2010 Mazda 3 1.6L Petrol · LS60 WWR

A clean DVSA test history defines the mechanical outlook of this 2010 Mazda 3, which carries no recorded advisories and no defect entries across the available MOT record. The most recent test on 26 October 2023 returned a pass with no defects recorded, continuing a stable roadworthiness trend that extends back to the 2021 pass. One minor curiosity is the entry on 25 October 2022, which is logged as a fail with no defects recorded against the test number; given that the very next day shows a pass also with no defects, this almost certainly reflects a tester refusal or an aborted presentation rather than any genuine mechanical failure of the vehicle itself. None of the four recorded tests carry advisory items relating to corrosion, brake wear, suspension deterioration, exhaust integrity, or any other area, which is unusual for a vehicle now entering its sixteenth year and suggests that components subject to natural wear may either have been recently renewed or have not yet reached the threshold at which testers are obliged to flag them. With 105,425 miles recorded against a 2010 build date, this Mazda has averaged roughly 6,589 miles per year, which sits comfortably within the typical range for a car of its age and supports the likelihood that it has been used as a regular but not heavily worked daily driver. There is a notable four-year gap between the October 2014-style earliest entries and the October 2021 test, although this simply reflects the DVSA testing window rule and does not imply the car was off the road. The mileage accumulation between 2021 and 2023 cannot be verified from the data provided, but the consistent year-on-year testing pattern from 2021 through 2023 indicates the vehicle has remained in active service. Mechanically, a 6,500-mile-per-year profile tends to produce even wear on consumables rather than the localised stress seen on high-mileage vehicles, though it does mean that time-related degradation of rubber, seals, and brake components is just as relevant as mileage-based wear. For a prospective buyer, the absence of advisories should not be taken as a guarantee that the car is free of wear, particularly given the age and mileage. On a test drive, pay particular attention to the front suspension, as Mazda 3s of this generation commonly develop wear in the front lower wishbone bushes and front anti-roll bar drop links, both of which manifest as clonking noises over speed humps and uneven road surfaces, together with vague or wandering steering on motorway driving. Listen for any knocking from the rear suspension over rear-axle disturbances and check for tyre wear on the inner shoulders, which can indicate worn rear trailing arm bushes. The braking system should be assessed by way of a firm pedal with no excessive travel, no vibration through the pedal under firm pedal application, and the vehicle tracking straight under heavy braking without pulling to either side; binding calipers are also a known concern on this model and can be identified by a wheel running noticeably hotter than the others after a short drive. Given the car's age, it is also worth carrying out a thorough visual inspection underneath the vehicle and within the engine bay. Examine the rear wheel arches, the trailing edge of the front wheel arches, the sills, and the subframe mounting areas for any surface corrosion or evidence of recent underseal treatment, as the Mazda 3 of this era is known to suffer rust in these areas, particularly in regions where road salt is used. Check the engine for any signs of oil misting around the cam cover gasket, oil leaks from the sump plug area, and condition of the coolant hoses, which can perish with age. On the test drive, confirm that the gearbox selects cleanly through all gears with no synchro crunch on second and third, that the clutch pedal bites high but firmly without slip under acceleration in a high gear, and that there are no warning lights illuminated on the dashboard. A pre-purchase inspection on a ramp remains strongly advisable to confirm the structural and mechanical condition beneath the cosmetic surfaces.