2020 Mercedes-Benz Esprinter Progressive Electricity · KM70 HMZ

The defining mechanical thread in this eSprinter's MOT history centres on electrical compliance around the marker lamps and headlamp aim, with three major defects recorded at the 2025-04-02 test failing the vehicle on relatively straightforward lighting items: an inoperative nearside outline marker lamp, missing offside centre and nearside front outline marker lamps, and a headlamp projecting too high. The fact that a retest just two days later on 2025-04-04 returned a pass with only a single advisory suggests those lighting issues were rectified without great difficulty, which is typical for bulb and adjustment related defects on commercial vans. However, the persistence of a front brake disc advisory across both the failure and subsequent pass, with the same wording noting the disc was worn, pitted or scored but not seriously weakened, means the braking component flagged in 2025 is the one substantive mechanical note a buyer should weigh. With the April 2025 pass now just over a year old, the immediate DVSA paperwork is clean, but the lighting cluster of majors and the recurring brake disc observation together form a reasonable basis for a targeted inspection rather than a reflex purchase. Mileage accumulation on this 2020 plate sits at 44,385 miles, equating to roughly 7,400 miles per year across its six-year life, which is broadly proportionate for a commercial van of this age and is neither conspicuously low nor heavily worked. There is no multi-year gap in testing that would suggest prolonged standing, and the four recorded MOT events from 2023 through 2025 occur at reasonably regular intervals consistent with continuous road use. That pattern matters mechanically because steady utilisation tends to keep the high-voltage battery cycled, the brakes and tyres exercising rather than corroding in situ, and the suspension components working through their travel. Conversely, the absence of any mileage gaps or unusual jumps means a buyer cannot point to an obvious period of neglect or hard use; the wear recorded is what one would expect from a working van of this mileage profile. For a prospective buyer, the front brake disc advisory is the primary mechanical item to interrogate. On a test drive, listen for any rhythmic squeal or scrape from the front wheels as you pull away, which would indicate the pitted disc surface has now worn the pads or progressed beyond the advisory threshold, and feel for any vibration or pulsing through the brake pedal under firm stops, a classic symptom of disc run-out caused by uneven wear on a scored rotor. Inspect the discs visually through the wheel spokes for a deep grooved or rust-ringed surface and check whether the disc lip at the outer edge has grown noticeably, all of which point to the need for replacement rather than simple monitoring. Given the van's commercial use, also confirm the brake fluid has been changed within the last two years, as commercial vehicles are typically subject to harder braking cycles. The lighting faults recorded at the April 2025 failure warrant a careful walk-around check rather than immediate concern, as outline marker lamps on a long-wheelbase Sprinter are vulnerable to vibration damage and connector corrosion. Confirm every front, centre, and side marker lamp illuminates, verify the headlamp aim against a flat wall to ensure neither beam is set above the horizontal cut-off, and inspect the wiring at the lamp bases for green corrosion or loose multi-plug retention. Beyond the recorded items, listen on the test drive for any knocking from the front suspension over speed humps, which on a laden van of this mileage could indicate worn lower wishbone bushes or anti-roll bar links, and check for any tracking pull or uneven front tyre wear that might suggest a tired steering rack or alignment issue. If the brake discs and lamps both check out cleanly, the underlying MOT record supports proceeding with confidence, provided the price reflects a commercial vehicle approaching routine mid-life consumable replacement.