2001 Peugeot Boxer 270 TD SWB 1.9L Heavy oil · FL51 FDE

Severe structural corrosion and hydraulic brake degradation represent the primary mechanical risks for this vehicle, despite its clean pass on 18 July 2026. This latest pass followed a failure just two days prior on 16 July 2026, and while no defects were officially logged for that failure, the vehicle's broader testing history reveals a persistent battle with rust. In both 2022 and 2023, the vehicle failed its annual inspections due to major structural defects, including excessive corrosion in the front suspension mounting areas, inner arches, outriggers, and inner wings, alongside dangerously leaking or corroded brake pipes. Although the 2024, 2025, and 2026 tests indicate these issues have been addressed to meet minimum roadworthiness standards, the underlying susceptibility of this chassis to structural rot remains a critical concern. With just 50,612 miles recorded over approximately 25 years, this vehicle has averaged roughly 2,024 miles per year, an exceptionally low figure for a commercial vehicle of this vintage. This highly restricted usage profile strongly points to extended periods of inactivity. For a large vehicle like a Peugeot Boxer, long-term storage or stationary outdoor parking is a primary catalyst for the severe moisture traps that cause structural corrosion. It also explains the accelerated deterioration of the underbody brake lines and the front brake imbalance recorded in 2022, as stationary vehicles are highly prone to seized calipers, surface oxidation on brake discs, and moisture accumulation in the chassis box sections. A prospective buyer must conduct a rigorous physical inspection of the underbody, focusing specifically on the areas previously flagged for major structural failure. This includes the front inner wings, the step to the inner and outer sills, the front outriggers, and the suspension mounting areas within the front inner arches. You must inspect these zones for signs of poor-quality or temporary patch welding, active rust bubbling under underseal, or structural weakness. On a test drive, pay close attention to any knocking, creaking, or groaning noises from the front suspension when traveling over bumps or uneven ground, which could indicate compromised mounting points or worn suspension bushes. The vehicle's history of corroded and leaking brake pipes, alongside front brake imbalance, demands a thorough evaluation of the hydraulic braking system. Inspect the entire length of the front-to-rear brake pipes and the rear junctions for any signs of corrosion, fluid dampness, or heavy grease applied to mask pitting. During the test drive, check for a spongy brake pedal feel, which suggests air or moisture in the hydraulic system, and ensure the vehicle pulls up straight under hard braking without pulling to one side or exhibiting pedal pulsation. Additionally, listen for any rumbling or growling noises from the front wheels that would indicate the nearside front wheel bearing play noted in previous advisories has deteriorated.