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Toyota Starlet reliability

C · Average

MOT pass rates and common problems from 36,776 MOT tests of cars first registered 1996–1999.

62.8%pass first time
+1.3 ptsvs typical car
Beats 57%of cars
36,776MOT tests

Verdict

The Toyota Starlet passes its MOT first time on 62.8% of tests, 1.3 points higher than a typical car of the same age and mileage (61.5%). That puts it ahead of 57% of cars on UK roads once age and mileage are taken into account.

By year of first registration, the 1999 Starlet does best (beats 64% of cars) and the 1997 worst (beats 51%).

Better than average on brakes, seat belts & airbags, steering.

Watch these weak spots

Tyres1.4×as often as a typical car
Shock absorbers3.4×as often as a typical car
Drive shaft (CV) joints2.3×as often as a typical car
Wheel bearings3.0×as often as a typical car

MOT pass rate by age

First-time pass rate at each MOT by the car’s age in years.

50%55%60%65%192060%61%
Toyota StarletTypical car, same age & mileage

Best and worst years

By year of first registration, ranked against all cars on UK roads after adjusting for age and mileage. Green = better than half of cars.

1996
Beats 60%
1997
Beats 51%
1998
Beats 55%
1999
Beats 64%

Engines

All years, most common first. Grades compare each car with cars of the same age and mileage (A = best 20% of cars on UK roads, E = worst 20%), so an older or higher-mileage car can grade above one with a higher pass rate.

EngineYearsTestsPass rateRankGrade
1.3 Petrol1996–199936,77662.8%Beats 57%C

Where it fails

Each area compared with a typical car of the same age and mileage, in points of pass rate. Tap or hover an area to see what to check.

Exhaust: 8.1% of tests fail on emissions & leaks, against 7.5% for a typical car of the same age and mileage. Listen for a blowing exhaust at start-up and look underneath for oil or fluid leaks.Suspension: 11.2% of tests fail on suspension, against 13.3% for a typical car of the same age and mileage. Listen for knocks over speed bumps and push each corner down: it should settle at once.Lights: 14.6% of tests fail on lights & electrics, against 16.9% for a typical car of the same age and mileage. Walk round the car with every light on, including brake, fog and number plate lights.Tyres: 6.7% of tests fail on tyres, against 4.8% for a typical car of the same age and mileage. Check the tread on every tyre, including the inner edge, and look for cuts or bulges.Brakes: 10.0% of tests fail on brakes, against 12.5% for a typical car of the same age and mileage. Brake firmly on the test drive: the car should stop straight with no pulsing or grinding.Lights: 14.6% of tests fail on lights & electrics, against 16.9% for a typical car of the same age and mileage. Walk round the car with every light on, including brake, fog and number plate lights.Lights+2.3 ptsTyres: 6.7% of tests fail on tyres, against 4.8% for a typical car of the same age and mileage. Check the tread on every tyre, including the inner edge, and look for cuts or bulges.Tyres−1.9 ptsBrakes: 10.0% of tests fail on brakes, against 12.5% for a typical car of the same age and mileage. Brake firmly on the test drive: the car should stop straight with no pulsing or grinding.Brakes+2.5 ptsSuspension: 11.2% of tests fail on suspension, against 13.3% for a typical car of the same age and mileage. Listen for knocks over speed bumps and push each corner down: it should settle at once.Suspension+2.0 ptsExhaust: 8.1% of tests fail on emissions & leaks, against 7.5% for a typical car of the same age and mileage. Listen for a blowing exhaust at start-up and look underneath for oil or fluid leaks.Exhaust−0.6 ptsSuspension: 11.2% of tests fail on suspension, against 13.3% for a typical car of the same age and mileage. Listen for knocks over speed bumps and push each corner down: it should settle at once.Brakes: 10.0% of tests fail on brakes, against 12.5% for a typical car of the same age and mileage. Brake firmly on the test drive: the car should stop straight with no pulsing or grinding.Tyres: 6.7% of tests fail on tyres, against 4.8% for a typical car of the same age and mileage. Check the tread on every tyre, including the inner edge, and look for cuts or bulges.Lights: 14.6% of tests fail on lights & electrics, against 16.9% for a typical car of the same age and mileage. Walk round the car with every light on, including brake, fog and number plate lights.Exhaust: 8.1% of tests fail on emissions & leaks, against 7.5% for a typical car of the same age and mileage. Listen for a blowing exhaust at start-up and look underneath for oil or fluid leaks.Lights: 14.6% of tests fail on lights & electrics, against 16.9% for a typical car of the same age and mileage. Walk round the car with every light on, including brake, fog and number plate lights.Lights+2.3 ptsTyres: 6.7% of tests fail on tyres, against 4.8% for a typical car of the same age and mileage. Check the tread on every tyre, including the inner edge, and look for cuts or bulges.Tyres−1.9 ptsBrakes: 10.0% of tests fail on brakes, against 12.5% for a typical car of the same age and mileage. Brake firmly on the test drive: the car should stop straight with no pulsing or grinding.Brakes+2.5 ptsSuspension: 11.2% of tests fail on suspension, against 13.3% for a typical car of the same age and mileage. Listen for knocks over speed bumps and push each corner down: it should settle at once.Suspension+2.0 ptsExhaust: 8.1% of tests fail on emissions & leaks, against 7.5% for a typical car of the same age and mileage. Listen for a blowing exhaust at start-up and look underneath for oil or fluid leaks.Exhaust−0.6 pts
Better than typicalTypicalWorse than typical
Tyres: 6.7% of tests fail on tyres, against 4.8% for a typical car of the same age and mileage. Check the tread on every tyre, including the inner edge, and look for cuts or bulges.

Every MOT area

Share of tests failing on each area, against a typical car of the same age and mileage (black line).

Lights & electrics
14.6% vs 16.9%
Suspension
11.2% vs 13.3%
Brakes
10.0% vs 12.5%
Body & structure
9.7% vs 9.3%
Emissions & leaks
8.1% vs 7.5%
Tyres
6.7% vs 4.8%
Visibility
6.7% vs 7.3%
Seat belts & airbags
1.4% vs 3.7%
Steering
0.7% vs 3.2%
Wheels
0.1% vs 0.3%

Buying one or MOT due? Check these

  • Shock absorbers 3.4× typical
    Push down hard on each corner: it should rebound once and settle. Look for oily dampers.
  • Wheel bearings 3.0× typical
    Listen for a hum or drone that rises with speed.
  • Tyre tread depth 2.0× typical
    Check every tyre, including the inner edge, has at least 3 mm of tread. Uneven wear can point to alignment or suspension problems.
  • Exhaust emissions (catalyst)
    Check past MOT emissions readings in the car's history: rising readings can mean catalyst or sensor problems.
  • Brake lights
    Walk around with the lights on: bulb failures are the easiest MOT fails to avoid.
  • Headlight aim
    Park facing a wall at night: both dipped beams should sit level and dip to the left.

Pass rate by mileage

First-time pass rate by mileage at the test.

50%60%70%80%90%30k40k50k60k70k80k90k100k110k120k130k140k78%71%63%58%57%52%
Toyota StarletTypical car

Most common MOT failures

ItemThis carTypicalvs typical
Exhaust emissions (catalyst)5.6%4.6%1.2×
Drive shaft (CV) joints5.4%2.3%2.3×
Shock absorbers4.5%1.3%3.4×
Brake lights4.3%3.4%1.3×
Headlight aim4.1%4.2%1.0×
Windscreen wipers3.9%3.6%1.1×
Tyre tread depth3.5%1.8%2.0×
Sidelights3.4%3.5%1.0×
Wheel bearings3.3%1.1%3.0×
Exhaust system3.2%2.8%1.2×

Specific defects found

Tester wording for the most frequent failure items, per 1,000 tests.

Defectper 1,000
A transmission shaft constant velocity joint boot missing or no longer prevents the ingress of dirt etc55.1
A shock absorber damaged to the extent that it does not function or showing signs of severe leakage42.6
The aim of a headlamp is not within limits laid down in the requirements41.1
Wiper blade missing or obviously not clearing the windscreen38.8
Stop lamp missing, inoperative or in the case of a multiple light source more than 1/2 not functioning37.1
Tyre tread depth not in accordance with the requirements35.1
Lambda coefficient outside the default limits or the range specified by the manufacturer33.6
Brakes imbalance across an axle such that the braking effort from any wheel is less than 70% of the maximum effort recorded from the other wheel on the same axle.32.8
Check another car

Pick a make and model to see its MOT pass rate, best and worst years and weak spots.

Every year and engine

Tap a year to see its engines. Grades compare each car with cars of the same age and mileage (A = best 20% of cars on UK roads, E = worst 20%), so an older or higher-mileage car can grade above one with a higher pass rate.

1999 Toyota Starlet1 engine64.0% passB
EngineTestsPass rateRankGrade
1.3 Petrol6,47464.0%Beats 64%B
1998 Toyota Starlet1 engine62.1% passC
EngineTestsPass rateRankGrade
1.3 Petrol14,78162.1%Beats 55%C
1997 Toyota Starlet1 engine62.3% passC
EngineTestsPass rateRankGrade
1.3 Petrol10,67162.3%Beats 51%C
1996 Toyota Starlet1 engine64.7% passC
EngineTestsPass rateRankGrade
1.3 Petrol4,85064.7%Beats 60%C

FAQ

What is the Toyota Starlet MOT pass rate?

62.8% of MOT tests on the Toyota Starlet were passed first time, based on 36,776 tests between 2018 and 2026 of cars first registered 1996–1999. A typical car of the same age and mileage passes 61.5% of the time.

Is the Toyota Starlet reliable?

On MOT results it rates C (average): it passes first time more often than a typical car of the same age and mileage and does better than 57% of cars on UK roads. MOT results cover safety and emissions items, not every kind of breakdown.

Which Toyota Starlet year is best?

Among years with enough data, the 1999 Starlet does best for its age and mileage: it beats 64% of cars on UK roads. The 1997 does worst: it beats 51%.

What are the most common MOT failures on the Toyota Starlet?

The most common failure items are exhaust emissions (catalyst), drive shaft (CV) joints, shock absorbers. Compared with similar cars, shock absorbers comes up 3.4× as often.

How we calculate this. We use official MOT results for cars tested in Great Britain from 2018 to 2026. Each car is compared with typical cars of the same age and mileage, so old and new cars are judged fairly; “pts” are percentage points above or below them. Differences also reflect how cars are used and maintained, not only how they are built.