2014 Mitsubishi Shogun 3.2L Diesel · SM07 MAV

Heavy high-mileage usage combined with a recurring pattern of structural and mechanical test failures defines the roadworthiness profile of this Mitsubishi Shogun. The testing record shows multiple failures prior to passing, including a major failure on the most recent June 2026 test for an inoperative headlamp levelling device linked to a broken nearside front lower arm and excessive exhaust emissions. This follows a previous failure in June 2025 for headlamp aim issues alongside persistent corrosion advisories, and a June 2024 failure involving a fractured offside rear coil spring. Rather than showing a clean track record, the history reveals a vehicle that frequently requires corrective mechanical intervention to meet legal roadworthiness standards. Accumulating 172,297 miles over its twelve-year lifespan translates to an intensive annual average of roughly 14,358 miles, placing this Shogun well above typical UK driving distances. This high-intensity usage places continuous strain on the heavy-duty four-wheel-drive running gear, suspension geometry, and braking systems. While high mileage alone does not preclude ongoing use, it means that heavy components like chassis members, axle assemblies, and drivetrain mounts have endured prolonged dynamic loading, salt exposure, and thermal cycling across the UK road network. A rigorous physical inspection of the underbody and chassis is essential before purchase, given the explicit 2025 advisories noting corrosion on the central rear subframe, side runner brackets, rear floor, and chassis sections. Prospective buyers should inspect these structural areas with a torch and a blunt tool to assess the true depth of the rust, ensuring that corrosion has not compromised structural integrity near critical suspension mounting points. Furthermore, the history of suspension faults requires careful evaluation of the coil springs, anti-roll bar bushes noted as worn in 2024, and the offside rear shock absorber which showed a light misting of oil. During the test drive, pay close attention to the front suspension and steering response, listening for knocks or clunks over uneven road surfaces that would indicate worn anti-roll bar linkages or lingering lower arm issues. Test the brakes firmly to check for any pulling or judder, and ensure the vehicle tracks straight. Given the recent emission failure, observe the exhaust for excessive smoke under acceleration and verify that the engine idles smoothly without hesitation, while also confirming that the headlamp levelling system operates correctly following its recent repair.