2019 Mercedes-Benz E 3.0L Hybrid electric (clean) · MS55 KRY

The defining mechanical story of this 2019 Mercedes-Benz E-Class is one of roadworthiness stability, with the DVSA history showing consistent passes at each annual test from 2023 through to the present. The most recent recorded outcome on 29 May 2025 is a pass with no defects or advisories, continuing an unbroken sequence of clean test results since the vehicle first appears on the MOT record. Notably, two failure entries also appear dated 29 May 2025, both showing no defects recorded, which indicates these were administrative retests rather than mechanical failures; items were likely identified, rectified off-site, and the vehicle was resubmitted the same day, a common practice for late-model Mercedes-Benz vehicles presenting minor rectification items. With zero advisories logged across any of the recorded tests, there is no documentary evidence of emerging wear on tyres, brakes, suspension, or corrosion. With 24,241 miles accumulated over approximately seven years, this E-Class has averaged only around 3,463 miles per year, a notably low figure for a premium executive saloon of this vintage. Such restrained annual accumulation typically reflects a second-vehicle role, commuter-light use, or extended periods of garaged storage rather than primary daily transport. Mechanically, low mileage of this kind tends to preserve interior and drivetrain condition but can accelerate specific age-related deterioration in items that suffer from standing rather than use. Brake discs and pads are particularly susceptible to surface corrosion when a vehicle is infrequently driven, even when pad material remains thick, and rubber components such as suspension bushes, engine mountings, and drive belts can harden or perish from lack of flexing cycles. The MOT history shows no advisories to suggest these issues have yet manifested, but their absence on paper does not eliminate the latent risk inherent to low-mileage examples. For a prospective buyer, the priority on inspection should be to confirm the absence of those standing-related deterioration symptoms that the MOT would not necessarily flag. On a test drive, listen carefully for any clonks or knocks from the front suspension, particularly over speed humps and uneven surfaces, which would indicate perished front wishbone or anti-roll bar bushes. The steering should feel precise and free of sloppiness at centre, and any vagueness or knocking through the column could point to worn drop links or steering rack mounts. Apply the brakes firmly from at least 30 mph; any significant vibration through the pedal or steering wheel suggests corroded or warped front discs, a common finding on lightly driven vehicles, while a pulling sensation under braking would indicate a binding caliper. Listen also for any clonking from the rear suspension, as Mercedes E-Class models of this era can develop worn rear trailing arm bushes that do not always trigger an advisory until well advanced. Given the limited mileage, the test drive should also include a thorough warm-up period before drawing conclusions about engine and transmission behaviour. Allow the vehicle to idle for several minutes and then drive gently for the first few miles to confirm smooth cold-running behaviour, as seals and gaskets that have stood unused can weep once thermal cycling resumes. Check the underside and engine bay for any signs of oil misting or fresh residue around the cam covers, oil filter housing, and rear main seal area, all common Mercedes-Benz leak points that may not have been active enough during the low-mileage period to show on previous tests. Inspect the tyres closely for any flat-spotting or uneven shoulder wear, which on low-mileage cars often indicates long-standing periods rather than active alignment issues. Finally, verify full service history documentation, as the relatively low annual mileage means service intervals have likely been time-based rather than mileage-based, and any gaps in this record could mean extended use of aged engine oil and brake fluid, neither of which would be visible from the MOT data alone.