2016 Vauxhall Vivaro 1.6L Diesel · DX16 VUT

A pattern of meaningful front-end wear and an outright dangerous brake failure dominate the MOT history of this 2016 Vauxhall Vivaro. The most recent test on 19 February 2026 recorded a clean pass with no advisories, but it must be read in conjunction with the failed attempt the day before, which flagged a dangerously worn offside front brake pad below 1.5 mm, scored and pitted front brake discs on both sides, light oil misting on the nearside front shock absorber, and an insecure front number plate. Stepping back further, the 19 February 2025 test exposed a more serious cluster of defects: both front tyres failed the legal tread depth requirement at 205/65R16, both front track rod end ball joints were recorded with excessive play, and the offside rear coil spring was fractured. While a pass followed each failure after rectification, the sheer density of braking, steering, and suspension items flagging within two consecutive annual tests paints a picture of a working vehicle whose front-end consumables and steering linkages have been reaching end-of-service-life thresholds with regularity. With 105,926 miles recorded across roughly ten years, the Vivaro is averaging around 10,600 miles annually, which is consistent with steady commercial or fleet use. There are no extended testing gaps that would suggest a long period off the road, and the mileage progression between 2024 and 2026 is steady rather than erratic, so the recorded wear is broadly proportional to the distance covered. That said, a vehicle of this age and mileage, particularly one used for load carrying or multi-stop driving, places heavy cumulative stress on the suspension bushes, top mounts, anti-roll bar links, brake caliper slide pins, and rear leaf or coil components, all of which are sensitive to sustained load cycles and kerb impact rather than pure mileage alone. For a prospective buyer, the priority areas for a physical inspection are the front braking system and the steering and suspension geometry. The advisories on both front discs for pitting and scoring indicate the rotors have already been on the borderline of replacement, so on a test drive listen for any squeal or grinding on light application, feel for brake pedal judder under firm braking, and check that the vehicle does not pull to either side. With both front brake pads and discs having been replaced or renewed following the recorded dangerous failure, confirm the work was carried out with quality components and that the caliper slide pins were cleaned and re-greased, as binding calipers are a common Vivaro issue and would manifest as uneven pad wear or a pulling sensation. The nearside front shock absorber oil misting noted last year should be re-examined for any fresh seepage down the shaft, and with the offside rear coil spring having fractured, inspect the remaining rear springs and the axle bump stops for compression damage. The track rod end failures on both sides are a particular concern and warrant close attention. A track rod end with excessive play directly compromises steering precision and can produce knocking noises over speed humps, vague or wandering steering on the motorway, uneven front tyre wear, and visible free play when the wheel is rocked by hand with the vehicle raised. If the track rod ends were replaced after the 2025 failure, check the date stamps on the new tyres fitted at the same time and confirm a four-wheel alignment was carried out, as premature inner or outer shoulder wear would indicate geometry was not corrected. Beyond the recorded items, give the underside a thorough visual check for subframe and mounting corrosion, exhaust integrity, and any oil leaks from the engine and gearbox, as commercial-use Vivaros of this age and mileage are known to suffer from worn engine mounts and minor oil weepage from the rear of the engine. A final road test on a mix of urban roads and dual carriageway will confirm whether the steering, braking, and suspension remedial work has fully restored the vehicle to safe operational condition.