2018 Ford Tourneo 2.0L Diesel · YS18 LNG

Persistent deterioration of the nearside front constant velocity boot stands as the primary mechanical concern for this vehicle, having been flagged as a minor defect in both the 2025 and 2026 inspections. While the vehicle successfully passed its most recent MOT on 24 June 2026, the recurring nature of this specific fault indicates that the protective rubber gaiter has remained compromised for over a year, risking potential ingress of road debris and moisture into the drive shaft joint. The overall roadworthiness trend shows a transition from a period of clean test results in 2023 and 2024 to a more problematic phase, highlighted by a 2025 failure that included a dangerous structural defect regarding a tyre wall failure. With a total of 44,097 miles recorded over eight years, the vehicle averages approximately 5,512 miles annually, which is notably lower than the typical usage profile for a Ford Tourneo. This low-mileage accumulation suggests the vehicle may have experienced frequent short-distance journeys or extended periods of inactivity. Mechanically, this usage pattern can lead to accelerated wear on specific components such as exhaust systems due to internal condensation, as well as potential seizing of brake calipers or discs that do not reach optimal operating temperatures or receive consistent use to clear surface oxidation. Prospective buyers should prioritise a physical inspection of the nearside front drive shaft area. During a test drive, listen closely for rhythmic clicking or clunking sounds when executing sharp turns at low speeds, as these are primary indicators that the constant velocity joint has suffered damage due to the failed boot. It is also essential to inspect the inner rim and surrounding suspension components for signs of grease spray, which would confirm that the joint is actively shedding lubricant. If the joint exhibits any play or audible distress, it will require a full replacement rather than a simple boot repair. Given the previous failure involving a structural tyre defect, a thorough examination of all four tyre sidewalls and tread surfaces is necessary to ensure there is no evidence of sidewall bulging or uneven wear patterns that might suggest underlying suspension misalignment. Furthermore, because the vehicle has spent significant time with child seats obscuring the rear seat belts, ensure that all rear seat belt mechanisms are tested for smooth retraction and secure locking under tension. Any hesitation or fraying in the webbing should be addressed, as these safety systems are critical and must be fully functional for the vehicle to remain compliant with safety standards.