2016 Mercedes-Benz Sprinter 2.1L Diesel · LL16 TNJ

This Mercedes-Benz Sprinter presents a roadworthiness picture dominated by recurring structural and drivetrain concerns rather than a clean passage of tests. Across seven recorded MOT events spanning 2023 to early 2026, the vehicle has failed on three separate occasions, with the most recent test on 13 February 2026 passing only after a prior failure two days earlier. The pattern of defects points to sustained wear in the suspension and drivetrain: both rear lower anti-roll bar linkage pins or bushes were flagged as excessively worn in the February 2026 failure, a prop shaft bearing was considered excessively worn on both sides in August 2024, and an offside rear suspension component mounting area was recorded as excessively damaged and significantly reducing structural strength above the leaf spring in July 2023. Layered on top of this, the 2026 failure recorded an inoperative engine malfunction indicator lamp, the 2025 test noted steering rack free play and a deteriorated prop shaft flexible coupling, and the 2024 event flagged illuminated ABS and electronic stability control warning lamps. Read together, these entries describe a vehicle with multiple ongoing mechanical and structural concerns, not isolated incidents. Mileage of 301,917 against roughly ten years of age equates to around 30,192 miles per year, which is high for a commercial van of this vintage and is consistent with the breadth of wear seen across the MOT record. There are no extended gaps in the testing history that would suggest the vehicle was off the road for prolonged periods, indicating continuous operational use. Test intervals are reasonably regular, but the cumulative annual mileage combined with the type of components failing, anti-roll bar linkages, suspension mountings, prop shaft bearings, brake balance and steering rack free play, suggests consumable and chassis items have been worked hard. The rear parking brake efficiency dropped below requirements on two separate occasions (2023 and 2025), and a dangerous-level parking brake failure was recorded in February 2025, which is consistent with the demands placed on the braking system by sustained heavy use. For a prospective buyer, the suspension and drivetrain items already in the MOT record should be the primary focus of any physical inspection and test drive. The 2026 failure noted excessive wear on both rear lower anti-roll bar linkage pins or bushes; on the road, listen for clonks or rattles from the rear over uneven surfaces and check for body roll or wallowing through corners, which would indicate the bushes have further deteriorated. The 2023 entry recorded a prescribed area above the rear leaf spring as excessively damaged and reducing structural strength, so the rear spring hangers and chassis rails should be examined closely for cracks, deformation, or previous repair work, ideally with the vehicle on a ramp. Steering rack free play was advised in 2025, so check for any sloppiness or delay between steering input and front wheel response, particularly at low speed, and listen for clonking when turning on full lock. The prop shaft bearing wear flagged in 2024 and the flexible coupling deterioration in 2025 mean a vibration through the floor or under the seat at cruising speed, or a rhythmic rumble that changes with engine load, would warrant immediate investigation. The braking system requires equally careful scrutiny given its history. Front brake imbalance was advised in 2023 at only 29 percent, rear parking brake efficiency fell below requirements in 2023 and 2025, and the 2025 test placed it in the dangerous category at less than 50 percent of the required value. Front brake pads and discs were noted as wearing thin and worn respectively in February 2026, meaning a test drive should include firm pedal applications to check for pull to one side, a spongy pedal, or judder under braking. The oil leak advised in 2025 should be inspected underneath for fresh residue on the engine block or sump, and brake pipes were previously noted as corroded and greased, so a thorough check of pipe condition along the chassis is sensible. Finally, the ABS and stability control warning lamps that illuminated in 2024, alongside the engine MIL inoperative fault in 2026, suggest stored diagnostic trouble codes that should be read with a professional scanner before purchase, as the absence of a lit dashboard warning does not guarantee these systems are currently functioning correctly.