2016 Mercedes-Benz GLE 3.0L Diesel · AV10 CHR

The 2016 Mercedes-Benz GLE presents a stable and improving maintenance trend. The most recent test on 23 March 2026 at 41,634 miles passed with zero defects. This clean sheet follows a pattern of consistent annual passes and indicates the vehicle is currently in sound mechanical order. The mileage profile is notably low for a vehicle approaching ten years of age. Covering just 41,634 miles over roughly ten years equates to an average of approximately 4,163 miles per year. The annual increments between tests are steady and modest, rising from 29,481 miles in February 2022 to 33,890 miles in March 2023, then 35,869 miles in March 2024, 38,403 miles in March 2025, and finally 41,634 miles in March 2026. This consistent year-on-year accumulation suggests regular but light use rather than long periods of standing. There are no suspicious gaps or sudden spikes in the odometer record. Historically, the only recurring area of concern has been front brake discs. The tester flagged worn front brake discs in March 2023 at 33,890 miles and again in February 2022 at 29,481 miles, with the earlier test also noting slight scoring. Both times the defects were classified as advisory rather than dangerous, and no brake-related issues have appeared since. A single offside rear nail puncture was recorded in February 2022, along with a minor windscreen chip in the B-zone, neither of which has recurred. The clean passes from 2024 onward suggest the braking system has been properly serviced and is no longer showing premature wear. A buyer should still inspect the front brake discs and pads in person, checking for lipping, thickness variation, and any signs of uneven scoring. Given the low annual mileage, examine the tyres closely for age-related sidewall cracking even if tread depth remains adequate. Suspension bushes, coil springs, and exhaust mounts deserve attention, as infrequent use can cause rubber components to perish from age rather than mileage. The underbody should be checked for corrosion, particularly around the subframes and suspension mounting points, as a vehicle standing for extended periods can develop surface rust that compromises structural integrity over time.