2017 Mercedes-Benz Vito 2.1L Diesel · MU14 HAZ

The vehicle remains roadworthy, but the maintenance trend shows a shift toward reactive repairs after a period of cleanliness. The most recent test in January 2026 at 236,433 miles flagged multiple advisories including worn offside front and nearside rear tyres, along with worn rear brake discs. This marks a departure from the three consecutive clean tests between 2023 and 2025, suggesting that components are now reaching the end of their service life due to heavy usage. The mileage profile is exceptionally high for a nine-year-old vehicle, averaging over 26,000 miles annually. A significant surge in usage occurred between January 2025 and January 2026, where the vehicle covered 29,602 miles in just 12 months. This rapid accumulation indicates the van is likely used for intensive commercial or long-distance fleet work, which places immense strain on the drivetrain and suspension components compared to typical private use. The consistent intervals between MOT tests suggest the vehicle has been kept in constant operation. A buyer must physically inspect the suspension system thoroughly, as the record from November 2022 already noted oil misting on the offside front shock absorber. Given the high mileage and recurring uneven tyre wear on the edges, the bushes, ball joints, and steering components likely suffer significant degradation. The low brake fluid level noted in late 2022 also indicates a potential leak or high pad wear rate that warrants a check of the hydraulic lines and calipers to prevent failure. The braking system requires immediate attention. The tester flagged thin front pads in late 2022 and worn rear discs in 2026, implying the entire braking assembly may be nearing a total overhaul. The buyer should also check for binding calipers or uneven disc wear, which are common on high-mileage vans. While no structural corrosion has appeared in the records, the sheer volume of miles means a close inspection of the chassis for stress fractures or rust is essential.