2008 Mitsubishi L200 Double CAB 2.5L Diesel · AV08 HNC

The vehicle’s roadworthiness record demonstrates a concerning trend of deferred maintenance over recent years, with the most recent test—conducted just five months ago at 190,381 miles—yielding a clean pass despite a prior failure just four days earlier. The February 2026 failure highlighted critical suspension and drivetrain issues: the near-side front upper ball joint was excessively worn, while multiple constant velocity (CV) joint boots were split or insecure, indicating long-standing neglect of critical components that prevent dirt ingress and lubricant retention. These faults, combined with the rapid succession of failures in early 2025—where brake pipes were repeatedly flagged for corrosion and grease contamination—suggest a pattern of inconsistent upkeep rather than isolated incidents. The vehicle’s ability to pass the February 2026 test without addressing these faults raises questions about whether minor repairs were made between tests or if the tester overlooked more serious underlying conditions. The mileage progression of approximately 10,577 miles annually aligns with typical usage for its age, though the record lacks data for several years, making it impossible to confirm whether earlier periods saw more aggressive driving or prolonged neglect. The most notable gap is between February 2025 and February 2026, where the vehicle accumulated roughly 6,075 miles without an MOT test, a span that could mask further deterioration of suspension, brakes, or drivetrain components. The absence of earlier MOT records also prevents assessment of whether earlier failures were resolved or if the vehicle operated with unresolved defects for extended periods. A prospective buyer should prioritise a thorough inspection of the suspension and drivetrain, particularly the front upper and lower ball joints, which were repeatedly flagged as worn or failing. The CV joint boots—all four tested positions failed at some point—demand immediate attention, as compromised boots can lead to grease leaks, joint failure, and accelerated wear of the constant velocity joints themselves. Brake pipes should be scrutinised for corrosion, grease contamination, and structural integrity, as the repeated failures in this area suggest either poor maintenance or environmental exposure that accelerated deterioration. Additionally, the central rear propshaft flexible coupling was noted as excessively deteriorated in February 2025, a fault that could compromise drivetrain alignment and safety if not addressed. Structural components such as the rear axle and subframe should also be checked for signs of rust or bending, as prolonged neglect often manifests in these areas.