2005 Mercedes-Benz Sprinter 2.2L Diesel · KV05 SKU

A history of structural corrosion and a recent major hydraulic failure define the mechanical background of this commercial vehicle, culminating in a pass on June 8, 2026, just days after a failure for a leaking front brake pipe. The chronological data reveals a shift from clean historical tests in the early 2020s toward developing mechanical degradation, highlighted by recurring advisories for worn brake discs, a minor oil leak, a slightly corroded power steering pipe, and slight play in the nearside front wheel bearing. The 2025 test also noted corrosion on the offside integral body structure sill, pointing to ongoing vulnerability in the chassis that requires careful scrutiny. Accumulating 163,361 miles across roughly twenty-one years results in an average of approximately 7,779 miles driven annually, which aligns with typical utility usage for a large van of this era. The record displays a significant chronological gap in testing between 2013 and 2021, during which time the vehicle's usage profile and storage conditions remain undocumented. This extended period without logged DVSA data means components outside the standard maintenance cycle may have endured prolonged periods of inactivity or heavy commercial duty before regular testing resumed. On the upcoming test drive, prospective buyers must perform targeted checks based directly on the most recent MOT advisories and failure points. Given the rectified hydraulic defect and the advisory for worn brake discs across both axles, the braking system demands immediate scrutiny; listen for any grinding noises, feel for pedal judder or sponginess, and check that the van pulls up straight under heavy deceleration. The noted slight play in the nearside front wheel bearing should be evaluated by listening for a humming or droning noise that changes pitch when cornering, while the slight corrosion on the front power steering pipe and the active oil leak require a thorough under-bonnet inspection for fluid pooling or weeping joints. Beneath the vehicle, the structural corrosion flagged on the offside sill during the 2025 examination necessitates a physical inspection using a torch and a blunt tool to assess the true extent of the metal degradation. Commercial vehicles of this age frequently suffer from hidden chassis rot, making it vital to inspect the load bed supports, jacking points, and subframe mountings for structural integrity. Verifying that the steering operates smoothly without excessive play or binding will complete a comprehensive mechanical evaluation before purchase.