2017 Volkswagen UP 1.0L Petrol · CE67 KBX

A clean, uninterrupted sequence of passes bookended by a single major failure shapes the roadworthiness record of this Volkswagen up. The most recent test on 15 July 2026 returned a pass with no defects recorded, continuing an unbroken run of clean outcomes since August 2022. That earlier failure, recorded on 5 August 2022, was due to a fractured offside rear coil spring — a significant structural suspension defect that, if left unrectified, would compromise tyre contact, handling stability and braking balance. Because the very next test, just four days later on 9 August 2022, passed with no advisories, the spring was almost certainly replaced prior to retest. Since then, four consecutive tests spanning four years have been entirely free of advisories or failures, indicating the suspension repair was effective and no related component has regressed. Annual mileage on this 2017 example is notably restrained, with only 29,523 miles accumulated over nine years — a rate of approximately 3,280 miles per year, well below the typical urban runabout average. There are no extended gaps between tests and no sudden mileage surges that would suggest a change in usage pattern or a long period off road followed by recommissioning. This steady, low-mileage progression is consistent with light daily use rather than long lay-ups. Mechanically, such modest accumulation means the engine, clutch, gearbox, drivetrain and braking components have experienced relatively few duty cycles, reducing the likelihood of wear-related failures. However, low-mileage cars can present their own issues around ageing rubber components, dried lubricants and corrosion on rarely disturbed parts, so particular attention should be paid to these areas during inspection. Given the only flagged defect was the fractured rear coil spring, a prospective buyer should focus their attention on the rear suspension assembly and its neighbouring components. On a test drive, listen for any clonking, rattling or knocking from the rear over uneven roads, particularly over speed humps and expansion joints, as these would suggest compromised rear dampers, top mounts or anti-roll bar bushes. Check that the vehicle sits level at the rear when unladen and that there is no sagging on either side. Inspect the offside rear wheel arch and spring seat for any evidence of fresh welding, paint overspray or disturbed underbody sealant around the spring perch, which might confirm the repair and indicate the quality of the work carried out. The braking system and tyres should also be examined closely despite the absence of any recorded advisories. Because the car has covered fewer miles, original-equipment brake discs may still be fitted; feel for brake pedal judder under light to moderate pressure, which would indicate disc runout or corrosion on the friction surface — a common issue on lightly used vehicles. Check the inner and outer faces of all four discs for lipping and surface rust scoring, and confirm the calipers slide freely without binding, as seized calipers are a known weak point on vehicles that see limited use. Finally, examine the tyres for age-related cracking in the sidewalls and tread blocks, verify even wear across both axles, and confirm the tread depth meets legal requirements, as the original tyres may be approaching the end of their service life regardless of remaining tread.