2010 Mazda 3 1.6L Petrol · FT10 LKJ

The 2010 Mazda 3 presents a stable and well-maintained roadworthiness profile. The most recent MOT, conducted on 12 June 2025 at 66,388 miles, passed with zero defects or advisories. This clean result is not an isolated event but the culmination of five consecutive flawless annual tests stretching back to 2021. The maintenance trend is demonstrably stable, indicating consistent preventative care and a lack of recurring mechanical or structural deterioration. The vehicle's mileage pattern is notably low for its age. Over approximately 16 years, it has accumulated 66,388 miles, averaging just 4,149 miles per year. The annual increments are remarkably consistent, hovering between roughly 900 and 3,600 miles per test cycle, with the largest jump occurring between June 2021 and June 2022. This steady, low-mileage accumulation suggests light, regular use rather than prolonged periods of inactivity or sudden high-demand driving. The sparse but perfectly clean record leaves no gaps in accountability. Despite the unblemished MOT history, a buyer must still conduct a thorough physical inspection. The absence of flagged defects does not guarantee the absence of age-related wear. A 16-year-old vehicle, regardless of mileage, is susceptible to perished rubber suspension bushes, deteriorated dust covers, and latent corrosion on subframes, sills, and around suspension mounting points. The low annual mileage increases the risk of moisture ingress and dried-out seals, so the condition of brake calipers, rubber hoses, and the exhaust system should be closely examined for superficial corrosion that may not yet constitute a failure. The clean MOT record strongly implies a conscientious previous owner who addressed consumables proactively. However, the low mileage warrants a specific check for flat-spotted tyres and sticking brakes from short, infrequent journeys. A test drive over varied surfaces will confirm whether the suspension remains tight and free of clunks, verifying that the pristine paperwork translates into a sound mechanical reality.