2017 Hyundai Tucson 1.7L Diesel · KA61 LLS

A relatively clean MOT history for this 2017 Hyundai Tucson is anchored by four passes in succession, with the most recent test on 9 December 2025 returning a pass and only a single minor advisory concerning a nail in the nearside rear tyre. The record does, however, contain a prior failure on 29 November 2021 for both front and rear registration plates not conforming to specification, an advisory on the same date regarding items removed from the driver's view ahead of test, and an earlier failure on 8 December 2020 for parking brake efficiency below requirements, which was accompanied by an advisory noting cracking inside the tread of the rear tyres. That 2020 parking brake failure is the only recorded mechanical shortcoming of any substance, and no suspension, brake pipe, corrosion, structural, exhaust, or drivetrain defects have appeared across the five tests on file. The pattern overall is one of stable roadworthiness, with the recurring theme being tyre condition at the rear axle rather than any progressive mechanical deterioration. Against a nine-year vehicle age, the recorded mileage of 37,040 equates to roughly 4,100 miles per year, which is well below the typical accumulation for a family SUV of this era and points to either genuinely light use, extended periods of standing, or a combination of both. MOT test dates cluster annually from late 2020 through late 2025, with no multi-year gaps in testing that would indicate the vehicle was declared off the road through the SORN process, although the modest mileage suggests it has not been used as a primary daily driver. Lower annual mileage of this nature typically preserves major drivetrain components such as the engine, gearbox, and clutch, but it can simultaneously accelerate certain ageing-related issues, including brake disc corrosion from infrequent use, tyre sidewall and perishing degradation, and drying or hardening of rubber suspension bushes and dampers that spend long periods unloaded. For a prospective buyer, the priority mechanical items to examine on this Tucson are those most likely to have been affected by its low usage profile and the items previously flagged at test. The 2020 failure for parking brake efficiency below requirements warrants particular attention, as handbrake mechanisms on rear discs or drums that have seen light use can corrode internally and bind or fail to hold on an incline; on a test drive, the vehicle should be parked on a slope with the handbrake firmly applied to confirm it holds without excessive travel, and a low-speed stop from the footbrake should produce a firm, even pedal without judder that could indicate corroded or warped brake discs. The rear tyres should be inspected closely for cracking inside the tread as previously recorded, and the nearside rear tyre should be checked internally as well as externally to confirm the recent nail has been properly repaired rather than simply monitored. Steering and suspension should be exercised over uneven surfaces, with attention to any clonks or rattles from the front end that could indicate worn anti-roll bar bushes, drop links, or top mount bearings, all common failure points on Tucson models of this generation that may have hardened through underuse. A final check should focus on items that MOT testing does not cover but which directly affect roadworthiness for a low-mileage vehicle, including a thorough inspection for any fluid leaks, the condition of all coolant and brake hoses for surface cracking, and verification that the 12 volt battery holds charge under load. The condition of the underbody and subframe should be examined for any surface corrosion, particularly around suspension mounting points, and the exhaust should be checked for blowing joints or hangers that may have deteriorated. Given that the recorded MOT history contains no structural or corrosion advisories and only the isolated parking brake and registration plate issues, the vehicle presents a relatively straightforward proposition, provided the specific wear points associated with low annual mileage are confirmed to be in serviceable condition during a physical inspection and extended test drive.