2017 Peugeot Traveller 1.6L Diesel · KN17 TYF

The vehicle currently holds a valid roadworthiness status following a pass on April 17, 2026. However, the history reveals a trend of reactive maintenance rather than proactive care. The most recent test saw the vehicle fail immediately prior due to a leaking front fuel pipe and a low nearside headlamp aim. While these specific issues were rectified to achieve the pass, the recurring failures suggest the owner only addresses mechanical faults when they trigger an MOT failure rather than performing routine preventative inspections. At 61,387 miles over nine years, the Traveller has averaged approximately 6,800 miles per year, which is consistent with low-to-moderate commercial use. The mileage accumulation is steady, with a 10,000-mile interval between March 2024 and March 2025, and another 7,874 miles in the year leading up to the 2026 test. This consistent use suggests the vehicle has not sat idle, though the low mileage does not exempt it from the observed wear on braking components. A buyer must conduct a close inspection of the braking system, as the record shows a persistent pattern of disc pitting and scoring across both front and rear axles dating back to 2023. By March 2025, the rear pads were noted as thin alongside the worn discs, indicating the need for a full rear brake service shortly. The nearside outer drive shaft CV boot flagged as severely deteriorated in 2025 should also be checked for current grease leakage or joint play, as neglected boots often lead to costly drivetrain failure. The fuel system identified in the April 2026 failure requires a physical verification to ensure the repair was thorough and no secondary leaks exist in the fuelwork. Given the previous advisory regarding worn tyres on edges in 2024, the current tyre set should be evaluated for uneven wear and remaining tread depth. While the vehicle appears structurally sound based on the records, the history highlights a cycle of letting components degrade until they reach the end of their functional life.