2018 Mercedes-Benz E 1.9L Diesel · LO18 SWY

A clean and entirely advisory-free MOT history defines this 2018 Mercedes-Benz E-Class, with the most recent pass recorded on 03 May 2025 and no advisories logged across any of its tests going back to 2022. The record contains one notable administrative quirk, a fail and a pass both dated 03 May 2025, which almost certainly indicates a minor issue was rectified on the same day as the initial failure rather than a significant mechanical concern, a common occurrence when items such as a bulb, number plate, or similar trivial fitment is addressed. Across five recorded tests spanning three years, no corrosion, brake, suspension, tyre, or exhaust issues have been flagged, suggesting that the major safety-critical systems have remained within DVSA tolerance throughout the period covered. The overall trajectory is one of stable, unremarkable roadworthiness with no signs of deterioration between tests. With 45,144 miles recorded over roughly eight years, the vehicle has averaged around 5,600 miles per year, which sits well below the typical mileage for a car of this age and class. Such a low annual accumulation could indicate genuinely light use, but it can also be symptomatic of extended periods of standing, particularly relevant given the multi-year gaps visible in the testing history, with the most recent test on 03 May 2025 following one on 29 April 2024, suggesting the vehicle may not have been driven extensively between MOTs. Mechanically, low mileage reduces wear on major drivetrain components such as the engine, transmission, and clutch, but it can accelerate deterioration of items that suffer from disuse, including brake discs corroding on the face, brake callipers seizing on their slides, and ageing of rubber components like drive belts and coolant hoses. The combination of light annual mileage and a premium executive platform warrants particular attention to these areas during any physical inspection. For a prospective buyer, the absence of recorded advisories means the MOT history itself does not flag any specific components requiring urgent verification, so attention should focus on the items most likely to have suffered from the relatively low usage pattern. On a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, which could indicate worn upper or lower wishbones, anti-roll bar links, or ARB bushes, as these are common failure items on W213 chassis E-Class models. Check that the brake pedal feels firm and progressive rather than spongy, and that the vehicle stops in a straight line without pulling, as seized caliper slide pins are a known issue on lightly used Mercedes vehicles and can lead to uneven brake pad wear and scoring on the discs. Inspect the underside carefully for any signs of oil misting or weeping from the engine sump, cam cover, and front crankshaft seal, and verify that all coolant hoses and the auxiliary drive belt appear supple rather than cracked or perished from age-related drying out. Given the executive specification and the likely presence of air suspension on the rear axle if equipped, it is also worth confirming that the vehicle settles to ride height promptly after being unlocked, rather than remaining on its bump stops, which would indicate failing air struts or a leaking compressor. Examine the condition of the brake discs directly by looking through the wheel spokes for any obvious lipping, rust pitting on the braking surface, or blueing caused by overheating, all of which are common on cars that have spent significant time stationary. Finally, verify that the battery is a recent fitment and that the charging system holds voltage when the engine is running, as a Mercedes of this vintage with low annual mileage is particularly prone to battery degradation if it has not been regularly maintained on a conditioner. A clean MOT record is reassuring, but a thorough physical inspection and ideally a Mercedes specialist diagnostic scan should form part of any pre-purchase evaluation to confirm that the low-mileage usage pattern has not introduced latent issues beneath the surface.