2023 Audi A3 1.0L Petrol · BX23 LOF

The vehicle remains roadworthy as of its most recent MOT on 2026-05-09, with no defects recorded and a clean pass at 11,335 miles. The maintenance trend is stable, showing no signs of deterioration or recurring faults between the 2025-10-08 and 2026-05-09 tests. Both inspections were completed without advisories or failures, indicating consistent mechanical integrity and compliance with UK roadworthiness standards. The mileage progression reveals a low annual usage profile for a three-year-old vehicle. From 6,971 miles at the October 2025 test to 11,335 miles by May 2026, the car accumulated approximately 4,364 miles over seven months — roughly 623 miles per month. This is below the average for its age and suggests the vehicle has been lightly driven or possibly stored for periods. The gap between MOTs is short, and the mileage increase is gradual, which reduces the likelihood of accelerated wear on suspension, brakes, or drivetrain components. Given the low mileage and clean MOT history, a buyer should still inspect the vehicle in person for signs of inactivity-related issues. Check suspension bushes and coil springs for dryness or cracking, as infrequent use can cause rubber components to degrade without regular movement. Examine brake calipers and discs for binding or corrosion, especially if the car has been parked for extended periods. Also inspect the exhaust system and underbody for early signs of rust, as low-mileage vehicles can still suffer from moisture buildup in damp storage environments. Tyre condition and tread depth should be verified, as even low mileage doesn’t guarantee optimal tread if the car has been stationary for long stretches. Overall, the MOT record supports a vehicle that has been well-maintained and driven sparingly. The absence of defects across two consecutive tests, combined with the low mileage profile, suggests the car is mechanically sound and suitable for purchase — provided a pre-purchase inspection confirms no hidden issues from inactivity or storage conditions.