2019 VAUXHALL MOVANO2.3L Diesel

The vehicle currently presents a clean roadworthiness profile following a successful MOT on 24 July 2026 at 95,492 miles. This most recent test recorded no defects or advisories, suggesting the vehicle is in a stable maintenance phase. The history shows an improving trend in terms of compliance, moving from several failures and advisories in early 2023 to three consecutive years of clean passes without any noted issues. The mileage accumulation indicates heavy commercial use, averaging approximately 13,600 miles per year. Between the March 2023 test at 59,151 miles and the July 2026 test at 95,492 miles, the vehicle has covered significant distance. The data shows consistent annual usage rather than long periods of standing. The rapid accumulation of miles over the last three years suggests the vehicle has been actively employed, which typically increases the wear rate on drivetrain components, suspension bushes, and braking systems. A buyer should focus on the mechanical condition of the exhaust system and the sliding door mechanism. The July 2023 failure for an insecure central exhaust system was resolved, but the physical integrity of the mounting brackets and hangers should be verified to ensure no further loosening occurs under load. The sliding door also presented recurring issues, being flagged as inoperable in both March 2022 and March 2023. While the recent clean records imply this was rectified, the door rollers, tracks, and locking mechanisms require a thorough inspection to confirm they are fully functional. The 2023 records also highlighted neglected tyre maintenance, with the tester flagging both front tyres as being worn close to the legal limit. While the recent tests show no such issues, the high annual mileage means a buyer must check the current tread depth and sidewall condition of all tyres. Given the heavy use indicated by the odometer, a physical inspection of the brake discs and pads is also advised to ensure they have not been subjected to excessive wear from the high-mileage driving pattern.