2010 Chevrolet Spark 1.2L Petrol · WR10 AEA

A pattern of progressive corrosion and minor fluid leakage defines this Spark’s recent MOT history – the off‑side front and rear brake pipes have been flagged as slightly corroded in three consecutive tests, an oil leak has persisted since 2025, and front‑sub‑frame rust was noted in 2025. Although the vehicle cleared its latest MOT on 8 June 2026, those advisories remain, indicating that the underlying rust issues have not been fully remedied and could worsen if left unchecked. At 68 689 miles spread over sixteen years the annual mileage averages just over 4 300 mi, well below the typical usage for a small car of this age. The low‑kilometre profile suggests relatively light duty but also the likelihood of extended periods of inactivity, which can accelerate corrosion on exposed metal components such as brake lines and sub‑frame sections. The MOT record shows a consistent yearly test schedule with no significant gaps, so the mileage figure is credible and reflects a steady, low‑intensity usage pattern rather than hidden high‑mileage periods. When you inspect the vehicle, pay particular attention to the braking system. Examine the off‑side brake pipes for surface rust, pitting or any signs of fluid seepage at the fittings, and test the pedal for a firm, consistent feel without sponginess or a drop in pressure. Verify that the off‑side front position lamp operates correctly, as it failed the 5 June 2026 test. Look beneath the engine bay for fresh oil stains that could indicate the source of the ongoing leak – common culprits include valve cover gaskets or the oil filter housing – and confirm that the oil level is stable after a short run. The front sub‑frame corrosion and suspension wear also merit close scrutiny. Probe the sub‑frame around mounting points for flaking rust or softened metal, and listen for clunking or knocking when driving over bumps, which may signal the excessively worn front shock‑absorber bush noted in the 5 June 2026 failure. Check the anti‑roll bar ball‑joint dust cover for integrity; a compromised cover can admit dirt and accelerate joint wear, potentially leading to steering pull or uneven tyre wear. A qualified mechanic should perform a pressure test on the brake lines, locate the precise oil‑leak origin, and assess the structural soundness of the sub‑frame and suspension bushings before you commit to purchase.