2025 Ford Transit CUST320MS-RT EBL AWD A 2.0L Diesel · RC15 RPC

A 2025 Ford Transit Custom with all-wheel drive presents a fundamentally blank DVSA roadworthiness profile, as no MOT test results have been recorded for this vehicle. Under UK regulations, vehicles typically become eligible for their first MOT test once they reach three years of age, meaning this Transit is likely very recent and may not yet have been subjected to its inaugural statutory roadworthiness examination. The absence of any test history, whether pass or fail, means there is no documented evidence from which to draw conclusions regarding brake efficiency, suspension condition, structural corrosion, exhaust emissions, or lighting integrity. Prospective purchasers should be aware that the lack of an MOT record is not equivalent to a clean bill of health; it simply reflects that the vehicle has not yet reached its first mandatory test milestone or has not been presented for testing. With the vehicle being a 2025 model and recorded mileage unspecified, there is insufficient data to establish a meaningful annual mileage accumulation rate or to identify any usage patterns such as prolonged periods off the road, towing-heavy commercial deployment, or consistent high-mileage fleet operation. Mileage context cannot be evaluated against the vehicle's age because no odometer readings have been captured in the available records, and without comparator data points across multiple tests, any assessment of mechanical wear relative to distance travelled is purely speculative. A physical verification of the current odometer reading against the MOT history, or via the V5C registration document, will be essential to contextualise the vehicle's true usage profile before purchase. Given that no advisories or failure items have been recorded, there are no specific components from the MOT history around which to tailor a targeted inspection. A prospective buyer should instead focus on the areas most commonly associated with wear and corrosion in the Ford Transit Custom platform, particularly the rear suspension leaf springs and bushes under load-bearing commercial use, the condition of the front brake discs and pads given the van's likely laden operation, and the underbody structural integrity including subframes, crossmembers, and brake pipe runs where road salt exposure can initiate corrosion. On a test drive, listen for any clonking or knocking from the suspension over uneven surfaces, particularly indicative of worn anti-roll bar links or trailing arm bushes, and check for pulling under braking which could suggest binding calipers or warped discs. The all-wheel-drive system itself warrants particular attention during a pre-purchase inspection, as any prospective buyer should request evidence of regular AWD system maintenance, including transfer box fluid changes and haldex or equivalent coupling servicing intervals if applicable. On a test drive, assess for any hesitation, binding, or unusual vibration under low-speed manoeuvres which could indicate drivetrain issues, and verify that all four wheels engage and disengage smoothly. Inspect the underbody thoroughly for any signs of fluid leakage from the rear differential, transfer box, or driveshaft seals, and confirm that the AWD warning light illuminates correctly during ignition and extinguishes once running. Without an MOT history to reference, a comprehensive independent mechanical inspection by a qualified technician familiar with commercial vehicles and AWD systems is strongly advisable before committing to purchase.