2014 Volvo V40 2.0L Diesel · KT14 OXM

The most recent MOT on 24 March 2026 was passed with no recorded defects, indicating that the vehicle presently meets the statutory safety and emissions standards. Over the past four years the MOT record shows a clear improvement: a major failure in June 2022 involving a fractured front left coil spring was rectified, and subsequent tests have been free of failures, with only advisory items remaining. The recurrence of tyre‑wear advisories and thin rear brake pads suggests that consumables are approaching the end of their service life, but the overall maintenance trend since the 2022 failure appears stable. At 79,251 miles the V40 has logged an average of roughly 6,600 miles per year since its 2014 registration, which is typical for a privately‑used family hatchback. The mileage does not indicate any periods of excessive short‑term use that would accelerate wear on high‑stress components such as the gearbox or engine bearings. However, the relatively modest annual distance also means the car may have spent considerable time stationary, a factor that can promote tyre sidewall perishing, battery sulphation and brake disc corrosion if not regularly driven. Prospective buyers should give particular attention to the tyre and braking systems. All four tyres have been flagged in recent advisories as being close to the legal tread limit or worn on the edge; a visual inspection should confirm that the tread depth is at least 3 mm across the tread width and that the sidewalls are free of cracks, bulges or dry‑rot, especially given the vehicle’s age. During a test drive listen for any thumping or clunking from the front suspension, which could indicate that the replaced coil spring or associated bushings are not fully settled, and feel for any pull or vibration that might point to uneven tyre wear or mis‑alignment. The rear brake pads were noted as thin in 2024 and should be measured; if the remaining thickness is under 2 mm the pads will need replacement imminently, and the discs should be examined for scoring or rust that could cause brake shudder. Beyond the immediate consumables, a thorough age‑related inspection is advisable. Verify that the 12‑volt battery holds a healthy charge and that the terminals are clean, as prolonged periods of inactivity can reduce capacity. Check the condition of the suspension bushes, ball joints and anti‑roll bar links for any signs of corrosion or excessive play, particularly on the front left side where the coil spring failure occurred. Inspect the engine oil, coolant and brake fluid for proper colour and level; fluids older than three years may have degraded and should be refreshed even if the service book shows recent top‑ups. Finally, ensure that the service history documents a timely replacement of the front coil spring and any related alignment work, as this will give confidence that the structural integrity of the chassis has been restored.