2015 Vauxhall Adam 1.4L Petrol · AA64 ALE

A pattern of chronic front-end tyre wear dominates the mechanical story of this 2015 Vauxhall Adam, appearing as advisories at every recorded test and forming the principal reliability concern in the MOT history. The most recent examination on 28 November 2025 returned a pass but reiterated inner-edge wear on both front tyres, mirroring identical advisories from the November 2024 tests, and the tyre pressure monitoring system warning lamp has been flagged at three consecutive tests from November 2023 onwards. The deeper structural concern lies in the November 2023 failure under the major defect category for a fractured offside front coil spring, a component failure that warrants careful attention because a snapped spring can damage the surrounding suspension and allow a tyre to contact the body under compression. The headlamp aim and rear fog lamp issues recorded on the 2024 retest were minor and easily resolved, but the recurring tyre and suspension findings suggest the front geometry or dampers merit scrutiny rather than being dismissed as routine wear. Annual mileage of roughly 4,074 miles is well below the typical accumulation for an 11 year old city car, with only four test entries spread between 2023 and 2025 indicating the vehicle has spent significant portions of its life either off the road or used very lightly. Such low usage carries specific mechanical consequences: brake discs and pads are prone to surface corrosion that can cause pedal judder or binding calipers on the first application, while aged rubber components including drive belts, suspension bushes, and coolant hoses deteriorate through oxidation rather than wear. Standing periods also stress the 12V battery through repeated discharge cycles, and oil seals that remain static can weep on first restart. The tyre pressure lamp appearing year after year could simply reflect sensors that have exhausted their internal batteries, a common occurrence on low-mileage vehicles where the transmitters sit unused for long intervals. For a prospective buyer, the priority inspection areas are the front suspension and wheels. With a fractured offside front coil spring already on record, the nearside spring should be examined for signs of corrosion pitting or sagging height, and both front top mounts and strut bearings checked for play by rocking each wheel while the car is raised. On a test drive, listen for clonking or knocking from the front over speed bumps and uneven surfaces, particularly over the nearside, as a fractured or weakened spring typically produces a metallic rattle on full compression. Uneven inner-edge wear reappearing at consecutive MOTs strongly suggests a geometry issue rather than driving style, so a four-wheel alignment measurement and a check of the track rod ends, drop links, and anti-roll bar bushes should be carried out before committing to the purchase. The front tyres themselves should be inspected for feathering on the inner shoulder, and the sidewalls examined for cracking consistent with age rather than mileage. The braking system, exhaust, and underbody deserve equivalent attention given the low-use profile. With the vehicle likely to have completed many short journeys rather than long motorway runs, the brake discs may show pronounced lipping and the caliper slide pins may be seized, producing a dragging sensation or pulling to one side under braking that should be felt during a low-speed test stop. Listen for any scraping or grinding that suggests pad material has worn into the disc surface. From beneath the car, examine the subframe mounting points, brake pipes, and fuel lines for surface corrosion, as the Adam's undertrays tend to trap moisture and accelerate rust on unprotected steel components. Finally, verify that the tyre pressure monitoring system is functioning correctly with a manual reset via the dashboard menu, as persistent lamp illumination could indicate either a faulty sensor or pressures that have been allowed to fall below threshold, both of which carry implications for the rapid inner-edge wear pattern observed throughout the MOT record.