2020 Ford Puma ST-Line X First ED Mhev 1.0L Petrol · EO69 VPL

The 2020 Ford Puma ST-Line X First Edition MHEV presents with a completely unblemished DVSA MOT history across the four most recent tests conducted from 2023 through February 2026, with every examination resulting in a pass and no advisories or defects recorded. This consistent clean record suggests that the vehicle has been maintained to a satisfactory roadworthy standard throughout its life, with no recurring mechanical, structural, or emissions-related issues flagged by the testing authority. While the absence of advisories is reassuring, it is worth noting that an MOT only confirms compliance with minimum legal standards at the point of test rather than reflecting the overall mechanical condition, so a clean sheet should not replace a thorough physical inspection. The stability of this pattern, with no deterioration in outcomes year on year, indicates a well-cared-for example rather than one masking underlying wear. With 64,604 miles recorded on a six-year-old vehicle, the Puma has covered approximately 10,767 miles annually, which sits comfortably within typical UK usage parameters for a privately owned car of this age and class. This average mileage suggests regular use rather than prolonged periods of standing, which is generally beneficial for mechanical components such as the 12V battery, brake calipers, tyres, and fluid systems that can degrade or seize when a vehicle is left idle. The mileage progression between tests appears steady and consistent, indicating no dramatic changes in usage that might point to long storage periods followed by intensive driving or, conversely, a neglected vehicle being rapidly accumulated miles. At this odometer reading, wear on consumable items such as brake pads, discs, tyres, and the mild-hybrid system components should be expected to be approaching mid-life replacement, particularly if the vehicle has been driven predominantly in urban conditions. Given the clean MOT history, prospective buyers should now focus their inspection on age-and-mileage-related wear items that fall outside the scope of standard MOT testing. Tyre sidewalls should be carefully examined for perishing or cracking caused by UV exposure and natural rubber degradation, even if the tread depth remains legal, as six-year-old tyres can lose structural integrity well before the tread is worn down. Brake discs should be inspected for lipping, corrosion pitting, or scoring, particularly on a vehicle that may have seen mixed urban and motorway use, and the calipers should be checked for smooth operation and freedom from binding, which can develop gradually and lead to uneven pad wear or pulling under braking. The 12V battery, which supports the mild-hybrid system's ancillary functions, should be load-tested as these units typically have a service life of four to six years and may be approaching replacement, with symptoms including sluggish starting, erratic idle, or warning messages on the instrument cluster. Additional inspection priorities should include verification of the service book history to confirm that oil, filter, and fluid changes have been carried out at the correct intervals, with particular attention to the mild-hybrid system's 48V components, including the belt-driven integrated starter-generator and its associated cooling and electrical connections. Brake fluid should be renewed every two to three years regardless of mileage due to its hygroscopic nature, so the buyer should ascertain when this was last performed and budget for it if records are unclear. On a test drive, listen for any suspension clonks or knocking over uneven surfaces, which would indicate worn bushes, droplinks, or coil springs, and pay attention to steering precision and any vibration through the wheel that might suggest tracking or tyre balance issues. Finally, inspect the underbody and wheel arches for any signs of corrosion, particularly around suspension mounting points, and ensure that the mild-hybrid system operates correctly, with smooth auto stop-start engagement and consistent energy recuperation, as any warning lights or irregular behaviour in this area could prove costly to rectify on a relatively recent and technologically advanced vehicle.