2019 Mercedes-Benz Sprinter 2.1L Diesel · C912 RAB

A clear mechanical story emerges across the MOT history of this 2019 Mercedes-Benz Sprinter: one of accumulating front-end wear, multiple major defects leading to test failures, and a recent advisory pattern centred on the braking and drivetrain systems. The most recent test on 3 February 2026 produced a pass alongside a failure recorded on the same date, with the failures covering a non-functioning offside front dipped headlamp and an inoperative nearside rear stop lamp, both categorised as major defects. Earlier, in August 2023, the vehicle failed on a dangerous nearside front tyre below the 1.6mm tread requirement, alongside parking brake efficiency and adjustment issues, a damaged nearside body component presenting sharp edges, and a split nearside front CV boot. Subsequent tests have moved away from such dangerous or major categories towards minor defects and advisories, though the advisories recorded in 2025 on the offside front track rod end and both front suspension arm ball joints indicate ongoing chassis wear. The latest advisory also confirms pitted and scored front brake discs on both sides, a condition first noted in 2022. With seven recorded MOT tests and 109,259 miles accumulated over approximately seven years, this Sprinter is averaging around 15,608 miles per year, which is high for the age and consistent with sustained commercial or fleet-style use rather than light private operation. The mileage progression between tests reflects regular road use, and there are no significant gaps in the testing record that would suggest prolonged periods off the road. Higher annual mileage of this nature typically accelerates wear on braking components, suspension bushes, ball joints, drive shafts, and tyres, and the advisory history bears this out with front brake disc condition flagged in three separate tests (2022, 2022, and 2026) and suspension and steering joint play noted in 2025. The mechanical picture is therefore one of a working vehicle showing the kind of component wear expected from sustained higher mileage, rather than any signs of neglect through long stationary periods. For a prospective buyer, the priority inspection areas are the front suspension, steering, and braking systems. The 2025 advisories flagged slight play in the offside front track rod end ball joint and both front suspension arm ball joints, so on a test drive listen for knocking or clunking from the front end when traversing speed bumps or potholes, and feel for vagueness or looseness in the steering, particularly on full lock. The 2026 advisory notes pitted and scored front brake discs, so check for brake judder or vibration through the pedal under firm stopping, and inspect disc surfaces for excessive lipping at the outer edges. Given the split CV boot flagged in 2023 and the severely deteriorated offside front CV boot recorded as a minor defect in 2026, listen for clicking or knocking from the front drivetrain during tight turns, and inspect the boots for fresh grease or tears, as an unattended split boot will lead to joint failure. Additional checks should cover the lighting and tyre condition in light of the recent failures and 2022 dangerous tyre finding. Verify that all headlamps, stop lamps, and rear fog lamps function correctly, as multiple lamp failures were recorded across 2022 and 2026. Examine all four tyres for uneven wear, particularly inner-edge wear which can indicate alignment or suspension issues, and confirm that matching tyre sizes are fitted on each axle, as mixed sizes on the front axle were a major failure reason in 2022. The parking brake mechanism, which failed on efficiency and adjustment in 2023, should be tested on an incline to confirm it holds the vehicle securely without excessive lever travel. Finally, inspect the windscreen and bodywork for the damage zones previously flagged, and check the underside for any corrosion, as higher-mileage commercial Sprinters commonly develop surface corrosion on underbody components that does not always appear in MOT advisories until it becomes structurally relevant.