Toyota Carina e
Reliability, running costs, and MOT data across 4 years from 366 real MOT tests.
Avg Pass Rate
72%
Total Tests
366
Best Year
1994 (76%)
Years Covered
4
About the Toyota Carina e
The Toyota Carina e has been tested 366 times in 2026 MOT data across 4 model years (1993 to 1997), with an average pass rate of 72%. That's 10 points below the national average of 82%, so check the year-by-year data carefully before buying. Available as petrol.
Best and Worst Years
The 1994 model is the most reliable with a 76% pass rate from 70 tests. The 1993 model has the lowest at 64%. The 12 point spread between years means reliability varies somewhat, but no year is dramatically different.
Reliability Trend
The TOYOTA CARINA E has maintained consistent MOT pass rates across model years, varying by only 3 percentage points.
Mileage Across Years
The oldest model in our data (1993) averages 121,128 miles, while the newest (1997) averages 118,244 miles. Older models have covered serious mileage, so suspension and drivetrain wear are worth checking.
Compared to the Toyota brand average of 84%, the Carina e is 12 points lower, placing it among the less reliable Toyota models.
Estimated Running Costs
Higher due to low pass rate
Based on 7,400 miles/year, current fuel prices, and MOT pass rate data. Insurance not included.
Full 1997 detailsHow reliable is the Toyota Carina e?
Toyota Carina e by Year
Click any year to see detailed running costs, reliability data, and comparisons with similar cars.
Toyota Carina e Guides & Articles
Most Reliable Used Cars UK 2026 (Data From 50M Real MOT Tests)
11 min read
Running CostsCheapest Cars to Run in 2026: Real Data from 19.8 Million MOT Tests
9 min read
Running CostsCheapest Cars to Insure in the UK: Insurance Groups 1-10
9 min read
Buying GuideFord Fiesta Common Problems (2026): What to Check Before Buying
13 min read
ReliabilityFord Puma Problems: 7 Issues Owners Report (2026)
13 min read
Checking a specific Toyota Carina e?
Enter the reg plate to see its individual MOT history, mileage verification, and predicted costs.