Top three failure systems, annotated from 45 failed first-time tests. Arrows point to where the defect is found on the car.
The Toyota Auris fails its MOT more often than almost any other electric car: 27.4% first time
164 inspections in a single year make the AURIS a modestly documented electric car in the data. Lighting cause 39.2% of its failures; lighting take 2.4× the share they take on petrol and diesel cars of the same age.
First-time failure rate
Overall first-time failure rate.
All electric cars in the data.
The Toyota Auris fails 27.4% of first-time inspections. Lighting cause 39.2% of its failures.
The lamp that fails the test
Lighting take 39.2% of the defects that fail this car, 2.4× the share seen on petrol and diesel cars of the same age. The most common item in that group is "A headlamp or light source missing, inoperative or more than ½ not functioning in the case of LED", recorded 13 times in 2024.
Where it concentrates
The AURIS stays under the petrol fleet at every age we can measure. What it does fail on is unusually concentrated.
What to check
Have the suspension joints, bushes and springs checked on a lift. On this car it is a leading cause of failure and it is not visible from the outside. Check headlamp aim and every lamp before the test. It is the cheapest failure on the list and the easiest to avoid. Trivial to fix, but a car advertised with worn wipers and a fresh failure certificate tells you how it was maintained. Ask for the full MOT history by registration on the free DVSA service: advisories are next year's failures.
Points hidden where fewer than 50 cars of that age were tested. Dashed lines are the same-age petrol and diesel fleets.
- Inspections
- 164
- Passed
- 102
- Failed
- 45
- Passed after repair
- 17
- Failure rate
- 27.4% (all EV 12.0%)
- Average age
- 9.3 years
- Top cause
- Lighting 39.2%
| System | This car (mark = petrol/diesel) | Share | vs petrol/diesel |
|---|---|---|---|
| Tyres | 10.5% | 2.3× less | |
| Suspension | 19.6% | 1.4× more | |
| Brakes | 11.8% | 1.6× less | |
| Visibility | 8.5% | 1.4× less | |
| Lighting | 39.2% | 2.4× more | |
| Steering | 5.9% | 1.9× more | |
| Body | 1.3% | 3.2× less |
- A suspension joint dust cover missing or no longer prevents the ingress of dirt etc14
- A headlamp or light source missing, inoperative or more than ½ not functioning in the case of LED13
- A lamp missing, inoperative or in the case of a multiple light source more than 1/2 not functioning12
- A suspension pin, bush or joint excessively worn9
- Wiper blade missing or obviously not clearing the windscreen7
- A rear registration plate lamp or light source missing or inoperative in the case of multiple lamps or light sources7
Wording as printed by the tester, from the DVSA inspection manual.
- Tyres fail less often than on petrol and diesel cars (10.5% of defects vs 23.7%)
- Brakes fail less often than on petrol and diesel cars (11.8% of defects vs 18.7%)
- Visibility fail less often than on petrol and diesel cars (8.5% of defects vs 11.9%)
- Body fail less often than on petrol and diesel cars (1.3% of defects vs 4.1%)
- Suspension take a bigger share of failures than on petrol and diesel cars of the same age (19.6% vs 13.6%)
- Lighting take a bigger share of failures than on petrol and diesel cars of the same age (39.2% vs 16.5%)
- Steering take a bigger share of failures than on petrol and diesel cars of the same age (5.9% vs 3.1%)
- AURIS163
- AURIS T-SPIRIT HEV CVT1
Summaries written by us, never quotes; every entry links to its source. Owner reports have no denominator and never feed the failure rate.
- 164 inspections in 2024 make this one of the adequately-documented electric cars in the data.
- Lighting take 2.4× the share of failures they take on petrol and diesel cars of the same age.
- It ranks 81 of 81 electric cars by first-time failure rate.
No battery health, no motor, no charging performance. The test covers brakes, suspension, steering, tyres, lights, visibility and structure. A car with a badly degraded battery passes as long as it stops and steers. Read this page as evidence about the chassis, not the powertrain. Cars are tested from their third year, so the newest model years are missing; every figure carries its sample size for that reason. Full methodology.