2019 Volkswagen Sharan 2.0L Diesel · RK69 VUT

The vehicle is currently roadworthy but the most recent inspection indicates a worsening trend in deferred preventative maintenance. While the car passed its March 2026 test at 76,083 miles, it had failed just one day prior due to multiple mechanical defects. The transition from a clean record in early 2025 to several advisories in 2026 suggests that components are reaching their service limit and require immediate attention to prevent further mechanical degradation. At 76,083 miles over seven years, the Sharan reflects a consistent usage pattern of approximately 11,000 miles per annum, which aligns with typical expectations for a family vehicle. The mileage progression shows steady accumulation, with roughly 4,600 miles driven between January 2024 and January 2025, and another 3,800 miles between January 2025 and March 2026. This regular use suggests the vehicle has not sat for long periods, though it explains the accelerated wear observed on rubber-based components and braking hardware. A buyer must inspect the rear suspension thoroughly, as the March 2026 test flagged splitting rubber bushes on both lower rear suspension arms. This issue often leads to handling instability and uneven tyre wear if not replaced. The braking system also shows a recurring history of neglect, with worn discs and thin pads noted in 2024 followed by low pads again in 2026. The current state of the remaining pads and the discs should be verified to ensure they are not beyond the legal limit. The front tyres require urgent replacement due to low tread levels on both the inner and outer edges, which typically indicates a wheel alignment issue or worn suspension geometry. Given the previous report of perishing rear tyres in 2023, the age and condition of all rubber-based components should be checked for cracking. Beyond these consumable items, the record does not highlight structural corrosion, but the frequency of mechanical advisories indicates the previous owner only addresses faults when they trigger an MOT failure.