2013 Volkswagen UP 1.0L Petrol · RO13 HSG

The defining mechanical story for this 2013 Volkswagen up centres on a rear brake binding failure recorded at the most recent test attempt, an issue serious enough to produce a Major defect and an outright fail on 2024-04-30, before the vehicle was presented again the following day and passed with the same rear brake advisories carried forward. Binding rear brake calipers or stuck rear drum mechanisms on small city cars of this era are commonly linked to seized caliper slider pins, corroded handbrake cable geometry, or rear drum adjuster mechanisms that have rusted in place, particularly on vehicles that see mixed urban and short-journey use. The fact that the binding fault was present on both rear corners simultaneously is suggestive of a systemic rear brake issue rather than a one-off seized caliper, and a prospective buyer should anticipate that this system may require further attention beyond the immediate MOT cycle. Aside from this isolated Major defect, the broader test history shows several clean passes with no advisories at all in 2021, 2022, and 2023, indicating that the 2024 brake episode sits outside an otherwise stable pattern. Against an age of 13 years and recorded mileage of 79,200 miles, the annual accumulation works out at roughly 6,092 miles per year, which sits close to the typical average for a small urban runabout and is consistent with the kind of short, stop-start usage that places greater cyclical load on rear brakes, clutches, and cooling components than steady motorway miles would. There are no large multi-year gaps in the testing record, with annual tests recorded continuously from 2018 through 2024, suggesting the vehicle has remained in active service and has not been laid up for extended periods. This continuous testing pattern is reassuring from a corrosion and rubber-perishing standpoint, as prolonged standing tends to accelerate underbody oxidation, brake disc corrosion, and tyre sidewall degradation, none of which appear to have accumulated unusually here. The 2020 advisory noting both front tyres worn close to the legal limit and on the edge is consistent with the higher wear rate expected at the front axle of a front-wheel-drive car of this mileage, and it is worth bearing in mind that another set of tyres may now be approaching the end of their usable life. A test drive should focus specifically on the rear brake system, which is the only Major defect recorded in the available history. With the engine running and the vehicle stationary, listen for any rotational drag or scraping from the rear wheels and feel whether the car pulls to one side under gentle pedal application, as either symptom would suggest that the binding issue has returned or was not fully rectified at the time of the subsequent pass. On the move, pay particular attention to any pulling under braking, a hot smell from the rear hubs after a few stops, or premature rear wheel locking under light pedal pressure, all of which are consistent with rear caliper or drum mechanism seizure. The near-side rear nail-in-tyre advisory carried over from the failure test should also be checked, confirming that the repaired or replaced tyre is correctly seated and that the remaining tread depth across the rear axle is adequate rather than close to the limit, particularly as the rear tyres were already noted as starting to wear low. More broadly, the offside daytime running lamp advisory recorded at the 2024 test should be verified as functional, as non-working front lighting on a 13-year-old vehicle can simply indicate a failed bulb but may also point to underlying wiring or connector corrosion behind the front light units, which is worth a visual inspection. Tyre condition on all four corners should be examined for even shoulder wear, which would suggest an alignment or suspension geometry issue, and for sidewall cracking or perishing consistent with the pattern flagged at earlier tests in 2019 and 2020. Given the age of the vehicle, a general underbody inspection for surface corrosion on suspension arms, subframe mounting points, and brake pipe runs is sensible, even though no structural advisories are recorded, as these areas are typically the first to show meaningful deterioration on a vehicle that has spent its life on UK roads. Finally, with mileage approaching 80,000 miles, expect normal wear items such as the timing chain, clutch, and engine mounts to be approaching or past their typical service interval, and listen for any rattle on cold start or clutch slip under load during the inspection drive.