2021 Suzuki Vitara SZ-T Boosterjet Mhev 1.4L Hybrid electric (clean) · PO71 WFE

Two MOT tests are recorded for this 2021 Suzuki Vitara SZ-T Boosterjet MHEV, both resulting in pass certificates with no advisories or defects noted. The most recent entry on 8 September 2025 at 15,751 miles cleared without comment, following an identical clean pass on 27 September 2024 at 12,267 miles. Across the available two-year window, the roadworthiness record shows a stable trend with no flagged deterioration in braking, suspension, exhaust, lighting, or structural integrity. The absence of advisories in either test simply indicates the tester identified nothing warranting attention at the time; it does not establish the mechanical condition of components between examinations. At 15,770 miles against an approximate five-year age, the vehicle records roughly 3,150 miles per year, which sits well below the average annual mileage for a UK car. The mileage progression between tests shows around 3,484 miles accumulated in the year between September 2024 and September 2025, broadly consistent with light regular use. No gaps in testing are evident, and the recorded odometer readings progress sensibly with no anomalies. Low annual mileage can reduce wear on internal combustion components, clutch, and brake friction material, though it may also correlate with short journeys, extended standing periods, and the resultant risks of moisture retention in the exhaust, brake caliper seizure, and tyre dry-rotting. A prospective buyer should not treat the clean MOT history as proof of overall condition. Given the low mileage and probable short-trip usage, a physical inspection should prioritise the brake calipers for binding or corrosion on the rear axle, the condition of the brake discs for surface rust or lipping, and the tyres for age-related cracking even if tread depth remains legal. The underbody and exhaust system warrant a check for corrosion consistent with limited winter driving, while the 12-volt battery and the mild-hybrid system components benefit from diagnostic interrogation. Steering and suspension bushes, along with the coil springs, should be examined for perishing where a vehicle has stood idle for extended periods. The dataset is genuinely sparse, limited to only two MOT entries, which constrains any longitudinal judgement about wear trends or recurring faults. The current risk profile leans towards the lower end solely because no defects have been recorded, though the absence of failure history offers little predictive reassurance beyond the 2025 test date, which is now approaching a year old at the time of this evaluation. An independent pre-purchase inspection remains the most reliable means of confirming the mechanical state of the drivetrain, hybrid ancillaries, and structural elements before commitment.