2008 Volvo S60 2.4L Diesel · RK08 XKX

The Volvo S60 holds a valid MOT certificate following a pass on 18 March 2026 at 157,310 miles, but the maintenance trend is best described as stable with persistent underlying wear rather than resolving. The most recent test still carried multiple advisories, including worn front sub-frame and suspension arm pins or bushes, light oil misting on both front shock absorbers, corrosion on all four coil springs, and play in both front steering rack inner joints. A coolant leak and an oil leak were also noted, though deemed not excessive at the time of testing. The day prior, the same vehicle failed on a dangerously inefficient parking brake, a non-functioning nearside front seatbelt buckle, and headlamp aim defects. That rapid turnaround suggests the previous owner addressed immediate failure points to secure a pass, but left deeper suspension and structural deterioration largely untouched. At roughly 18 years old with 157,310 recorded miles, the car has covered approximately 8,739 miles per year, a figure that sits squarely within typical annual use for its age. The mileage progression from 124,908 miles in March 2024 to 139,742 miles in March 2025 and then to 157,310 miles by March 2026 shows a notable acceleration in use, with nearly 17,600 miles covered in the most recent twelve-month period compared to approximately 14,800 miles in the prior year. There are no glaring gaps in the MOT record that would suggest prolonged periods off the road, though the 2026 test occurring just one day after the 2026 failure indicates the vehicle was actively driven and retested in quick succession. A buyer inspecting this S60 in person should focus on the front suspension and sub-frame area, where worn pins, bushes, and corroded coil springs point to long-term fatigue rather than a single sudden failure. The light misting on both front shock absorbers suggests the units are weeping fluid and may require replacement if damping performance has degraded. Corrosion on all four coil springs is a structural concern, particularly if the corrosion is more than surface-level pitting, as weakened springs can affect ride height and handling geometry. The play in both front steering rack inner joints warrants a close check for clunking under load and uneven tyre wear on the inner edges. The braking system also demands attention. The parking brake failed at less than 50 per cent efficiency just one day before the pass, and while it was evidently repaired or adjusted, the underlying cause, whether stretched cables, seized mechanisms, or worn rear brake components, should be verified. Front brake discs have appeared as worn or pitted across multiple tests, and the nearside rear tyre has repeatedly worn close to the legal limit on its edge, hinting at possible alignment or suspension geometry issues that remain unresolved.