2015 Mercedes-Benz E 2.1L Electric diesel · WN65 LDD

This 2015 Mercedes-Benz E-Class carries a current MOT test certificate resulting from a pass recorded on March the thirtieth two thousand and twenty-six, following a clean sheet inspection that cleared up previous minor notices. Reviewing the overarching maintenance and testing timeline reveals a generally stable regulatory standing, though it has navigated a few notable hurdles in recent years. Back in September two thousand and twenty-four, the vehicle suffered a dangerous test failure due to rear tyres showing exposed cords on both sides, accompanied by persistent tester observations regarding engine covers and under trays obscuring underside components. Subsequent tests in early two thousand and twenty-six demonstrate that the previous brake disc wear and tyre edge wear advisories were addressed, resulting in a compliant pass, indicating that the current owner has maintained basic roadworthiness standards despite the car's heavy operational life. With a recorded odometer reading of one hundred and fifty-three thousand three hundred and thirty-five miles at roughly eleven years of age, this executive saloon has accumulated an annual average of approximately thirteen thousand nine hundred and forty miles. This constitutes high-intensity usage well above the national typical average, suggesting extensive motorway journeys or fleet employment rather than light urban pottering. High mileage in itself is not automatically disqualifying for a robustly engineered Mercedes-Benz diesel or petrol drivetrain, but it guarantees that major mechanical consumables, chassis linkages, steering joints, and forced induction components have endured substantial fatigue cycles. Prospective buyers should interpret this usage profile as an indicator that longevity will depend heavily on the quality and frequency of past fluid changes and preventative part replacements rather than chronological age alone. The history of recurring tyre wear advisories across multiple annual tests highlights a critical area requiring close physical inspection on the vehicle. You should thoroughly examine the tread depth and shoulder condition across all four tyres, looking specifically for uneven edge wear that might point to persistent wheel alignment drift, worn suspension geometry bushes, or incorrect tyre pressures. A test drive should be conducted with the audio system switched off to listen for any low-pitched humming or roaring bearings, and to feel for vibration through the steering wheel or chassis floor at motorway cruising speeds. Furthermore, the advisory regarding pitted and scored rear brake discs means you must visually inspect the friction surfaces for deep scoring and check the brake pedal feel for any pulsing, judder, or excessive travel that would signal the need for an immediate brake overhaul. Because under-trays have frequently obscured major underside components during past MOT examinations, potential purchasers must insist on viewing the vehicle on a garage ramp to remove these plastic shields and inspect the bare chassis. Look for any signs of weeping engine or gearbox seals, corrosion on vital subframes or brake lines, and excessive play in the multi-link suspension joints that are notoriously prone to wear on high-mileage examples of this chassis generation. Verify that the documented service history contains regular oil and filter changes performed well within manufacturer intervals, as neglecting routine servicing under high-mileage conditions can rapidly compromise turbocharger longevity and timing chain or belt integrity. If the mechanical inspection on a ramp reveals dry, cracking suspension bushes or leaking dampers alongside healthy shifting and smooth engine performance, budget accordingly for forthcoming suspension refreshes to restore the refined ride quality expected of the model.