2013 Mitsubishi L200 2.5L Diesel · CX13 JYN

The Mitsubishi L200 presents a stable roadworthiness trend with a clean pass recorded at its most recent test on 14 February 2024 at 135,763 miles, where the tester logged no defects. Prior examinations in December 2022 at 131,370 miles and December 2021 at 117,579 miles also returned passes with no advisories. The only anomaly appears on 8 December 2021, when the vehicle failed on the same day and mileage as a subsequent pass, yet the record shows no defects cited for either outcome, suggesting an administrative or procedural rejection rather than a mechanical fault. Annual mileage averages close to 10,400 miles across the vehicle's thirteen-year life, which is typical for a 2013 L200 and implies steady, unremarkable use. The gap between the December 2021 test at 117,579 miles and the December 2022 test at 131,370 miles shows roughly 13,800 miles covered in that year, a slightly elevated but reasonable figure. From December 2022 to February 2024 the odometer advanced only 4,393 miles, indicating reduced running in the most recent period. The sparse history carries no advisories on consumables or structure, so the written record alone reveals no neglect of tyres, brakes, or corrosion. A buyer should still commission a physical inspection of suspension bushes, coil springs, and brake discs given the age and 135,763 miles, as MOT passes with zero advisories do not confirm absence of wear beneath test thresholds. The unexplained fail and pass on 8 December 2021 warrants a check of the VOSA failure reason via the full DVSA certificate, to rule out a concealed defect later rectified. Drivetrain components on a high-mileage 4x4 pickup of this era merit scrutiny for oil leaks and chassis rust at mounting points. Given the clean sequence of results and ordinary mileage, the record implies previous owners kept the truck to minimum legal standards without flagged neglect. No recurring fault trend emerges from the data. A pre-purchase examination by a marque specialist remains the only way to confirm the underlying mechanical condition.