2004 Mercedes-Benz Sprinter 2.2L Diesel · EU04 XLR

The 2004 Mercedes-Benz Sprinter presents a pattern of recurring mechanical failures across its 22-year ownership history, with the most recent test on 2023-09-15 returning a pass that still carries several active advisories despite the successful completion of the inspection. Between 2021 and 2023 the vehicle suffered four distinct failed MOTs, beginning with critical brake system failures in September 2021 when the rear parking brake became inoperative on one side and overall parking brake efficiency fell below requirements, followed by additional failures in September 2022 involving rear body panel corrosion and further steering control issues. Although the October 2023 test cleared the vehicle, it retained warnings for worn offside rear tyres approaching legal limits and slightly played front wheel bearings, demonstrating that the underlying mechanical problems have not been fully resolved even after intervening inspections. The persistence of tyre wear, steering rack play, and suspension concerns across multiple separate test cycles suggests systemic rather than isolated deterioration that will continue to affect roadworthiness. At 156,787 miles on a 22-year-old Sprinter, the vehicle accumulates approximately 7,127 miles annually, which aligns with normal usage patterns for a commercial van of this type and does not indicate atypical driving behaviour. The mileage progression shows steady accumulation with no dramatic spikes or sudden drops, though the two failed tests occurred within a narrow six-month window in late 2022 and early 2023, concentrated during a period when the vehicle would typically be under regular service intervals. The absence of extended lay-up periods between tests implies the vehicle has been regularly inspected, yet the continued presence of critical advisories such as the front lower suspension arm ball joint play and anti-roll bar linkage bush wear indicates that the accumulated mileage has placed increasing stress on these components. The consistent retention of steering and braking-related advisories alongside the tyre wear pattern reflects cumulative mechanical loading rather than an anomaly in the vehicle's operational profile. The repeated flagging of front lower suspension arm ball joints across three separate MOTs (2022-09-02, 2021-09-01, and 2019-09-07) represents a genuine and persistent issue that should be scrutinised during the test drive, particularly when negotiating bumps and corners at speed. Listen for any knocking or clunking sounds over rough pavement, and inspect the suspension bushings visually for signs of excessive movement or grease leakage. Given that this component has failed multiple times, a thorough physical examination of the lower arm assembly, its mounting points, and the associated linkages will reveal whether the wear is structural or merely progressive fatigue. If the ball joints exhibit noticeable play or if the bushings show signs of compression or cracking, this will affect ride quality and handling stability. The brake system shows concerning historical performance, with the 2022-09-01 test revealing both rear parking brake inoperability on one side and insufficient parking brake efficiency, while the 2021-09-01 test confirmed the same rear parking brake failure and added issues with front lights and steering rack play. During the test drive, pay close attention to whether the brake pedal feels firm and responsive throughout all stops, listening for any pulsation or sponginess that might indicate air in the system or pad wear. The anti-roll bar linkage failures noted in 2023-09-11 and 2022-09-01 suggest potential steering instability at corners, so observe how the vehicle tracks turns and whether there is uneven weight transfer. Additionally, the 2021-09-01 report of a front tyre with a structural bulge indicates a serious tyre integrity issue that requires immediate visual confirmation of the tread separation and possible sidewall damage before considering this vehicle for purchase.