2016 Hyundai Tucson 1.6L Petrol · EO66 FSN

A clear pattern of recurring brake, tyre, and corrosion advisories across every MOT since 2022 defines the mechanical profile of this 2016 Hyundai Tucson, with the September 2026 pass continuing that established trend rather than introducing new concerns. The vehicle has passed all five recorded tests, but none of them has been advisory-free, and several defect categories are demonstrably progressive rather than transient. Brake hose ferrule corrosion was first flagged in 2023 across all four hoses, persisted in 2024 and 2025, and although the 2026 test no longer records the advisories, the underlying metalwork will not have self-repaired and a physical inspection of the hose ends remains warranted. More concerning is the rear sub-frame corrosion advisory, which appeared identically in both 2025 and 2026; the wording specifies it is not seriously weakened at present, but a repeat observation within twelve months indicates an actively developing condition that demands close visual scrutiny of the rear structural crossmember and mounting points before purchase. The track rod end ball joint play flagged on the offside in the latest MOT is a wear item that will only worsen and is a legitimate failure risk at the next test. Front and rear brake pad advisories from 2022 through 2023, followed by a binding nearside front caliper advisory in 2024, suggest a braking system that has received replacement pads but where the caliper slider mechanism has not been fully refreshed. Recorded mileage of 48,297 miles over ten years equates to an annual accumulation of roughly 4,830 miles, which is notably low for a vehicle of this age and usage class. Annual MOT entries show mileage progression from 28,766 in July 2022 through 33,272 in July 2023, 38,231 in July 2024, 43,520 in August 2025, and 48,297 in September 2026, giving year-on-year increases of approximately 4,500 to 5,000 miles. This is consistent and steady rather than suggesting any long periods off the road or sudden high-mileage use, and the testing gaps are the normal annual intervals with no missed years. Mechanically, this gentle usage pattern reduces wear on internal drivetrain components and major friction surfaces, but it also tends to accelerate certain age-related degradations; sub-frame and brake hose corrosion progress is driven primarily by time, road salt exposure, and moisture rather than mileage, and the recurring advisories here demonstrate exactly that phenomenon. The pattern of front tyres wearing on the nearside edge in particular across multiple tests is also consistent with a vehicle used predominantly for short urban journeys with frequent tight turning, which concentrates wear on the inner shoulders. For a prospective buyer, the priorities on physical inspection should track the advisories already recorded rather than speculative concerns. Inspect the rear sub-frame thoroughly, paying particular attention to box-section seams, mounting flanges, and any areas around suspension links attach, because corrosion described as not seriously weakened can deteriorate quickly once it breaches the painted surface. The offside track rod end should be checked by rocking the wheel side-to-side with the car lifted or by feel through the steering on a test drive, listening for any clonking over uneven surfaces and noting whether the steering returns to centre crisply after cornering. Brake hoses, particularly at the rear where the ferrules sit close to the road surface, should be examined for any active seepage or cracking of the rubber where it meets the metal union, as corrosion under the ferrule can mask weeping that becomes apparent only under hydraulic pressure. On the road, test the brakes firmly from speed to check for any pull to one side, which would confirm whether the 2024 binding caliper advisory has been properly resolved, and listen for any grinding or pulsing through the pedal that would indicate worn discs behind the recently replaced pads. Finally, inspect all four tyres for age-related sidewall cracking, particularly the rear pair where perishing has been noted in 2022 and again in 2026, and budget for a full set if any show ozone cracking or tread depth approaching the legal 1.6mm limit.