2002 Volkswagen LT 2.5L Diesel · FX52 NWF

This 2002 Volkswagen LT demonstrates a stable maintenance trajectory, culminating in a clean pass on 2026-01-26 at 262,564 miles with zero defects recorded. Reviewing the historical data reveals an exceptionally clean record featuring consecutive pass certificates in October 2021 at 248,025 miles, December 2022 at 251,195 miles, and January 2024 at 257,623 miles, following a brief administrative failure for an unspecified reason on 2024-01-12 that was rectified immediately. The absence of recurring mechanical advisories across multiple testing cycles suggests the vehicle has benefited from consistent mechanical attention and proactive upkeep by its previous keepers. The odometer progression aligns with typical commercial vehicle use, accumulating roughly 10,940 miles per year over its twenty-four-year lifespan to reach the current 262,564 miles. Mileage accumulation remained steady through the post-pandemic years, rising by approximately 3,170 miles between October 2021 and December 2022, and adding another 6,428 miles by January 2024. The pace slowed slightly thereafter, with the van covering 4,941 miles between January 2024 and the most recent test in January 2026. This consistent usage profile indicates the engine and drivetrain have experienced regular operating temperatures without suffering detrimental extended periods of storage. Prospective buyers should direct their physical inspection toward components not explicitly captured by standard MOT emissions and safety checks, paying particular attention to the chassis structural integrity, bulkhead corrosion, and heavy-duty suspension bushings given the high mileage. Commercial platforms of this age frequently develop hidden structural degradation beneath cargo flooring and jacking points, requiring a thorough ramp inspection for underlying rust. Verify the condition of the heavy-duty braking system, clutch assembly, and gearbox syncros during a test drive, as these mechanical components endure significant stress under heavy payloads and high-mileage operating conditions.