2021 Ford Transit Custom 280LIMITD Eblue 2.0L Diesel · BT71 YGK

A pristine testing record defines the mechanical background of this Transit Custom, supported by consecutive passes carrying no advisory points or defect flags whatsoever. The latest evaluation on the twenty-third of May 2025 resulted in a clean pass, demonstrating that the vehicle met the required statutory roadworthiness standards at the time of inspection. When combined with the preceding test from December 2024, the available compliance history indicates a stable baseline without any documented structural corrosion, mechanical deterioration, or emissions anomalies recorded by test stations. Covering a total of 21,498 miles over its five-year lifespan yields an average annual accumulation of roughly 4,300 miles, placing this commercial vehicle well below standard fleet usage expectations. This low mileage profile means the mechanical components have been subjected to less distance overall, though buyers must verify whether the low figure stems from steady light-duty employment or extended periods of static storage. While lower mileages typically spare major drivetrain components from heavy wear, vehicles that spend time sitting idle require careful verification of moving parts, auxiliary belts, and braking surfaces to ensure they have not suffered from lack of regular movement. Given the absence of formal MOT advisories or failures across the recorded history, physical inspection during a test drive remains essential to verify the true condition of the chassis, powertrain, and steering systems. Prospective buyers should listen closely for any unusual knocking or creaking from the suspension linkages and subframe areas when navigating speed bumps or uneven road surfaces, which would indicate premature bush wear or loose mountings despite the clean test record. Furthermore, a thorough road test must assess the clutch bite point, manual gearbox synchronization, and braking response for any signs of judder, pull, or binding calipers. The diesel emissions control equipment, including the exhaust aftertreatment systems associated with the Blue technology, should be thoroughly inspected for proper operation and the absence of warning lights on the instrument cluster, particularly given the lower annual mileage which can sometimes mask soot accumulation in urban usage cycles. Checking the underside for any signs of oil misting or fluid leaks around the engine bay and transmission housing will provide a complete picture of mechanical health. Independent verification of the service intervals should be performed alongside the physical inspection, as statutory roadworthiness tests only confirm safety standards at a single point in time and do not replace routine preventative maintenance.