2008 Volkswagen Golf 3.2L Petrol · RF58 AEM

The vehicle passed its most recent MOT on 2026‑03‑11 at 121,170 miles, with only near‑side and off‑side rear tyres noted as slightly damaged or perishing (5.2.3 (d)(ii)). No other defects were recorded, and the 2025 test showed a clean result, indicating a stable maintenance trend after a series of intermittent faults in earlier years. The recent pass suggests the car is roadworthy at the time of testing, though the tyre condition points to a need for immediate attention. At 18 years old the Golf carries 121,170 miles, averaging roughly 6,700 miles per year, which aligns with typical usage for its age. The mileage increase between the 2025‑03‑07 test (120,743 miles) and the 2026‑03‑11 test is only 427 miles, a marked drop from earlier annual increments. This low accumulation implies periods of low utilisation or storage, which can conceal wear on consumables and delay the discovery of mechanical degradation. The MOT history reveals recurring issues that point to uneven upkeep. Exhaust noise (8.1.1 (a)) and minor leaks (6.1.2 (a)) appear repeatedly from 2022 onward. Suspension components have been a persistent problem: rear shock absorber dust covers were loose in 2023, 2024 and 2026; a front coil spring was insecure in 2024; front CV joint boots showed severe deterioration in 2023; anti‑roll bar dust covers allowed dirt ingress in 2022 and 2023. Tyre wear has also been a concern, with front tyres worn close to legal limits in 2018‑2023 and rear tyres now showing cracking. A prospective buyer should inspect the rear tyres for cracking and ensure adequate tread depth. The exhaust system must be examined for noise, leaks and secure mounting. Check the rear shock absorber dust covers and verify the coil spring is correctly seated. Inspect the front CV joint boots for tears and test the anti‑roll bar joint dust covers for integrity. A walk‑around should include a suspension walk‑around and a short test drive to assess steering feel, brake performance and any exhaust noises that may not have been captured in the latest test.