2013 Mitsubishi L200 2.5L Diesel · SW62 GAA

The latest MOT test on the 2013 Mitsubishi L200 recorded a failure in September 2025, with several major defects including corroded rear brake pipes, serious fluid leaks in both front shock absorbers, and an insecure central exhaust system with a major leak of exhaust gases. This contrasts sharply with the previous MOT in January 2024, which was clean aside from minor tyre wear advisories, and the April 2026 test, which only flagged reduced damping in the rear shocks and minor oil misting in the front units. The trend over the past three years is undeniably deteriorating, with recurring issues in suspension integrity, brake system corrosion, and structural exhaust stability. The progression from minor advisories in 2022 to major failures in 2024 and 2025 suggests a pattern of accelerated wear, likely driven by either aggressive driving, prolonged idling, or neglect of routine maintenance. The vehicle’s roadworthiness is now critically compromised, particularly in the braking and exhaust systems, which must be addressed urgently to prevent further safety hazards or catastrophic failures. The recorded mileage of 152,151 miles for a vehicle aged approximately 13 years represents a relatively moderate annual usage rate of around 11,704 miles per year, which is within the expected range for a car of this age and class. However, the mileage data alone does not fully capture the vehicle’s operational profile, as the 13-year span includes periods where the L200 may have been stationary for extended durations—common in older vehicles left parked for long stretches, particularly in colder climates or during off-season storage. Prolonged standing can exacerbate issues such as corrosion in brake components, fluid degradation in seals and hoses, and the drying out of rubber suspension bushes and seals, all of which are evident in the MOT history. The combination of moderate mileage and a history of standing-related wear suggests that the vehicle’s wear pattern is influenced more by environmental exposure and maintenance neglect than by high-duty cycling. Given the recurring defects in the suspension, brakes, and exhaust system, the prospective buyer must conduct a thorough inspection to assess the severity of the issues identified in the latest MOT and plan immediate corrective action. The corroded rear brake pipes and serious fluid leaks in the front shocks indicate that the braking system is failing due to corrosion and seal failure, which could lead to reduced braking efficiency, uneven wear on brake discs, or even complete brake failure if not addressed promptly. During a test drive, listen for uneven brake pedal travel, a spongy or pulsating feel, or excessive vibration, which may signal warped discs or binding calipers. The central exhaust leak and insecure mounting pose a risk of carbon monoxide poisoning and structural damage, so the exhaust system must be repaired or replaced to ensure compliance with emissions standards and road safety. Additionally, the corroded casings of the front and rear shocks suggest that the damping units are nearing the end of their service life, leading to poor ride quality, excessive bouncing, and potential suspension collapse under load. Inspect the shocks for oil leaks, visible damage, or signs of hydraulic failure, and replace them if they exhibit reduced damping or excessive wear. For the buyer, the next critical steps include sourcing replacement parts for the corroded brake pipes, leaking shocks, and exhaust system, and scheduling a professional inspection to assess the extent of structural and mechanical damage. Beyond immediate repairs, the vehicle’s age and mileage demand a comprehensive service plan to address wear in the drivetrain, electrical systems, and fluid degradation. Given the history of minor tyre wear advisories and the potential for sidewall cracking from prolonged standing, verify the tyre condition by checking for dry rot, cracks, or uneven wear patterns that could indicate suspension misalignment or poor alignment. The 12V battery should be tested for charge capacity and corrosion on terminals, as older vehicles are prone to battery failure, especially if the alternator is worn. Fluid checks—particularly brake fluid, coolant, and transmission fluid—should be performed to ensure they are free of contaminants and within manufacturer-recommended service intervals, as fluid degradation accelerates with age. Finally, a thorough inspection of the bonnet retaining system, as previously seized, should be completed to prevent accidental opening during transit or use, and the position lamps repaired to restore compliance with lighting regulations. The L200’s roadworthiness is currently at a critical juncture, and proactive intervention will be essential to mitigate further deterioration and ensure safe operation.