2020 DS 3 Crossback Ultra Prstge EV Electric · LB20 LOF

At just three recorded MOT tests since first presentation in 2020, the DS 3 Crossback Ultra Prestige EV presents a notably sparse DVSA history that reflects its low annual mileage rather than any absence of roadworthiness concerns. Both 2025 and 2026 tests passed with no advisories or defects recorded, indicating the vehicle was meeting minimum standards for braking, suspension, lighting, tyres, and emissions at those examinations. The single set of advisories from the July 2023 test is the only marker of mechanical wear on file, and it must be balanced against a generally clean recent record. The two-year gap between the 2023 and 2025 tests is consistent with the low usage pattern, as vehicles covering fewer miles often delay re-testing, but it does mean there is no official confirmation of condition during that interval. With 34,953 miles accumulated over roughly six years, the car averages around 5,800 miles per year, which is well below typical private-use mileage for a 2020 vehicle. This rate of accumulation implies reduced wear on friction components such as brake pads, discs, and clutches (although the EV drivetrain removes the latter concern), but it also raises questions about prolonged standing periods, which can be particularly relevant for an electric vehicle's high-voltage battery health, 12V auxiliary battery, brake fluid, tyres, and suspension bushes. The fact that no MOT was required or recorded in 2024 reinforces the impression of light or sporadic use, meaning any prospective buyer should weigh whether the savings in wear are offset by potential degradation from inactivity. Regen-brake-heavy EVs at low mileage may still present brake disc corrosion, as the calipers may not exercise fully under normal driving. The 2023 advisory concerning the offside front brake disc being worn, pitted, or scored is the most mechanically relevant flag on file, though it was judged not seriously weakened at the time. On a test drive, listen for any binding, grinding, or rubbing from the front brakes at low speed, particularly after the vehicle has been parked overnight, as pitted discs can corrode further when left stationary. Feel through the pedal for any judder or vibration under moderate braking, which would suggest the disc surface has deteriorated beyond the advisory threshold. A physical inspection of the disc edge for an obvious lip, and of the caliper slide pins for free movement, would be advisable, as EVs are particularly prone to disc corrosion due to infrequent mechanical braking. Suspension, steering, and underbody components have not drawn any advisory comment across the recorded tests, but the low usage profile means particular attention should be paid to rubber bushes, ball joints, and anti-roll bar links for perishing or seizing, which can occur with age independent of mileage. On the road, test over uneven surfaces and speed bumps for any clonking, knocking, or wandering from the rear axle, as well as any vagueness or knocking through the steering. For the high-voltage system specifically, ask for evidence of recent state-of-health diagnostics from the main dealer or EV specialist, as MOT records do not interrogate traction battery condition. Finally, check all tyres closely for flat-spotting or sidewall cracking from standing, confirm the charging cable and port function correctly, and verify that all driver-assistance systems are operating as intended, since no MOT advisory can validate these EV-specific elements.