2010 Mitsubishi L200 2.5L Diesel · AY60 EYW

The Mitsubishi L200 presents a stable but mechanically ageing roadworthiness profile as of its most recent MOT on 6 January 2026 at 95,777 miles. That test passed, yet the tester flagged surface corrosion on the rear chassis and both rear leaf springs. This is not a new problem. Surface corrosion on the main chassis was noted as far back as the January 2023 test at 88,688 miles, and the January 2026 test confirms the issue persists. The maintenance trend is broadly stable rather than rapidly deteriorating, but the corrosion is a slow, ongoing condition that has not been arrested. The vehicle has not failed an MOT since January 2024, suggesting the last owner addressed immediate safety defects but left long-term structural deterioration unchecked. The mileage pattern tells a clear story of very light use. Across roughly sixteen years, the L200 has covered approximately 95,777 miles, averaging just under 6,000 miles per year. The MOT record supports this. Between the January 2023 test at 88,688 miles and the January 2026 test at 95,777 miles, only 7,089 miles were added over three full years. That is barely 2,360 miles annually. Such low annual accumulation can mean long periods of standing, which itself accelerates corrosion on brake components, seals, and chassis surfaces due to lack of regular heat cycling and movement. The mileage data is consistent and shows no sudden spikes or suspicious gaps, so the low reading appears genuine rather than indicative of a rolled-back odometer. The recurring fault pattern centres on corrosion and wear in the rear braking and suspension systems. In January 2024 at 91,013 miles, the vehicle failed on a corroded nearside rear brake pipe covered in grease or other material, along with a worn nearside front upper suspension arm ball joint and a split inner front constant velocity boot. The brake pipe defect reappeared as an advisory just four days later at 91,015 miles, meaning the pipe was still corroded even after the initial failure was addressed. A buyer should inspect the full length of the rear brake lines, particularly where they route along the chassis and axle, for pitting, flaking, or fresh coatings of grease used to mask corrosion. The rear leaf springs and their mountings deserve close scrutiny given the repeated surface corrosion advisories. Leaf spring corrosion can progress to cracking or reduced load capacity, especially on a working pickup. Beyond the corrosion, the front suspension and drivetrain components warrant hands-on inspection. The excessively worn upper suspension arm ball joint and split CV boot from the 2024 failure suggest the front end has taken knocks, likely from rough use or poor road surfaces despite the low mileage. A buyer should check for play in all front suspension joints, condition of the CV boots, and any signs of fresh replacements. The rear chassis area, including cross-members and mounting points, should be examined with a torch and probe to determine whether the surface corrosion has begun to compromise structural integrity. Surface corrosion treated early is manageable. Left unaddressed on a sixteen-year-old L200, it can become a costly structural repair.