2005 Chevrolet Kalos 1.4L Petrol · LR55 MFO

The Chevrolet Kalos presents a currently roadworthy status following the most recent DVSA test on 14 August 2025 at 84,564 miles, where the tester recorded a pass with no defects. Maintenance trend across the available history reads as stable, with every pass showing a clean sheet and no advisories logged. The two failures dated 6 August 2025 at 84,561 miles and 13 March 2024 at 82,092 miles both carried no defect entries, and each was followed within days by a pass at near-identical mileage. This pattern suggests administrative or non-mechanical compliance issues rather than escalating mechanical decay. At roughly 21 years old, the vehicle displays low accrued distance of 84,564 miles, averaging about 4,027 miles per year. The recorded odometer trace reveals an extended dormancy: between the 5 August 2020 test at 82,086 miles and the 20 March 2024 test at 82,093 miles, the car covered only seven miles across 44 months. Subsequent movement saw 2,471 miles added by the August 2025 pass. Such sparse, clean records imply light use and possibly long storage periods, though the abrupt fail-pass pairs hint the keeper addressed minor presentation matters swiftly rather than neglecting core upkeep. Given the absence of flagged defects, a buyer should still commission an in-person inspection of age-sensitive components that MOT sheets may not detail. Examine suspension bushes and coil springs for perishing after prolonged standing, check brake discs and calipers for corrosion binding following inactivity, and assess structural integrity beneath sills and subframes for rust. The exhaust emissions system warrants a sniff test for stale fuel effects. The repeated fails with zero defects merit direct clarification from the selling party or test station. Request the original refusal notices to confirm no hidden brake warning lamp or tyre labelling issue. Overall, the Kalos shows a benign mechanical ledger, but low mileage paired with age demands scrutiny of rubber and metal fatigue that static storage accelerates.