2002 Toyota BB 1.5L Petrol · HS02 UKO

The defining mechanical theme across this Toyota BB's MOT history is a slowly accumulating pattern of advisories rather than any outright mechanical crisis, with the 2026 test on 26 June confirming a pass alongside three recorded observations: worn front anti-roll bar linkage pins or bushes on both sides, light oil misting on the offside rear shock absorber, and general underbody corrosion. The front anti-roll bar linkage advisory is a repeat from the 2025 test, suggesting progressive wear on the drop links or their bushes rather than a one-off finding, while the shock absorber misting is a new observation indicating the beginning of a hydraulic seal failure that will worsen with continued use. The underbody corrosion advisory is also significant for a 19-year-old vehicle, hinting at the kind of surface oxidation that DVSA examiners specifically flag because it can compromise structural integrity if left unchecked. There has been one failure in the recorded history, in November 2016, which was limited to both windscreen wipers failing to clear the glass effectively, and apart from that isolated incident the vehicle has held a continuous pass record. Mileage sits at 141,913 recorded miles across approximately 19 years, working out at roughly 7,469 miles per year, which is broadly typical for a car of this age and not unusually low or high. The testing record does show a notable gap, however, with no MOT entries between the 2018 test in March and the 2019 test at the end of September 2018, and a further gap from late 2019 through to mid 2025, spanning several years with no recorded test activity. While the exact reason for these gaps cannot be determined from MOT data alone, they could indicate periods where the vehicle was either off the road, not being used, or the records simply were not captured in this dataset. Mechanically, an annual average of around 7,500 miles means components such as brake discs, suspension bushes, and tyres will have experienced steady wear rather than the accelerated degradation seen on high-mileage vehicles, but the multi-year gap could also mean seals, fluids, and rubber components have had extended periods of either heavy use in short bursts or possible standing time, both of which stress different parts of the drivetrain. For a prospective buyer, the priority areas on physical inspection should be the front anti-roll bar drop links and their bushes, as the same advisory has now appeared on consecutive annual tests, indicating ongoing deterioration. On a road test, listen for clonking or rattling noises from the front suspension over speed humps and uneven road surfaces, and pay particular attention to any looseness or shimmy through the steering wheel during direction changes, which would suggest the linkages have worn beyond the MOT pass threshold. The offside rear shock absorber showing oil misting warrants a visual inspection of the shock body for wet residue or a darkened streak, and the vehicle should be tested for excessive rear bouncing or oscillation after pressing down firmly on each rear corner, which would confirm seal failure. The underbody corrosion advisory should prompt a thorough check from below, ideally on a ramp, focusing on chassis rails, subframe mounting points, brake pipes, and suspension arms for any advanced rust that could compromise structural integrity or safety-critical components. Beyond the flagged items, the historical brake pad advisories on the rear in 2020 and on both fronts in 2025 indicate a vehicle that uses its brakes regularly, so the discs should be inspected for lipping, scoring, or corrosion pitting, and a test drive should include firm pedal applications from moderate speed to check for judder or vibration through the steering wheel, which would suggest warped front discs. The earlier offside front wheel bearing play advisory from 2016 is worth rechecking, as any recurrence of rotational noise, humming that changes with vehicle speed, or wandering steering would point to renewed bearing wear. The exhaust advisories recorded in 2019 and 2021 suggest previous joint or flexi-section wear, so listen for any ticking, blowing, or exhaust drone on startup and at idle, and inspect the rubber hangers for perishing. Given the age and underbody corrosion finding, a comprehensive check of all brake pipes, fuel lines, and the handbrake mechanism for surface rust or weeping is strongly advisable before committing to purchase.