2017 Mitsubishi Outlander 2.0L Hybrid electric (clean) · DP17 HTJ

A 2017 Mitsubishi Outlander with seven recorded MOT tests and a single failure sits on the moderate end of the roadworthiness spectrum, with its latest outcome on 27 December 2025 a pass accompanied by advisories that warrant close scrutiny. The most recent test flagged a deteriorated dust cover on the nearside front track rod end ball joint, alongside a slightly damaged nearside rear tyre and rear brake pads recorded at 3 to 4 mm of friction material remaining. Earlier tests were largely uneventful, including clean passes in 2021, 2023, and January 2024, but the December 2024 test revealed a more serious issue, failing the vehicle outright for a nearside front tyre cut deep enough to reach the ply or cords, with an advisory noting the offside front tyre was worn close to the legal limit and on edge. The recurring theme across the record is tyre condition and steering component wear at the front axle, suggesting the front end is subject to noticeable stress despite the low overall mileage. Against an age of approximately nine years, the recorded 34,469 miles equates to an annual accumulation of around 3,830 miles, which is notably below average for a vehicle of this vintage and likely reflects extended periods of light use or inactivity rather than regular daily driving. The testing pattern supports this, with a six-month COVID-19 extension noted in mid-2020 and otherwise annual entries from 2020 through 2025, consistent with a car that has been exercised intermittently. Mechanically, such low usage tends to be kinder to major drivetrain components but can accelerate degradation of rubber and polymer items, particularly tyres, brake seals, suspension bushes, and ball joint gaiters, where prolonged standing allows surface cracking and drying out. The combination of a single tyre-related failure and the dust cover advisory at the latest test fits this profile reasonably well, indicating that consumable rubber and protective components are aging at a rate that does not always correlate with mileage on the odometer. For a prospective buyer, the specific items flagged in the MOT history should drive the pre-purchase inspection. The track rod end dust cover deterioration noted in December 2025 warrants a physical check of the joint itself, listening for any clonking or rattling from the front suspension when the steering is turned lock to lock at low speed, and feeling for any looseness or play when the wheel is rocked by hand. The nearside front tyre that failed in December 2024 should have been replaced, but it is worth confirming that all four tyres are of matching brand, type, and tread depth, and inspecting the sidewalls for any bulges, cracks, or uneven shoulder wear that might indicate alignment or suspension geometry issues. On a test drive, pay particular attention to steering behaviour, including any pulling to one side under braking, vagueness around the straight-ahead position, or vibration through the wheel at speed, any of which could suggest lingering problems with the front tyres, tracking, or related components. The rear brake pads, recorded at 3 to 4 mm during the most recent test, will require replacement in the relatively near term and should be inspected for any uneven wear across the axle, which can indicate sticking calipers or a seized handbrake mechanism, common issues on lightly used vehicles. On the road, the brakes should feel firm and progressive, with no grinding, juddering through the pedal, or pulling to one side under moderate application. Given the low annual mileage and evidence of standing periods, it is also prudent to check for any signs of brake disc corrosion, such as a pulsing sensation or initial judder when braking from cold, which typically dissipates as the surface is cleaned by use. Under the vehicle, inspect the underbody and subframe areas for any surface corrosion, paying particular attention to suspension arms, anti-roll bar links, and brake pipe runs, as components left stationary in damp conditions can suffer accelerated oxidisation even without high mileage exposure.