2026 Ford Transit Custom 320 LTD Phev A 2.5L Hybrid electric (clean) · WPB 1

The 2026 Ford Transit Custom 320 LTD PHEV presents a particularly uncertain roadworthiness profile due to a complete absence of recorded MOT history and undisclosed odometer readings. With no official MOT entries documenting past inspections, there is no verifiable trail of mechanical condition assessments since the vehicle left the factory, making it impossible to confirm whether regular servicing protocols were followed or whether any underlying issues have been identified through mandatory testing. This void in documented history means the vehicle's current roadworthiness cannot be independently verified against standard UK regulatory benchmarks, leaving potential hidden deterioration unconfirmed by independent inspection. Regarding mileage, the lack of recorded odometer data prevents any meaningful calculation of annual accumulation rates or identification of testing gaps across the vehicle's lifetime. Without knowing how many miles have been logged since delivery, one cannot assess whether the engine has experienced normal thermal cycling, whether brake pads have seen adequate compounding cycles, or whether suspension components have endured sufficient mechanical stress to develop wear patterns. The missing mileage context also eliminates the ability to spot unusually rapid mileage increases that might indicate altered driving conditions, such as commuting distances exceeding typical commercial van usage, or periods of light operation that could mask developing problems. Given the absence of specific component failures in the MOT record, the primary risk lies in the inability to validate the integrity of suspension linkages, brake line seals, chassis subframe structures, and high-voltage system connections that are common concern areas for PHEVs. On test drives, the buyer should pay close attention to any knocking or clunking sounds when traversing uneven surfaces, as worn suspension bushings or deteriorating coil springs may manifest as irregular wheel movement or harsher ride quality. Brake performance should be evaluated by noting pedal firmness and looking for vibrations or pulsations during deceleration, while the subframe requires visual inspection for surface rust or structural flexing that could compromise load-bearing capacity under cargo loads. Ultimately, the lack of official MOT documentation means the buyer must rely entirely on physical examination of these systems before committing to purchase.