1991 Toyota Townace 2.0L Diesel · H632 EEU

The most recent DVSA recorded test outcome for this 1991 Toyota Townace is a PASS issued on 21 June 2016, accompanied by four advisories relating to the rear suspension. While the immediate pass is reassuring, the broader history suggests a vehicle that has required periodic attention rather than one with a consistently clean record. The advisories concerning worn shock absorber bushes and deteriorated anti-roll bar linkage rubber mountings mirror the same components that previously failed outright in 2015, indicating that although the components were renewed or repaired sufficiently to pass in 2016, the underlying wear pattern in the rear suspension is recurring and warrants close physical inspection. Other historic failures across the recorded tests span brake imbalance, parking brake efficiency below requirements, exhaust gas leaks, non-functioning stop lamps, exposed tyre cords, and imbalanced braking across an axle. Taken together, the overall maintenance trend appears to be one of gradual improvement following more serious failures in earlier years, though the persistence of suspension-related advisories suggests the rear end remains an area of ongoing wear rather than a resolved issue. Recorded mileage stands at 163,857 miles across approximately 35 years, equating to an annual average of around 4,682 miles, which is notably low for a vehicle of this age and suggests either significant periods of standing or genuinely light usage. The MOT history itself only spans from 2011 to 2016, a five-year window within which annual mileage was modest, and there are no recorded tests between 2016 and the present date. This extended absence from testing, combined with the low annual mileage, raises the strong likelihood that the vehicle has either been off the road, used very sparingly, or possibly used without requiring an MOT for several years. Low annual mileage reduces wear on drivetrain components such as the engine, clutch, and transmission, but it accelerates deterioration of items that degrade through standing rather than use, including brake discs corroding and binding calipers, tyre sidewall perishing from age, exhaust system internal and external corrosion, and 12V battery failure from prolonged under-use. Given the gap since the last recorded MOT and the vehicle's age, a prospective buyer should carry out a thorough physical inspection irrespective of the 2016 paper record. Begin by examining all four tyres for age-related cracking or perishing on the sidewalls, as rubber compounds deteriorate with calendar age regardless of tread depth; confirm that none are older than around six years from their DOT date stamp. Inspect the braking system thoroughly, looking for corroded brake disc surfaces, seized or binding calipers that may prevent the vehicle from rolling freely when jacked, and the condition of the flexible brake hoses and hydraulic fluid, which should be renewed on a time basis rather than purely by mileage given the vehicle's age. Check underneath for any signs of corrosion to the exhaust system, floor pans, suspension subframes, and structural members, as corrosion can compromise structural integrity in vehicles that have seen long periods of storage or winter road salt exposure. Verify the condition of the 12V battery, as standing for extended periods rapidly depletes charge and shortens battery life, and confirm that the cooling system, fuel system, and gearbox or differential fluids have been serviced on a time-based schedule rather than assumed to be fresh. On a test drive, listen carefully for any clonks or knocks from the rear suspension over uneven surfaces, particularly over speed humps and undulating roads, which would indicate the deteriorated shock absorber bushes and anti-roll bar linkage rubbers flagged in 2016 have progressed to the point of requiring replacement. Monitor braking performance for any pulling to one side, shudder under load, or a soft or spongy pedal feel that might suggest further brake imbalance or hydraulic issues beyond what was previously recorded. Pay attention to the exhaust for any signs of blowing gases, excessive smoke on startup or under acceleration, or rattles that could indicate further exhaust system deterioration or turbo-related issues consistent with the 2013 smoke failure. Confirm operation of all lighting including the stop lamps, rear fog lamp, and headlamp beam pattern, as several historic failures related to non-functioning bulbs and poor beam image. Finally, verify parking brake effectiveness on an incline, as this was a recurring area of failure, and consider a compression test or inspection of the timing belt replacement history, given that the vehicle is well beyond any original cambelt service interval and a stretched or aged belt on an engine of this age poses a serious mechanical risk.