2014 Peugeot Boxer 2.2L Diesel · LN64 AAK

The defining mechanical story behind this Peugeot Boxer is one of generally satisfactory roadworthiness interrupted by two isolated MOT failures, with a clear pattern of cosmetic and tyre-related advisories recurring across multiple tests. The most recent examination on 1 June 2026 produced a clean pass with no defects recorded, matching the outcome of the 2025 test and suggesting that the vehicle has stabilised following the corrective work undertaken after the 2022 and 2023 failures. The earlier failure in January 2022 was restricted to ineffective windscreen wipers on both sides, a Major but localised issue, while the January 2023 failure flagged an insecure third-row passenger seat with cross-threaded bolts, a non-functioning nearside headlamp dipped beam, and carried forward advisories on body damage and tyre wear. The recurrence of advisories for various body damage and front tyre edge wear across 2022, 2023, and 2024 indicates ongoing cosmetic deterioration and consistent front-axle geometry or loading behaviour that is consuming tyre shoulders, even though none of these items has yet resulted in a failure. The recorded mileage of 36,995 miles across approximately twelve years equates to an annual accumulation of around 3,000 miles, which is notably low for a commercial van of this type. Such restricted usage is more typical of a vehicle operating on short local routes, light-duty delivery cycles, or one that has experienced extended periods of standing between operational deployments. From a mechanical standpoint, low annual mileage on a Boxer means that high-stress drivetrain components such as the clutch, dual-mass flywheel, and turbocharger have accumulated limited wear, but it also places greater demand on items that degrade through age rather than use. Rubber components, brake hydraulic seals, coolant hoses, drive belts, suspension bushes, and the rear leaf spring assemblies flagged in the 2019 advisories all deteriorate through oxidation and material fatigue regardless of mileage, so their effective service life is determined by calendar age as much as distance covered. The gap between the 2019 test and the 2022 test also suggests a possible dormant period, which warrants closer inspection of dormant-corrosion risk areas. For a prospective buyer, the front-end geometry issue evidenced by repeated advisory entries for front tyres wearing thin on the outer edge is the most concrete inspection priority. This pattern can arise from incorrect tracking, worn front suspension components such as wishbone bushes, track rod ends, or top mount bearings, or from a combination of heavy-laden operation causing rearward sag that distorts the front axle angles. On a test drive, listen for clonking or knocking from the front suspension over uneven surfaces, pay attention to any steering pull to one side under braking or acceleration, and check for uneven tyre wear across the full tread width rather than just the edges. The 2019 advisories concerning slight wear in the rear leaf spring anchor pins and bushes should also be revisited, as these mounts can deteriorate further over time and produce a harsh, crashy ride over bumps, rear-end instability under load, and visible shifting of the rear axle under cornering loads. Inspect the rear springs closely for cracks, sagging, or any lateral movement at the shackle pins when the vehicle is rocked by hand. The body damage advisories repeated across three consecutive tests suggest that the vehicle has sustained minor cosmetic impacts, and a thorough walk-around should establish whether any panel damage is purely surface-level or has progressed to underlying structural concerns such as corroded sills, wheel arch lips, or floor pan perforation. Within the cab, verify that the third-row seating fixings identified as cross-threaded in the 2023 failure have been properly addressed with correctly sized replacement bolts and that the seat frames remain rigid under hand pressure, as insecure seating is both a legal and safety-critical concern. The headlamp connection fault from the same test should be confirmed resolved by checking that both dipped beams illuminate reliably, including after a period of vibration from a short drive. Finally, with the vehicle's age and light usage in mind, pay particular attention to the condition of brake discs and callipers, which can corrode and seize during periods of standing; a low-speed stop from around 20 mph followed by continued gentle braking should produce a smooth, straight pedal feel without any pulling, juddering, or binding that would indicate a seized caliper or warped disc.