2022 Mercedes-Benz Sprinter 315 Progressive CDI 1.9L Diesel · PF22 VXP

Consistent roadworthiness has defined this vehicle's short history, with the most recent MOT test conducted on 27 July 2026 resulting in a pass with no defects recorded. This clean outcome follows a similarly faultless performance in June 2025, establishing a brief but stable record of compliance. While the absence of recorded advisories suggests that the primary safety-critical systems have remained within acceptable tolerances during the inspection process, the short duration of the available history means that long-term patterns of component degradation have not yet had the opportunity to emerge. High-intensity usage is the primary characteristic of this vehicle, which has accumulated 140,684 miles in approximately four years of service. Averaging over 35,000 miles per annum, the Sprinter has been subjected to a rigorous duty cycle significantly above the typical private-use threshold. Mechanically, this level of mileage indicates that high-wear components such as suspension bushes, wheel bearings, and drivetrain mounts have been under constant load. Prospective buyers should anticipate that these parts are nearing the end of their design life, regardless of the current pass status, as the vehicle has likely spent the majority of its life operating at or near its maximum payload capacity. During the test drive, pay particular attention to the drivetrain and chassis response, as the high mileage will have placed significant stress on the transmission and suspension geometry. Listen for any metallic knocking or clunking sounds when traversing uneven surfaces, which would indicate play in the anti-roll bar links or lower control arm bushings. Any vagueness in the steering or a tendency for the vehicle to pull to one side suggests that the steering rack or tracking alignment may have been compromised by the heavy usage profile. Additionally, test the braking system under controlled conditions to ensure there is no pedal pulsation or judder, which could signal warped discs or uneven pad wear resulting from the vehicle's heavy-duty operational history. Given the commercial nature of this vehicle, a thorough inspection of the undercarriage is necessary to identify any signs of premature fatigue or structural stress that may not have been captured during a standard MOT test. Check the condition of the propshaft centre bearing and universal joints for signs of vibration or play, as these are common failure points in high-mileage rear-wheel-drive commercial vehicles. Furthermore, monitor the engine bay for any evidence of oil misting or coolant seepage around the auxiliary components and turbocharger plumbing. While the vehicle has passed its recent inspections, the high-mileage accumulation necessitates a proactive approach to replacing consumables that are now operating well beyond their initial service intervals.