2016 Daihatsu ATRAI7 1.3L Petrol · YO52 FHV

The most recent DVSA examination on 3 September 2025 returned a Pass, but it carried two persistent Minor defects alongside a fresh advisory. The front suspension arm ball joint dust covers on both the nearside and offside were again recorded as severely deteriorated, mirroring findings present at every test since 2021, and the offside registration plate lamp inoperative defect has similarly been flagged year after year since at least 2021. A new advisory noted a minor exhaust gas leak, which is a logical follow-on from the September 2024 failure where the same system was refused with a major rear silencer leak and an out-of-specification lambda reading after the second fast idle. The overall trajectory is therefore one of stable but neglected minor items, with an exhaust and emissions event in 2024 that was evidently repaired just well enough to pass on retest, and the reappearance of an exhaust leak one year later suggests that repair may not have been durable. With 184,987 miles recorded against a 2016 registration, this Atrai7 has averaged roughly 18,500 miles per year, which is materially above the national average and points to sustained high-mileage use rather than periods of standing. The MOT record shows no significant mileage gaps, with tests consistently appearing in late August or early September between 2019 and 2025, consistent with regular rather than intermittent usage. Such accumulation accelerates wear on the consumables and mechanical components most directly stressed by distance, including brake discs and pads, clutch and gearbox synchros, engine mounts, driveshaft gaiters and CV joints, and the cooling system. High annual mileage also shortens the effective life of timing-related components, alternator brushes, starter motors, and the 12V battery, and means that oil and filter service intervals are far more consequential to long-term engine health than the calendar alone would suggest. The repeated advisories for nearside front tyre wear close to the legal limit and rear tyre cracking or perishing deserve close physical inspection before purchase. Check the front tyres for uneven shoulder wear, which on a high-mileage vehicle commonly indicates worn suspension bushes, weak coil springs, or tracking misalignment, and inspect the rear tyres for sidewall cracking that may have deepened since the 2022 advisory. On a test drive, listen for suspension clunks or knocks over speed humps and uneven surfaces, particularly from the front lower arms where the deteriorated ball joint dust covers have been flagged at every recent test; once these boots split fully, contamination of the ball joint leads to rapid play and ultimately failed MOT. The 2024 exhaust failure and the 2025 advisory for a minor leak warrant a careful cold-start inspection, listening for ticking under load, checking the lambda sensor wiring and connector condition, and confirming the rear silencer and downpipe joints for soot staining or audible hissing. Given the age and high mileage, a prospective buyer should also carry out checks that the MOT process does not fully cover. Verify the service book stamps or digital history and confirm that oil and filter changes have been completed at appropriate intervals, with particular attention to the timing belt or chain replacement schedule for the engine fitted. Inspect brake discs for lipping and check that the calipers are releasing cleanly rather than binding, which is common on vehicles that accumulate mileage in mixed traffic. Examine the underside for oil leaks from the sump, cam covers, and power steering rack, and check coolant hoses and the radiator for staining or weeping. Lift the boot or interior panels to assess for damp or corrosion, confirm that the 12V battery holds voltage under load, and check that all warning lamps extinguish promptly on start-up. Finally, request evidence that the 2024 exhaust repair addressed the lambda reading issue properly, as an unresolved catalytic converter or sensor fault will eventually present as another emissions failure.