2010 Mazda 2 1.3L Petrol · RF10 GFG

A pattern of progressive advisories has begun to surface on this 2010 Mazda 2, with the most recent test on 2 December 2025 returning a pass but flagging five separate items. Both rear coil springs are recorded as corroded, the offside front inner tyre is worn close to the legal limit on both edges, the nearside rear tyre shows damage and perishing, and the front brake pads are noted as wearing thin. Prior to this, the vehicle passed in December 2024 with a clean record, and the tests in December 2022, November 2021, December 2020, and July 2019 were all similarly clear of defects. The earlier test in December 2023 did record a minor headlamp lens defect on both sides and a slight play in the nearside front lower suspension arm ball joint, while the July 2018 test noted perishing and edge wear on both front tyres. The accumulation of advisories in the final test, combined with the return of suspension-related observations, points to a vehicle entering a phase where age-related deterioration is becoming more pronounced rather than isolated. With 56,600 miles recorded against a 16-year age, this Mazda averages roughly 3,500 miles annually, which is substantially below typical usage for the model and segment. There are no extended gaps in testing history, with eight MOT records spanning 2018 through 2025, suggesting the vehicle has remained in regular use rather than being laid up for prolonged periods. Low annual mileage of this nature typically results in less wear on internal engine and drivetrain components, but it can also accelerate external deterioration such as corrosion of underbody and suspension items, as rubber and ferrous components suffer from standing and infrequent loading. The advisory pattern recorded here is broadly consistent with that profile, with coil spring corrosion and tyre perishing being particularly characteristic of lightly used, ageing vehicles. For a prospective buyer, the priority items to inspect on a physical viewing are the rear coil springs and the front suspension geometry. The recorded corrosion on both rear coil springs should be checked visually for any flaking, pitting, or section loss, as corroded springs can fail suddenly under load and are a known MOT failure point. The play noted in the nearside front lower suspension arm ball joint in 2023 should be re-examined by hand, with the wheel raised and the joint rocked to detect any further deterioration, as a recurrence would likely see this progress from advisory to failure. Listen for clonking or knocking from the front suspension over uneven surfaces, particularly on full lock, and feel for any vagueness or looseness through the steering that could indicate worn linkages or bushes beyond the ball joint itself. The braking system requires attention given the thin front pads noted in the latest test, and a physical inspection should measure remaining pad material and check the front discs for lipping, scoring, or surface corrosion that could lead to pedal judder under braking. The offside front inner tyre was recorded as close to the wear bars, so all four tyres should be examined for tread depth, uneven wear patterns, and any sidewall cracking or bulging consistent with age-related perishing. A road test should include firm braking from higher speed to confirm straight-line stability without pulling, as well as driving over broken surfaces at low speed to expose any developing suspension noise. With low recorded mileage and a sixteen-year age, any underseal should be inspected for corrosion on subframe, brake pipes, and mounting points, and the headlamp lenses cleaned and reassessed for clarity, given the minor defects previously recorded.