2017 Mercedes-Benz Sprinter 2.1L Diesel · JS13 VEG

The vehicle presents a mixed maintenance profile with a recent trend of mechanical instability. While the April 2026 test at 256,279 miles resulted in a pass, the initial failure on that same day due to an inoperative or malfunctioning Engine Malfunction Indicator Lamp (MIL) suggests a recent electrical or sensor-related issue that required rectification. This follows a period of relative stability in 2025, but the history reveals a significant lapse in basic maintenance during the January 2024 inspection. The mileage accumulation is heavy, averaging approximately 28,500 miles per year over its nine-year lifespan. This high-intensity usage is evident in the rapid progression from 131,744 miles in 2020 to 256,279 miles in 2026. The data shows consistent, heavy commercial use rather than long periods of standing. The jump from 178,021 miles in late 2021 to 224,197 miles in early 2023 indicates a sustained high-mileage pattern that places significant stress on all mechanical components. A prospective buyer must conduct a thorough physical inspection of the braking system and suspension. The January 2024 test flagged multiple issues including thin front brake pads, pitted and scored discs on both front and rear axles, and worn tyres nearing the legal limit. Although these were cleared for the 2025 and 2026 tests, the high mileage suggests these consumables will require frequent replacement. The record also noted play in the nearside and offside rear anti-roll bar ball joints and a worn bush on the nearside front upper shock absorber in 2023, indicating the suspension components are subject to heavy wear. The presence of both oil and coolant leaks in the January 2024 record warrants a close examination of the engine seals and cooling system integrity. While these were not listed as failures in subsequent tests, recurring leaks on a high-mileage diesel engine can signal developing gasket or hose degradation. Given the recent MIL failure in April 2026, verifying the health of the engine management system and ensuring no warning lights reappear under load is essential.