2013 MERCEDES-BENZ SPRINTER3.0L Diesel

The vehicle presents a stable roadworthiness profile with a clean record over the last two years. The most recent MOT test conducted in February 2024 at 57,803 miles resulted in a pass with no defects recorded, indicating that the vehicle was maintained in good mechanical condition. While the history shows isolated failures in the past, the trend has moved toward consistent compliance, suggesting the current owner is addressing identified issues promptly to pass inspections. The mileage pattern is exceptionally low for a 13-year-old Sprinter, averaging approximately 4,446 miles per year. The data shows consistent low-usage intervals, such as the only 2,124 miles covered between the April 2022 and February 2023 tests. There are no signs of recent rapid mileage accumulation. This low mileage typically implies less wear on the drivetrain and engine, though long periods of inactivity can sometimes lead to the degradation of rubber-based components and seals, which are more often affected by age of this age rather than distance. A buyer should focus their physical inspection on the suspension components that have previously failed or showed of age. The 2019 failure for a serious fluid leak on the nearside front shock absorber indicates a history of damper wear, so all four shock absorbers should be checked for weeping seals or perished bushings. Additionally, the 2022 failure regarding excessive handbrake travel and an incorrectly adjusted slack adjuster suggests that the braking system requires close attention to ensure the mechanical handbrake remains properly calibrated and that the drums are not seizing from disuse. Given the low mileage and age, the structural integrity of the chassis is a priority. Sprinter vans of this era are prone to corrosion in the sills and mounting pans, even if driven infrequently. An inspection of the underbody for hidden surface rust or structural perforation is necessary to ensure that the low usage has not masked underlying structural decay caused by moisture retention during long stationary periods.