2013 Vauxhall Vivaro 2.0L Diesel · L27 LAB

The defining mechanical story behind this Vivaro is a gradual, cumulative build-up of suspension and underbody wear, which has been flagged repeatedly across successive MOT advisories despite the vehicle consistently passing its annual test. The most recent examination on 8 July 2026 returned a clean pass with no advisories, which is encouraging, but this should be viewed in context: the 2025 test carried advisories for corrosion at both rear upper suspension spring mountings, and the 2022 test flagged worn anti-roll bar pins/bushes on both sides along with worn trailing arm bushes on both rear corners. The pattern is one of progressive deterioration in the rear suspension and undercarriage rather than any acute failure, with each successive test catching further wear before it crosses the pass threshold. The clean 2026 result suggests the rear upper spring mountings have not yet deteriorated to an excessive state, but the structural integrity of those areas warrants close inspection as corrosion in prescribed areas on commercial-derived platforms can advance quickly between annual tests. With 111,556 miles recorded over approximately thirteen years, this Vivaro has covered a broadly average annual mileage of around 8,500 miles, which is consistent with light commercial or mixed-use duty rather than heavy fleet operation. There is a notable gap in the testing record between the 2022 pass and the 2024 pass, during which the vehicle clearly remained in service but was not presented for MOT in 2023, possibly due to exemption timing. The mileage accumulation appears steady rather than clustered, which is reassuring and indicates consistent use rather than sporadic heavy work. Mechanically speaking, this mileage and age combination places the vehicle in a zone where wear items such as bushes, dampers, springs, and brake components are reaching the latter stages of their service life, and the advisory pattern broadly aligns with that expectation for a Vivaro of this vintage and usage. For a prospective buyer, the priority areas to examine on a physical inspection and test drive centre on the rear suspension geometry and underbody corrosion. With advisories having been raised against both rear upper spring mounting prescribed areas, it is worth getting underneath the vehicle on a ramp or with a torch on level ground to check the inner wings and spring seat panels for any perforation, scaling, or bubbling that has progressed since the 2025 test. The trailing arm bushes flagged in 2022 should be assessed for cracking, splitting, or excessive free play by hand; any clonking or rattling from the rear over uneven surfaces or speed bumps would indicate these bushes have worn beyond their advisory state. Pay close attention to how the vehicle behaves over broken tarmac, listening for any knocking from the front anti-roll bar area where the bushes were previously worn, and feel for vagueness or wander in the steering that would suggest movement in those linkages has now increased. Test the rear load area empty and, if possible, loaded lightly to expose any clatter or movement from the rear spring mountings that a stationary inspection would not reveal. The braking system and tyres also warrant a focused check given the advisories recorded. The offside rear tyre was flagged for damage, cracking, or perishing in both 2022 and 2025, which suggests a recurring issue at that corner, possibly linked to kerbing damage or simply age-related rubber degradation; inspect the sidewalls for any bulges, cuts, or deep cracking, particularly on the offside rear, and confirm the tread depth is well above the legal 1.6mm limit. On the road, listen for any grinding, scraping, or uneven pedal feel under firm application, and check for the vehicle pulling to one side which could indicate a binding caliper or uneven pad wear given the mileage. Finally, request evidence of recent replacement of suspension components if the seller claims work has been carried out since the 2022 advisories, as the absence of any further advisories on those items in 2024 and 2026 could be explained either by stable wear or by component renewal, and a service history distinguishing between the two would be valuable in confirming the true mechanical condition.