2016 Vauxhall Meriva 1.4L Petrol · DW16 EUP

This Vauxhall Meriva has demonstrated consistent roadworthiness over its MOT history, with every test since 2021 passing without defects or advisories. The most recent inspection on 6 August 2025—just over a year ago—confirmed no issues, suggesting the vehicle has been maintained at a basic level, though no evidence of proactive servicing or repairs beyond statutory requirements exists. The absence of recurring faults implies that major components such as suspension bushes, coil springs, or binding calipers have not failed, but this does not preclude gradual wear that would only become apparent through closer examination. The mileage progression shows a steady accumulation of approximately 6,400 miles annually, which is typical for a vehicle of this age. There are no unusual gaps or spikes in usage; the recorded mileage increased by roughly 700 miles between each annual test, indicating consistent driving patterns without prolonged periods of neglect or rapid depreciation. The most recent test at 64,257 miles aligns with the vehicle’s age, suggesting it has not been left unused for extended periods, which could otherwise lead to accelerated wear of fluids or seals. Given the clean MOT record, a buyer should prioritise an in-person inspection of high-wear items such as the suspension bushes, particularly the rear trailing arms and subframe mounts, as these are common failure points in this model. The brakes—though never flagged—should be checked for uneven wear, binding calipers, or corrosion on the discs and callipers, especially if the vehicle has been driven in wet conditions. Structural integrity should also be assessed, focusing on the sills, wheel arches, and underbody for signs of rust penetration, as this is a critical failure mode in older hatchbacks. Finally, the exhaust system should be inspected for leaks or excessive corrosion, as catalytic converter failure is a known issue in this model. While the MOT history provides reassurance, these components require direct visual and functional verification.