years / 48,000 miles
Brake fluidDOT4 synthetic0.72±0.1 LReplaced at every scheduled service per the UK schedule
Washer fluidquality screen wash2.3±0.2 Ltop up; never substitute soapy water (paint damage — manual’s own warning)

Sources: official Ora 03 owner’s manual, UK edition (Oil and fluid parameters, p. 252; archived with checksum) and the official UK Service & Warranty booklet (change intervals). The manual instructs that coolant replacement is an authorised-service-centre job — the circuits interact with high-voltage battery cooling, and this is not DIY territory.

The LHD/RHD curiosity. Right-hand-drive cars hold 200 ml more powertrain coolant than left-hand-drive ones (6.7 vs 6.5 L) — plumbing routed around the steering changes the circuit volume. Harmless, but if a workshop manual quotes you “6.5 L” for a UK/Australian car, now you know why the bottle runs short.

Two batteries, two chemistries — know which you have

VersionBattery modelChemistryRated
Standard RangePB365131ALFP (lithium iron phosphate)364.8 V / 131 Ah ≈ 48 kWh
Extended RangePE338187ANMC (ternary lithium)337.64 V / 187 Ah ≈ 63 kWh

Same source (p. 250). Motor on both: TZ153XS001 permanent-magnet synchronous, 126 kW / 250 Nm. Why chemistry matters to you: LFP packs are routinely charged to 100%; NMC packs live longer capped at ~80–90% for daily use — the right charging habit depends on which badge-invisible battery your Ora carries. Charging window: −20 to 55 °C (the car manages this; park cool in heatwaves).

Workshop data the independents will thank us for

Brake pad minimum thickness2 mm front and rear (friction material)
Brake disc minimum thickness20 mm front · 10 mm rear
Brake pedal free play4–7 mm
Tyres205/55 R17 95W · 215/50 R18 96V/92W
Snow chainsfront wheels only, ≤12 mm steel (≤15 mm TPU)

Official wear limits from the manual — rare, publishable, and exactly what an EV that regenerates most of its braking needs checked: discs on low-regen-wear cars corrode before they wear, so the limit plus a visual rust check beats mileage rules.

UK ownership notes

UK warranty: 5 years/unlimited miles plus 12-year anti-corrosion (per the archived booklet). The Ora 03 left the UK market in April 2026 — service obligations continue; this page is part of keeping the orphaned fleet well-documented. Australian owners: the $99 program story is on the schedule page.

Disclaimer: Information on this page is general guidance only and does not replace the manufacturer’s official documentation or the judgement of a qualified technician. Specifications vary between markets and production years — always confirm against your own car’s handbook or dealer. Never open, touch or work on any orange high-voltage component. Last verified: 21 August 2026 · Next re-check: November 2026.