2003 Ford Transit 2.0L Diesel · R58 FAV

A clear pattern of structural corrosion and recurring front suspension advisories defines the mechanical history of this 2003 Ford Transit, with chassis integrity rather than powertrain concerns being the dominant theme across its MOT record. The most recent test on 10 January 2022 was a pass, but it carried advisories for corrosion to the offside rear and nearside rear chassis by the bump stops, along with corrosion to the offside front inner wing and chassis, suggesting that the structural deterioration flagged in earlier tests has continued to progress. The 2019 test cycle is particularly significant, as an initial failure on 2 October recorded three major defects for excessive corrosion within 30cm of body mountings on both rear chassis sections and the offside front chassis by the step, all of which were serious enough to be categorised as affecting structural strength. A subsequent pass three days later still noted the offside rear structural corrosion as an advisory, meaning the vehicle was returned to the road despite ongoing chassis concerns. Earlier failures for both windscreen wipers in 2018 and the complete failure of all stop lamps alongside an inoperative registration plate lamp in early 2022 also highlight intermittent electrical and visibility-related defects that warrant attention. With approximately 150,699 miles recorded over 23 years, this Transit has covered roughly 6,500 miles annually, a rate broadly consistent with light commercial use of its age, though the testing record shows some notable gaps including a period between the 2017 and 2018 tests, and again after the 2022 test with no recorded activity for several years leading up to today. This relatively modest accumulation suggests the vehicle has not been subjected to heavy continuous commercial mileage, but the age itself remains the dominant factor mechanically, as the recorded corrosion pattern demonstrates. The combination of advancing structural rust on a load-bearing platform and a standing period without recent test evidence means a prospective buyer cannot rely on mileage alone to gauge condition; physical inspection of the chassis is essential regardless of the odometer reading. Given the documented corrosion history, the priority areas during any physical inspection must be the rear chassis sections adjacent to the bump stops, the offside front inner wing and chassis by the step, and the general structural rigidity of the load floor supports and cross members. Corrosion of this nature on a commercial vehicle often spreads along boxed sections where moisture and road salt collect, so a torch and careful examination of seams, mounting points, and the inner faces of structural rails through any access holes is advisable. On a test drive, listen for clonks or knocks from the rear suspension over uneven surfaces, which could indicate compromised mounting points, and pay particular attention to any steering vagueness or pulling that might suggest the front chassis geometry has been distorted by rust. The coil spring corrosion advisories recorded consistently from 2017 onwards, affecting both front springs, should also be monitored by checking for visible pitting, any uneven ride height, or a harsh, crashing sensation over bumps that would indicate the springs have weakened or are close to failure. The electrical defects recorded in 2022, including the total stop lamp failure and inoperative number plate lamp, are worth verifying independently by operating all external lights, the brake pedal under firm pressure, and the wipers across both a dry and wet screen to confirm effective clearing. The recurring front registration plate deterioration noted across multiple tests is a minor cosmetic item but suggests general exterior neglect that often accompanies deeper mechanical issues on working vehicles. Finally, given that the most recent recorded test is now several years old, any prospective purchase should be preceded by a fresh MOT and a thorough pre-purchase inspection focused on the chassis mounting areas, with particular vigilance for any fresh corrosion that may have developed during the period the vehicle has been off the test schedule.