2006 LDV 400 Convoy TD LWB 2.4L Diesel · FX06 BVB

A chronic corrosion pattern at the chassis mounting points and front suspension structure is the defining mechanical theme running through this Convoy's MOT history. Across nearly every annual test from 2019 onwards, advisories have flagged corrosion within 30cm of mountings at both front and rear chassis locations, alongside repeated warnings of corroded suspension component mounting prescribed areas. By the 2022-08-08 test this deterioration tipped into serious territory, with the offside front suspension mounting prescribed area recorded as excessively corroded to the point of significantly reduced structural strength, alongside a Dangerous failure for an insecure driver's seat. The subsequent retest on 2022-09-05 passed, but the advisories for oil leakage from the engine, slight power steering seepage, and continued corrosion at both rear suspension mounting prescribed areas indicate the underlying rust issue has not been resolved. The latest recorded result is therefore best understood as a passed retest against a backdrop of structural decline that has been consistently flagged for at least four consecutive years. The recorded mileage of 116,539 miles over a 20-year vehicle age equates to roughly 5,800 miles per year on average, which is notably low for a commercial van of this type. The MOT records only span from 2018 through 2022, leaving significant gaps in documented testing history for earlier years, and the mileage accumulation between recorded tests appears modest. Lower annual mileage on a commercial platform can mean extended periods of standing between jobs, which is consistent with the dry-rot style corrosion pattern observed at structural mounting points. Conversely, it does not indicate low wear on the drivetrain, brakes, or steering, and the recurring king pin and stub axle movement advisories from 2018 onwards suggest the front axle assemblies have seen regular working use. For a prospective buyer, the priority inspection area is the front axle and suspension structure, given that vertical movement between the stub axle and axle beam has been flagged on both sides across three consecutive years from 2018 to 2020. On a test drive, listen for clonking or knocking from the front end over bumps, particularly at low speed over uneven surfaces, and feel for vagueness or shimmy in the steering. The king pin assemblies themselves may require reconditioning or replacement, and any play detected during a physical inspection underneath would warrant negotiation. Equally important is a thorough examination of the chassis rails and outriggers, particularly within 30cm of suspension, seat belt, and body mounting points. The 2022 Dangerous seat belt anchorage failure, combined with the structural corrosion advisories at front and rear mounting areas, means the floor pan, seat mounting boxes, and chassis legs must be checked for perforation. A torch and blunt probe should be used to confirm whether the advisories have progressed beyond surface corrosion since the last test. The rear suspension shock absorbers were flagged for light oil misting and limited damping effect in 2021, which warrants checking for any further leakage onto the body or shafts and feeling whether the rear end continues to settle and recover promptly over undulations. The oil leak advisory from 2022 should be investigated for its source, whether from the sump, cam cover, or ancillary areas, and the slight power steering seepage monitored for hose or rack condition. Brake pipes, which are not separately recorded but frequently affected on older commercials with chassis corrosion, should be visually inspected along their full length for rust scaling or corrosion pitting. Finally, the 2021 and 2022 lighting failures, including headlamp dipped beam, position lamp, direction indicator, and registration plate lamps, point to either electrical gremlins or basic maintenance lapses, so all exterior lighting should be confirmed operational at the time of viewing.