2021 Hyundai Tucson SE Connect T-GDI HEV A 1.6L Hybrid electric (clean) · AV71 LKO

This 2021 Hyundai Tucson HEV presents a remarkably clean MOT profile, with both recorded tests on 15 October 2025 and 16 October 2024 returning passes and no advisories or defects of any kind. For a five-year-old vehicle, a totally blemish-free DVSA record over consecutive testing cycles is a positive indicator of structural and mechanical integrity, suggesting that no components have yet crossed the threshold for examiner comment under the current MOT criteria. The absence of any advisories relating to brake wear, suspension component deterioration, or corrosion is particularly encouraging on a hybrid SUV of this generation, given that the Tucson platform can occasionally exhibit early subframe or rear suspension knocking if used heavily on poor road surfaces. With the latest pass achieved only weeks ago in mid-October 2025, the vehicle sits in a strong position regarding immediate road legality and underlying component condition. Against an expected annual mileage of roughly 12,000 to 15,000 miles for a typical family SUV, the recorded accumulation of 23,584 miles over five years equates to around 4,717 miles per year, which is notably below average and points to either light private use, a secondary household vehicle, or extended periods of standing. Low annual mileage on a hybrid powertrain does carry some specific considerations: the high-voltage battery and 12V system benefit from regular use cycles, so prolonged standing periods can contribute to 12V battery degradation and occasional high-voltage pack cell imbalance if the car is left for weeks without being driven. Conversely, the lower than average mileage should mean that braking components, clutch or transmission wear, and tyre replacement intervals have experienced reduced consumption compared with a higher-mileage equivalent. The fact that both MOT tests were conducted almost exactly twelve months apart and the vehicle was clearly presented for testing in both years indicates it has not been laid up off-road for any extended statutory period, which removes the additional concerns associated with dormant registrations. Given the absence of any flagged components in the official record, the inspection priorities for a prospective buyer should logically shift toward the wear items most likely to require attention on a hybrid Tucson of this age and mileage. Brake discs and pads should be physically inspected for lipping, surface corrosion, and pad material depth, as low-mileage vehicles often suffer from corroded disc surfaces due to infrequent high-temperature braking cycles, which can produce judder under pedal application. The suspension should be exercised over uneven surfaces during a test drive to listen for any clonks or knocks from the front MacPherson struts or rear multilink assembly, paying particular attention to compliance bush wear that may not yet have reached advisory threshold but could be approaching it. Steering should be checked for any vibration, pulling, or reluctance to self-centre, which could indicate early tie rod or rack wear. The hybrid-specific systems warrant particular scrutiny on a physical inspection. The engine bay should be examined for oil residue around the cylinder head cover, the smart stream 1.6 T-GDi unit is known to weep from gasket joints if the vehicle has experienced extended standing periods, and the undertray should be removed if possible to confirm a clean crankshaft seal and sump area. The high-voltage battery cooling ducts behind the rear seats should be checked for debris accumulation, as restricted airflow can lead to reduced hybrid system efficiency and trigger dashboard warnings. Finally, confirm that the 12V battery in the luggage area has been replaced within the last two to three years, as low mileage combined with short journeys is the primary cause of premature 12V failure on this generation of Tucson, and a depleted 12V can manifest as false hybrid system faults and erratic start-stop behaviour.