1987 Nissan Sunny 1.6L Petrol · E363 BPU

The most recent DVSA examination on 9 April 2026 resulted in a FAIL outcome, which is a notable concern given the vehicle's previous history. Looking at the broader test record, this Nissan Sunny presented for testing in January 2023 and passed, then returned in March 2024 and failed, followed by a failure on 14 March 2025, a pass on 18 March 2025, and now another failure in April 2026. Although the official records do not detail specific defect categories, the alternating pass and fail pattern over consecutive years suggests an inconsistent or borderline maintenance regime rather than a stable upward trajectory. For a prospective buyer, the immediate priority should be obtaining the full failure advisory sheets from the testing station to understand exactly what items caused the most recent refusal, as these records are essential to budgeting any remedial work required before the vehicle can be returned to the road legally. The recorded mileage of 82,944 miles against an age of approximately thirty-nine years equates to an annual average of only around 2,127 miles, which is exceptionally low and suggests prolonged periods of standing or only intermittent use. While low mileage generally reduces wear on major mechanical components such as the engine, gearbox, and drivetrain, it introduces its own set of age-related concerns. Vehicles that spend extended time stationary are prone to fluid degradation, internal corrosion of brake hydraulic systems, deterioration of rubber and elastomeric components, and oxidation of metal surfaces. The absence of significant mileage accumulation between tests, particularly the very short intervals shown here, is consistent with a car that is either used sparingly or has been off the road between examinations, both of which warrant additional scrutiny during inspection. Given the clean defect notes in the official log and the evidently low usage pattern, practical buyer attention should focus on age-related deterioration rather than high-mileage wear. Tyres fitted to a vehicle of this vintage may suffer from sidewall perishing and cracking even if the tread depth remains acceptable, so each tyre should be examined closely for fine surface crazing, particularly on the inner and outer sidewalls, and the manufacturing date code on the sidewall should be checked against current DOT standards. The braking system is highly susceptible to standing-related issues; brake discs can develop significant surface corrosion, leading to judder or vibration on initial application, and caliper slide pins and pistons can seize from lack of use, producing uneven pad wear, a pulling sensation under braking, or complete binding. During the test drive, listen for any clonks or knocks from the suspension, which would indicate perished bushes, weakened coil springs, or deteriorated anti-roll bar linkages, all of which are common on cars of this age regardless of mileage. Additional inspection priorities should include verifying the condition and charge state of the 12V battery, as batteries left discharged or used only for short infrequent runs typically fail well before their nominal service life. All fluid systems warrant attention based on calendar age rather than mileage: the engine coolant, brake fluid, and differential or transmission oil will have degraded significantly over nearly four decades and should be replaced regardless of appearance. Examine the underside and inner wheel arches for corrosion, paying particular attention to structural integrity around suspension mounting points, sills, and the rear axle area, as corrosion-related failure is a common cause of test refusal on older vehicles. Check that the service book contains stamps or invoices confirming regular oil and filter changes, as extended standing periods combined with infrequent servicing can lead to internal engine sludge and oil seal hardening. Finally, confirm that the recent MOT failure has been addressed with proper documentation, and insist on a pre-purchase inspection by a competent mechanic familiar with older Japanese vehicles to identify any issues that routine MOT testing does not cover, such as cooling system pressure testing, compression checks, and verification of fuel system integrity.