2021 Mercedes-Benz GLE 2.9L Diesel · 10 UF

The 2021 Mercedes-Benz GLE presents a stable and fully compliant maintenance trend, culminating in a clean pass on 26 November 2025 at 60,116 miles. The absence of recorded defects across the entire MOT history indicates the vehicle has consistently met structural and mechanical standards. A minor anomaly appears in the record on 28 November 2024, when the vehicle failed at 49,240 miles despite no defects being listed, only to pass the following day at 49,292 miles with a similarly clean bill of health. This suggests a procedural or administrative failure rather than a sudden mechanical fault, and the subsequent flawless passes confirm the underlying condition remains sound. The recorded mileage of 60,116 miles over five years equates to roughly 12,000 miles annually, a figure slightly above the national average but entirely consistent for a large premium SUV. The annual progression shows steady accumulation, moving from 33,764 miles on 17 November 2023 to 49,292 miles on 29 November 2024, representing a 12-month increase of 15,528 miles. This dropped significantly in the following year, with only 10,824 miles covered between the November 2024 and November 2025 tests. The data implies a shift from heavier, potentially motorway-dominated use to shorter, more localized journeys, which can place different demands on the drivetrain and exhaust aftertreatment systems. Despite the pristine MOT record, the high mileage and the shift toward lower annual usage warrant a physical inspection of specific wear components. Buyers should closely examine the condition of the suspension bushes and coil springs, as frequent short trips accelerate wear on rubber components and can expose corrosion on metal parts. The braking system requires scrutiny; check the brake discs and calipers for uneven wear or binding, conditions that might not trigger an MOT failure but compromise performance. Inspect the exhaust system for corrosion, particularly around welds and mounting points, and verify the structural integrity of the underbody, as rapid temperature changes from short runs can trap moisture and accelerate rust formation.