2013 Mercedes-Benz Sprinter 2.1L Diesel · LS63 AYN

Recurring braking system failures and persistent steering wear define the mechanical history of this vehicle. Between 2021 and 2023, the vehicle suffered multiple failures related to excessively corroded brake pipes, binding rear service brakes, and dangerous parking brake inefficiency. While the most recent test on 2025-11-17 resulted in a pass, the record shows a worsening trend regarding the steering system, with play in the steering rack inner joints appearing as an advisory in both 2024 and 2025. The recorded mileage of 193,050 miles represents an annual average of approximately 14,850 miles over its thirteen-year age. This high level of usage indicates significant cumulative wear on the drivetrain, suspension components, and all braking consumables. Such a usage profile typically accelerates the degradation of rubber bushings and increases the likelihood of structural corrosion in exposed brake lines, as evidenced by the previous failures recorded in the MOT history. Attention must be paid to the steering rack and the braking system during a physical inspection. The repeated advisories for play in the steering rack inner joints suggest ongoing wear; during a test drive, feel for any vagueness in the steering response or audible knocks when turning the wheel at low speeds. Given the history of binding calipers and corroded pipes, the brake pedal should be checked for a firm, consistent feel without sponginess, and the wheels should be inspected for excessive heat or a burning smell after a drive, which would indicate recurring binding. The most recent advisory regarding an oil leak requires a thorough inspection of the engine bay and the underside of the chassis to determine the source and severity. Additionally, although the leaf spring shackle pins and bushes were flagged as worn in 2021, these components should be checked for further deterioration, listening for clunks or knocks when driving over uneven surfaces. The history of dangerous brake pipe leaks and corrosion suggests that the integrity of the entire hydraulic system should be verified.