2012 Mercedes-Benz Sprinter 2.1L Diesel · KM62 AXW

Chronic structural corrosion, persistent fluid leaks, and recurring steering and braking advisories define the mechanical profile of this Mercedes-Benz Sprinter, which secured a pass on 2025-02-15 after an initial failure for a defective registration plate lamp, followed by another pass on 2026-02-25. The history reveals several rolling issues that have appeared across consecutive inspections, including an unaddressed engine oil leak, grease-covered corroded brake pipes, and play in the steering rack inner joints. While the vehicle continues to clear its annual tests, the accumulation of structural body and sill corrosion alongside suspension wear points to an aging commercial chassis requiring vigilant oversight. At roughly fourteen years old with 200,441 miles recorded by early 2026, this van has averaged over 14,000 miles annually, representing heavy, consistent working use typical of this class of vehicle. This high-mileage operating profile explains the accelerated mechanical fatigue observed across high-wear areas such as the steering linkage, braking system, and structural underpinnings. Testing continuity has remained regular without extended off-road gaps, meaning the vehicle has been subjected to continuous working stress rather than prolonged storage degradation. During a physical inspection and test drive, a prospective buyer must thoroughly examine the areas highlighted in the MOT history. Listen closely for knocking or clunking noises from the front end while navigating rough road surfaces or tight turns, which would indicate advanced wear in the offside front anti-roll bar linkage ball joint and the steering rack inner joints. Check the steering wheel for excessive play or vagueness on-centre, and inspect the condition of the brake pipes where they run along the chassis, paying attention to any grease accumulation that may be masking deeper corrosion. Furthermore, inspect the underside for the structural body and sill corrosion noted in the latest test, and verify the source and volume of the ongoing engine oil leak from the powertrain. Finally, evaluate the stopping performance during a firm brake application from speed to check for any pull, judder, or spongy pedal feel, ensuring the hydraulic system is functioning safely despite the noted pipe corrosion. Inspect all tyres and body panels for physical damage, mirroring the historical advisories for perishing rubber and bumper scrapes, and confirm that all exterior lighting and electrical functions operate correctly to avoid minor test failures.