1986 Porsche 924 2.5L Petrol · D640 GWX

The 1986 Porsche 924 presents a stable roadworthiness trend, with the most recent DVSA test on 10 March 2026 at 58,334 miles returning a pass and no defects recorded. Prior to that, the vehicle failed the test on 23 September 2025 at 58,332 miles, yet the record shows no defects listed; this suggests an administrative or non-mechanical rejection rather than a fault in running gear. The subsequent clean pass confirms the car met statutory requirements. Across the available history from 2013 to 2026, no advisories or mechanical defects appear, indicating consistent compliance when tested. Mileage accumulation is exceptionally low for a 40-year-old vehicle. The odometer logged 58,302 miles at the tests on 22 January 2013, 21 January 2014 and 4 March 2021, showing zero recorded movement across an eight-year span. From March 2021 to September 2025 the car covered just 30 miles to 58,332, then added 2 miles by the March 2026 test. Such sparse data points to prolonged storage and minimal use, a pattern that often masks deterioration from standing rather than wear from driving. A buyer should still commission a physical inspection of age-sensitive components that MOT records do not capture when no defect is flagged. The tester would not have noted perished suspension bushes, cracked coil spring coatings or incipient corrosion on structural panels if they remained within limits. Long stationary periods risk binding rear calipers, flat-spotted tyres and degraded brake discs through rust. We advise scrutinising the underbody for structural rust, checking the exhaust system for internal decay, and verifying the condition of flexible fuel lines and coolant hoses before road use. Previous ownership appears to have prioritised statutory testing but likely used the car rarely; the unchanged mileages imply basic upkeep was adequate for compliance yet the vehicle demands sympathetic re-commissioning. Given the clean history, the mechanical risk centres on latent age effects rather than recorded faults.