2010 Vauxhall Astra 1.6L Petrol · SH10 HHS

A defining feature of this Astra's MOT history is a single but significant failure in October 2021 involving a dangerously weakened offside rear brake disc, a major fluid leak from the nearside front shock absorber, and defective wiper blades, alongside a more recent failure in July 2026 for non-functioning nearside headlamp and rear position lamp. The intervening tests between 2022 and 2025 all passed without advisories, suggesting the 2021 issues were addressed and the vehicle held a clean roadworthy status for several years. However, the most recent test in July 2026 has reintroduced concerns in the form of four advisories: nearside and offside front tyres worn close to the legal limit on the edges, front brake pads wearing thin, and critically, oil present in the coolant. The reappearance of flagged defects after a clean run indicates that mechanical wear items are accumulating again at this mileage and age, and the oil-in-coolant advisory in particular warrants prompt investigation as it can point to head gasket failure, a compromised oil cooler, or internal engine sealing issues. Against an age of approximately sixteen years, the recorded 102,227 miles equates to an average accumulation of roughly 6,389 miles annually, which sits within typical parameters for a vehicle of this vintage and suggests consistent rather than sporadic use. The testing gaps are minor, with annual tests recorded between 2021 and 2026, and no evidence of prolonged lay-up periods that might have allowed standing issues such as brake caliper seizure or fluid degradation to develop unnoticed. Mileage progression across the recorded tests reflects ordinary year-on-year accumulation without dramatic spikes or unusually long stationary intervals, meaning the wear observed is broadly consistent with a car that has been in regular service rather than one subjected to either neglect or excessive short-trip use. That said, a 2010 Astra approaching 103,000 miles is now firmly within the zone where major driveline, cooling system, and suspension components begin to require closer scrutiny regardless of the annual rate. For a prospective buyer, the oil-in-coolant advisory from the July 2026 test is the single most important area to investigate before purchase. A visual inspection of the coolant reservoir for a milky, mayonnaise-like residue on the cap or surface should be carried out with the engine cold, and the oil filler cap should be checked internally for any similar frothy deposit. On a test drive, any signs of overheating, rising temperature gauge under load, white exhaust vapour, or coolant smell from the engine bay would suggest the issue is active rather than historical. The cooling system should be pressure-tested where possible, and a compression or chemical leak-down test considered if there is any doubt, given the financial implications of head gasket work on this engine family. The brake and suspension items flagged across the history also merit specific checks. The 2021 major defect for a dangerously weakened offside rear brake disc and the recent advisory for thinning front brake pads indicate that the braking system is an area of recurring attention; on a test drive, listen for any grinding, squealing, or pulsing through the pedal under firm braking, and verify that the car pulls up straight without steering pull. The 2021 shock absorber fluid leak suggests the front damping may have been replaced, but check for any uneven ride height, excessive bouncing after a sharp press on the front wing, or clonking noises over uneven road surfaces, which could indicate worn front suspension bushes, top mounts, or coil springs given the vehicle's age and mileage. Finally, confirm that the front tyres have been replaced since the July 2026 advisories, inspect the nearside front for any uneven inner-edge wear that could point to suspension geometry or tracking issues, and verify that the headlamp and rear lamp failures from the failed test have been rectified with functioning bulbs fitted before any purchase proceeds.