2008 Mercedes-Benz Vito 2.1L Diesel · RS08 AES

A pattern of brake and rear tyre wear dominates the MOT record for this Mercedes Vito, suggesting that the mechanical story is one of consumables working harder than the rest of the vehicle. The most recent test on 8 July 2026 returned a Pass but carried advisories on both rear tyres for damage, cracking, perishing, and edge wear, mirroring the same advisory pair recorded on 22 July 2025 when the vehicle initially failed on a non-functioning offside stop lamp before passing later the same inspection. Two Major defects were recorded on 18 July 2024 for excessive corrosion on both front brake pipes, and the vehicle passed the subsequent test on 23 July 2024 with no defects recorded, indicating the brake line corrosion was rectified between those two inspections. The absence of advisories for suspension, corrosion, oil leaks, or structural items across the four tests shown is a relatively neutral supporting data point, though the recurring rear-tyre edge wear warrants particular attention as it can reflect either an alignment or suspension geometry issue that the test does not directly inspect. With 111,736 miles recorded over approximately 18 years, this Vito has accumulated around 6,200 miles annually, sitting within the typical band for a commercial vehicle of its age. There are no multi-year gaps in the MOT history and no sudden jumps in recorded mileage that would suggest clock irregularities or prolonged off-road storage. This steady, moderate accumulation means the major mechanical assemblies such as the engine, transmission, and clutch have seen consistent use rather than the harsher cold-start cycles associated with low-mileage urban vehicles or the long static periods that accelerate rubber and seal degradation. The brake and tyre items that have appeared are therefore more consistent with active service wear than with age-related deterioration from standing. For a prospective buyer, the brake pipe corrosion flagged in July 2024 is the most important historical item to verify, as excessively corroded brake lines can indicate that the rest of the underbody metalwork, including the fuel lines, subframe, and mounting brackets, may be approaching a similar condition. On inspection, examine the full run of brake pipes along the chassis rails and under the floor for surface rust, flaking, or pitting, and confirm whether the replacement work was a like-for-like pipe replacement or a more comprehensive underbody restoration. Lift any trim panels in the wheel arches and check the inner sills and suspension turret areas for bubbling or paint lift, as these zones share the same corrosion exposure as the brake lines. A test drive should focus on brake pedal feel; a soft or spongy pedal that requires pumping, any pulling to one side under firm braking, or fluid warning lights on startup would all indicate that the hydraulic system warrants further investigation despite the recent test pass. The recurring rear tyre edge wear is the other mechanical thread connecting the 2025 and 2026 advisories, and on a road evaluation this should be checked by examining the current rear tyres for feathering on the inner or outer shoulder and by confirming that the rear axle geometry is within tolerance. On the road, listen for any knocking or clonking from the rear suspension over uneven surfaces, particularly from the coil springs, trailing arms, and bushes, as worn rear linkages are a known wear point on the Vito platform and can directly cause the type of uneven edge wear recorded. Steering should return crisply to centre after cornering without wandering, and the vehicle should sit level at the rear with no noticeable lean. A final practical check is the rear lighting circuit, given the stop lamp failure recorded in July 2025; confirm all bulbs, including the high-level third brake lamp, illuminate cleanly under pedal pressure, and inspect the rear lamp housings and wiring for water ingress or corroded connectors, which are common on commercial vehicles with rear barn-door or tailgate mounted lamp units.