2017 Suzuki Vitara 1.6L Petrol · T3 TEB

The vehicle is currently roadworthy following a pass on July 24, 2025, 64,155 miles. However, the maintenance trend indicates a reactive approach rather than proactive care. The car failed just one day prior to that pass due to multiple safety-critical defects, including damaged track rod end dust covers and defective wipers. While these issues were rectified to achieve the most recent pass, the frequency of avoidable failures suggests the owner only addresses mechanical faults when they directly threaten an MOT test result. At approximately nine years old, the recorded mileage of 64,155 miles represents an average of roughly 7,100 miles per year. This aligns with typical UK usage for a family vehicle. The data shows consistent annual testing, with approximately 1,900 miles covered between the 2024 and 2025 tests, and roughly 2,700 miles in the year preceding that. This relatively low and steady mileage suggests the vehicle has not been subjected to high-intensity stress, though the recurring brake wear indicates that service intervals are being neglected. A buyer must pay close attention to the braking system, as the record shows a persistent pattern of neglect. In July 2023, rear pads were 80% worn, and by July 2024, both front and rear pads remained 70% worn without replacement. This trend suggests components are left until they are near failure, which risks damaging the brake discs. An inspection should verify if the discs show scoring or heat spotting resulting from the prolonged use of thinned pads. The suspension also requires a thorough physical check. The July 2025 failure flagged deteriorated track rod end dust covers on both sides of the front. While these were likely replaced, the buyer should check for any lateral play in the steering linkage and ensure no other rubber boots have perished. Additionally, the failure for a cut sidewall sidewall in 2025 highlights a lapse in basic condition monitoring, necessitating a manual inspection of the remaining tyres for structural damage or uneven wear.