2015 Mercedes-Benz GLE 2.1L Diesel · SP65 HKL

Structural corrosion and brake wear have emerged as the primary mechanical concerns in the most recent testing cycle. While the vehicle passed its latest MOT on 2026-06-03, the record now flags corrosion on the front anti-roll bar and rear sub-frame, as well as pitted and scored rear brake discs. This represents a decline in the overall condition compared to the 2022 to 2025 period, following a previous major failure in September 2021 due to a fractured nearside front coil spring. With 102,252 miles recorded over approximately 11 years, the vehicle has averaged roughly 9,296 miles per year. This usage pattern is typical for its age and suggests consistent operation. Mechanically, this mileage indicates that the drivetrain and chassis components have undergone standard wear and tear, which is reflected in the history of suspension failure and the current advisories regarding the degradation of braking surfaces and structural components. Specific attention must be paid to the rear braking system and front suspension. The 2026 advisories for pitted and scored rear discs, coupled with a 2023 advisory for thin rear brake pads, indicate that the rear braking assembly is nearing the end of its effective life. On a test drive, a buyer should feel for pedal judder or a lack of firmness during deceleration. Additionally, given the 2021 failure of the nearside front coil spring, the remaining suspension components should be checked for similar fractures or fatigue. The reported corrosion on the front anti-roll bar and rear sub-frame requires a detailed physical inspection. Although the June 2026 test stated these components were not seriously weakened, the presence of corrosion on the sub-frame is a point of long-term concern. A technician should verify the depth of the oxidation to ensure structural integrity remains intact. During the test drive, listen for knocks or clunks when traversing speed bumps or uneven road surfaces, as this can indicate that the corroded anti-roll bar or associated bushes are no longer providing adequate stability.