2006 LDV Convoy 2.4L Diesel · KX06 KHU

The defining mechanical story of this 2006 LDV Convoy is one of intermittent but serious braking and lighting faults that sit beneath an otherwise thin MOT record. Only four tests appear across 2023 to 2025, yet two of those were failures, and the most concerning event on 2025-06-27 produced a Dangerous defect for parking brake efficiency below 50 percent, alongside a Major ABS warning lamp fault, an inoperative offside front direction indicator, and imbalanced rear brakes across axle two. The vehicle then returned to the station on 2025-07-04 and passed with no defects recorded, which suggests the issues were addressed in the week between tests, but it also means the underlying components that caused those defects are recent, relevant, and worth scrutinising. A prior advisory on the 2024 stop lamp reinforces a pattern of electrical and brake-related attention rather than structural or suspension concerns. With approximately 94,702 miles recorded over twenty years, annual mileage works out at roughly 4,735 miles per year, which is well below typical commercial van usage and points to a vehicle that has either seen light duties or spent extended periods off the road. Gaps in the testing history support the latter interpretation, as there is no recorded MOT activity prior to 2023 despite the vehicle being first registered in 2006, implying at least one long period of SORN or inactive status. Mechanically, low annual mileage on a commercial platform can mean the usual high-wear items such as brake discs, callipers, and rear brake shoes have suffered more from standing corrosion than from frictional wear, and seals, gaiters, and brake hydraulic components may have aged through inactivity rather than use. Diesel vans that sit for long periods commonly develop seized calliper pistons, hardened brake flexihoses, and surface corrosion on discs and drums, all of which would be consistent with the kind of braking imbalance and weak parking brake recorded at the 2025 test. Given the specific defects flagged, a prospective buyer should focus the inspection squarely on the braking system. On a test drive, listen for any binding or dragging from the rear axle, particularly after the vehicle has been driven and then stopped, as the imbalance across axle two often traces to a seized offside or nearside rear calliper or a sticking handbrake mechanism. Confirm the parking brake holds the vehicle on a slope with the transmission in neutral, and be alert for a soft or spongy pedal that could indicate a flexihose or seal failure. The ABS warning lamp defect means the anti-lock system should be scanned for stored fault codes, as a permanently illuminated lamp on this model is frequently linked to a failing wheel speed sensor, a corroded sensor ring, or a damaged wiring loom near the hubs rather than a deeper ABS pump failure. The electrical side of the recent failure should also be verified physically. Check that the offside front indicator functions correctly with ignition on and that the bulb holder and earth point are free of corrosion, since intermittent indicator failures on commercial vehicles of this age commonly stem from water ingress into the lamp unit or a degraded connector. Likewise, test all brake lamps including the high-level stop lamp, as the 2024 stop lamp failure indicates the rear lamp cluster wiring is worth a close look. Beyond the flagged items, inspect the rear brake shoes, drums, and handbrake cables for the corrosion and stiffness typical of a low-mileage van that has stood for long periods, and verify that the rear calliper sliders move freely, because a sticking slider is a very common root cause of the type of axle imbalance recorded at the June 2025 test.