1991 Nissan Figaro 1.0L Petrol · H814 PVW

Pervasive structural corrosion and advancing hydraulic degradation define the mechanical profile of this Nissan Figaro, which currently stands unroadworthy following a failure on 3 July 2026. While that recent test failure was directly caused by non-functioning auxiliary electrical items—specifically an inoperative horn, both front direction indicators, and the windscreen washers, alongside an advisory for an engine oil leak—the more significant risk lies in the chassis and running gear. Successive previous MOT tests recorded progressive corrosion across the integral body structure, identifying specific deterioration on the nearside rear sills as well as the front and rear structural sections, accompanied by extensive corrosion across all front and rear metal brake pipes. With no record of a subsequent pass following the July 2026 failure, the vehicle cannot legally be driven on public roads until these electrical defects and any deteriorated structural items are formally addressed. The vehicle displays an accumulation of 110,901 miles, averaging approximately 6,161 miles per year across its eighteen-year recorded lifespan, but this figure is heavily distorted by an extraordinary seven-year gap between May 2019 and July 2026. This prolonged absence strongly points to an extended period in static storage or continuous off-road lay-up. Extended stationary periods are notoriously harsh on aged Japanese imports of this era, frequently causing electrical grounding points to oxidize, hydraulic components to seize, and rubber weather seals to perish. The cluster of simultaneous electrical failures involving the indicators, horn, and washer motor flagged immediately upon its return to testing in 2026 is a direct mechanical consequence of such inactivity, and it strongly implies that other deferred maintenance items exist throughout the vehicle. A prospective buyer must treat structural integrity as the primary inspection priority. The underside requires an exhaustive physical examination on a vehicle lift, focusing intently on the inner and outer sills, the rear wheel arches, and the front and rear subframe mounting points. The 2019 advisory specifically noted that all metal brake pipes from front to rear were corroded or coated in grease; grease is frequently applied to slow surface rust, but it can also obscure critical pitting, meaning the entire hydraulic hard-line network likely requires total replacement to ensure safety under heavy braking. Additionally, the nearside steering rack gaiter has a multi-year history of splitting and deterioration, meaning the inner tie-rod joint and steering rack seals must be inspected for water ingress, grit contamination, and excessive free play. During any preliminary dynamic assessment, the brake pedal should be checked for immediate firmness; a spongy pedal or fluid loss under sustained foot pressure will indicate that the corroded lines or aged flexi-hoses are compromising hydraulic pressure. Listen for clunks or wandering over road imperfections, which would indicate that the steering rack or chassis mounting points have deteriorated. Finally, the engine bay and under-tray must be thoroughly inspected to trace the origin of the oil leak recorded in the 2026 test, checking whether it stems from a minor rocker cover gasket, aged turbocharger oil feed lines, or more labor-intensive front and rear crankshaft oil seals that often dry out during long-term storage.