Audi Q3 S Line Edition 1 35 TFSI
Reliability, estimated running costs, and MOT data across 3 model years from 707 MOT tests in 2024.
Avg Pass Rate
93%
Total Tests
707
Model Years
2019 to 2021
Years Covered
3
About the Audi Q3 S Line Edition 1 35 TFSI
The Audi Q3 S Line Edition 1 35 TFSI was MOT tested 707 times in 2024 (DVSA data, retests included) across 3 model years (2019 to 2021), with an average pass rate of 93%. That's comfortably above the average of 82% across all models in our data. Our records list petrol versions.
Mileage Across Years
The oldest model in our data (2019) averages 37,429 miles, while the newest (2021) averages 23,130 miles.
Estimated Running Costs
Based on 7,400 miles/year, average pump prices of 174.57p petrol and 199.33p diesel (GOV.UK weekly road fuel prices, week of 19 October 2026), and MOT pass rate data. Insurance not included.
Full 2021 detailsHow reliable is the Audi Q3 S Line Edition 1 35 TFSI?
Audi Q3 S Line Edition 1 35 TFSI by Year
Click any year to see detailed running costs, reliability data, and comparisons with similar cars.
Questions about the Audi Q3 S Line Edition 1 35 TFSI
Is the Audi Q3 S Line Edition 1 35 TFSI reliable?
Across its 3 model years in our data (2019 to 2021), the Audi Q3 S Line Edition 1 35 TFSI averages a 93% MOT pass rate, from 707 tests (DVSA MOT data for tests in 2024, retests included). That's 11 points above the average of 82% across all models in the same data.
Audi Q3 S Line Edition 1 35 TFSI Guides & Articles
Cars That Lose Value Fastest: Models to Avoid for Depreciation
8 min read
Buying GuideIs an Extended Car Warranty Worth It? UK Guide for 2026
8 min read
Running CostsCheapest Cars to Run in 2026: Running Costs From DVSA MOT Data
9 min read
Buying GuideFord Fiesta Common Problems (2026): What to Check Before Buying
13 min read
ReliabilityFord Puma Common Problems: 7 Issues That Could Cost £1,500+ (2026)
13 min read
Checking a specific Audi Q3 S Line Edition 1 35 TFSI?
Enter the reg plate to see its individual MOT history, mileage verification, and predicted costs.