2008 Toyota Prius 1.5L Hybrid electric (clean) · LL57 EYR

This 2008 Toyota Prius presents an unbroken five-year run of clean MOT passes, with the most recent test on 6 August 2025 recording no defects whatsoever and every prior annual inspection since 2021 returning the same clean result. There are no advisories, no advisories accumulating, and no failure points anywhere in the recorded history, which represents an unusually consistent roadworthiness profile for an eighteen-year-old vehicle. The absence of any flagged component wear across this period suggests the suspension, braking, exhaust, lighting, and structural elements have all remained within legal limits, giving a prospective buyer a baseline of confidence in its fundamental mechanical condition. That said, the DVSA record only reflects what was inspected at the time of test; the clean sheet does not certify that intervening service work has been carried out, only that nothing presented a fail or advisory condition on the day. At 28,035 miles against an eighteen-year vehicle age, this Prius has averaged roughly 1,558 miles per year, which is exceptionally low for a car of its vintage and even modest for a second household vehicle. There are no gaps in the MOT testing record, with annual tests consistently filed between 2021 and 2025, indicating the car has remained in regular use and on the road rather than being placed off-road with a SORN declaration. Low annual mileage of this nature generally reduces wear on high-cycle components such as brake discs and pads, clutch friction material, and engine internal components, though it does carry its own considerations. Tyres that have sat loaded for prolonged periods can develop flat spots, while infrequent use can lead to oxidation of brake discs and seizure of caliper slide pins. A hybrid system that has only completed short, infrequent journeys may also show battery management irregularities that do not manifest in an MOT test but can affect long-term drivetrain health. For a buyer evaluating this car, the absence of historical advisories means the usual targeted inspection of previously flagged components is not directly possible, so attention should shift to condition-based checks on the items most likely to age on a low-mileage Prius. On a test drive, listen for any clonks or knocks from the front suspension over uneven surfaces, which could indicate worn lower control arm bushes or anti-roll bar drop links, and feel for vagueness through the steering wheel that might suggest deteriorated tie rod ends. Brake pedal feel should be assessed for sponginess or excessive travel, and the wheels should be spun by hand when cold to confirm the calipers are releasing cleanly rather than binding. Listen carefully at low speed for any whining or bearing rumble from the front wheels, as hub bearings can deteriorate from age rather than mileage, and check for uneven tyre wear that might point to alignment issues stemming from worn suspension components. Underneath the vehicle, particular attention should be paid to the underbody and subframe areas for any surface corrosion, paying close regard to suspension mounting points and brake pipe runs along the chassis rails, as the MOT only flags corrosion that has progressed beyond defined thresholds. The exhaust system should be inspected for rust at the joints and mounting rubbers, given the vehicle's age, and the hybrid inverter coolant pump and associated plumbing should be checked for any signs of leakage, as this is a known age-related concern on early Prius models. Verify that the 12V auxiliary battery, housed in the boot area, has been recently replaced, as a weak auxiliary battery can cause cascade faults across the hybrid control modules and prevent the car from starting. Finally, confirm that the hybrid system display shows healthy battery state of charge and that the vehicle transitions smoothly between electric and petrol propulsion without warning lights, since these drivetrain functions are entirely outside the scope of the MOT examination but are central to the car's usability.