2021 Vauxhall Vivaro 2900 Edition S/S 1.5L Diesel · DP21 ABF

The most recent DVSA examination on 2 January 2026 recorded a PASS outcome, with a minor defect for a defective nearside windscreen wiper blade alongside two advisories: front brake pads noted as wearing thin and a nearside front tyre worn close to the legal limit on its outer edge. Reviewing the four recorded tests between July 2024 and January 2026, the maintenance trend appears stable rather than deteriorating, with only one failure on 8 July 2024 which was limited to an insufficient washer fluid supply and otherwise carried no defect items that would prevent retest. The advisory items across these examinations have been consistent and minor, focused almost exclusively on brake pad wear and tyre condition, which is broadly consistent with normal operational degradation for a vehicle of this mileage and service class. There are no recorded advisories relating to suspension components, structural corrosion, steering play, exhaust integrity, or major braking system faults, which collectively supports a view of a reasonably well-maintained mechanical state. With 72,445 miles recorded against a 2021 registration, this Vivaro has covered approximately 14,489 miles per year on average, which is on the higher side of typical commercial usage and substantially above average private car mileage. The MOT gap between February 2025 and January 2026 suggests the vehicle was either not presented for testing in the intervening period or the mileage accumulation was sufficient to defer re-examination, and any prospective buyer should verify continuity of service records across that window to ensure regular oil and filter changes, particularly given the diesel drivetrain demands associated with higher annual mileages. Higher mileage figures of this nature typically accelerate wear on clutch components, dual-mass flywheels, turbocharger bearings, and diesel particulate filter regeneration cycles, so particular attention should be given to any hesitation under load or illumination of the DPF warning lamp during inspection. Given the recurring brake-related advisories across three of the four recorded tests, a prospective buyer should anticipate that both front and rear brake pads are now approaching or at the point of replacement, and on a test drive should listen for any metallic squealing under light pedal application or any shuddering or pulling to one side during moderate braking which would indicate uneven pad wear or warped discs. The nearside front tyre advisory regarding outer edge wear is suggestive of possible wheel alignment deviation or suspension geometry wear, and any uneven inner or outer shoulder wear across the remaining tyres should prompt a four-wheel alignment check along with inspection of front suspension bushes, track rod ends, and strut top mounts for play or deterioration. Although not flagged in the MOT history, high-mileage Vivaros commonly exhibit wear in the rear leaf spring bushes and anti-roll bar links, which typically present as clonking noises over speed humps or uneven tyre wear across the rear axle. Beyond the advisory items, a thorough physical inspection should include close examination of all four tyres, including the sidewalls, for age-related perishing and cracking given the vehicle is now five years old, irrespective of remaining tread depth. The 12-volt battery should be load-tested, as commercial vehicles frequently suffer from shortened battery life due to stop-start cycling and high accessory load, while the coolant, brake fluid, and clutch hydraulic fluid should be checked for date-stamped service intervals as these degrade on a calendar basis regardless of mileage. Diesel-specific checks should include a road test observing for any blue smoke on start-up, hesitation under acceleration, or excessive black smoke under load, all of which would indicate turbo or DPF concerns. A final under-bonnet and underfloor inspection should look for any oil residue around the turbo, injector seals, or sump, and any fresh underseal or evidence of recent welding which could mask structural corrosion around the wheelarches, sill seams, and cross members commonly found on Vivaros of this age and operating profile.