1998 Mitsubishi Lancer 2.0L Petrol · R590 BAY

A pattern of structural corrosion advisories, rather than mechanical failures, dominates the roadworthiness profile of this 1998 Mitsubishi Lancer across its recorded test history. The most recent entry on 13 September 2021 shows a clean pass with no defects recorded, which on the surface suggests a sound vehicle, but the underlying history tells a more cautious story. From as early as 2013, advisories began flagging corroded fuel pipes, sills, rear chassis areas, and corroded exhaust sections, alongside a worn front brake disc and borderline parking brake efficiency. By 2016, the corrosion advisories had escalated in severity wording, with both nearside and offside rear jacking sills recorded as damaged and corroded, sill covers fitted to mask the underlying condition, and prescribed area corrosion noted at both front inner wheel arches. The two recorded failures, in 2009 for a non-functioning stop lamp and in 2010 for inoperative offside front position lamps, are comparatively minor electrical items, but the recurring theme across fifteen years of testing is one of progressive body and chassis deterioration on a vehicle now approaching three decades of age. Recorded mileage of 77,391 miles against a 1998 registration equates to roughly 2,764 miles per year, which is unusually low for a car of this vintage and points towards significant periods of standing. The MOT history itself reflects irregular use, with gaps between tests of up to five years, most notably between 2016 and 2021. Vehicles that cover low annual mileage or stand for extended periods commonly suffer from dry corrosion, perished rubber components, seized calipers and handbrake mechanisms, deteriorated brake fluid, and flat-spotted or perished tyres, all of which can develop without the vehicle accumulating meaningful road use. The advisories recorded in this history, particularly the corroded underbody components, fuel pipes, and exhaust, are consistent with age-related oxidation rather than wear from high mileage, and the low usage pattern would do little to arrest this progression. The absence of a recorded test between 2016 and 2021 also means that any deterioration in the interim is unrecorded. For a prospective buyer, the priorities on inspection should focus squarely on the structural and underbody items repeatedly flagged. The underside should be examined on a lift or with the car safely raised to assess the current state of the sills, jacking points, inner wheel arches, rear chassis, and fuel and brake lines, as corrosion advisories from 2013 and 2016 will have had a further five to ten years to advance. Particular attention should be paid to the front inner wheel arches, where prescribed area corrosion was noted, as further deterioration here can compromise structural integrity and fail an MOT. The brake system warrants a thorough check, given the recorded advisories for corroded brake pipes and worn front discs, with the buyer listening for scraping or binding on a test drive and checking for any sponginess or excessive travel in the pedal. During a road test, the buyer should listen carefully for suspension knocks or clonks over uneven surfaces, as corroded mounting areas and aged bushes on a low-mileage vehicle can produce play in wishbones, anti-roll bar links, and strut tops that has not been masked by regular use. The parking brake should be tested on an incline to confirm it holds firmly, given the 2013 advisory noting efficiency only just met the requirement. Exhaust condition should be checked for blowing gases, rattles, or visible corrosion at joints and mounting rubbers, as the front-to-rear exhaust was flagged as corroded in 2013 and will almost certainly require replacement by now. Finally, tyre condition should be inspected for age-related perishing and uneven wear, replicating the 2009 advisory pattern, and the vehicle should be left idling from cold to ensure smooth running, given that low usage vehicles frequently develop minor running issues that only manifest after standing.