2014 Skoda Yeti 2.0L Diesel · AP63 GTZ

The 2014 Skoda Yeti presents a stable and highly encouraging maintenance trend, culminating in a clean pass on 31 March 2026 at 44,594 miles with zero defects recorded. This most recent test confirms the vehicle currently meets all structural and mechanical safety standards without any advisories. The only anomaly in the record appears on 7 April 2025, where a failed test at 41,953 miles is immediately followed by a pass at the same mileage, likely representing a same-day retest after a minor rectification. Beyond this single event, the consistent absence of defects across multiple years indicates a well-maintained machine free from recurring mechanical faults. The mileage accumulation aligns perfectly with the vehicle's age, reflecting exceptionally light use of roughly 2,600 miles per year. Between 11 April 2023 and 27 March 2024, the odometer climbed from 36,791 to 39,274 miles, and by 7 April 2025 it had reached 41,953 miles. The most recent jump to 44,594 miles by 31 March 2026 shows a consistent annual uptick of approximately 2,600 miles. Such steady, low-mileage accumulation suggests the car has been used primarily for short, local journeys rather than long motorway trips, which often results in specific wear patterns distinct from high-mileage vehicles. Despite the pristine MOT record, a buyer must inspect the physical condition of components that deteriorate with age and lack of use rather than mileage. Low-mileage vehicles often suffer from perishable items like rubber suspension bushes, tyre sidewall cracking, and brake disc corrosion caused by standing stationary. Check the exhaust system for corrosion, as short trips prevent the system from reaching optimal operating temperature to burn off moisture. Inspect the brake calipers for any signs of binding, a common issue when cars are parked for extended periods. The underbody and structural mounting points require a thorough visual inspection to confirm the absence of surface rust or corrosion that can compromise structural integrity over time.