2013 Mitsubishi L200 2.5L Diesel · WP13 KTC

Persistent corrosion on the brake lines and recurring issues with the braking system define the mechanical history of this Mitsubishi L200, which secured a pass on 10 February 2026 despite an ongoing advisory regarding rear brake pipe condition. The vehicle has demonstrated a consistent pattern of brake-related advisories over the past six years, ranging from binding calipers and fluctuating performance to thinning pads and persistent pipe corrosion. While the vehicle has successfully cleared its annual inspections, the repeated flagging of brake pipes covered in grease or other material suggests a long-term strategy of managing surface degradation rather than addressing the root cause, which warrants a thorough inspection of the entire hydraulic system. Accumulating 172,510 miles over thirteen years results in an average annual usage of approximately 13,270 miles, a figure that is high for this vehicle class and indicates significant mechanical exposure. This consistent, high-mileage profile suggests that the drivetrain, suspension, and chassis components have been subjected to sustained operational stress rather than the accelerated wear often associated with short, stop-start journeys. Prospective buyers should recognise that at this mileage, the vehicle has moved well beyond its initial design life, meaning that even components not currently flagged as defective are likely approaching the end of their functional service intervals. During a test drive, you must pay particular attention to the braking system, as the recurring advisories for binding calipers and fluctuating performance indicate potential issues with the sliding pins or pistons. Listen for any grinding or scraping noises during braking and ensure the pedal feel is firm rather than spongy or low, which could indicate air in the system or failing master cylinder seals. Given the history of noisy rear wheel bearings noted in 2025, listen carefully for a rhythmic drone or growl from the rear axle that changes pitch during cornering, as this is a common failure point for high-mileage utility vehicles of this age. The suspension and chassis require a focused inspection, specifically targeting the lower suspension arm bushes and leaf spring anchor points that were previously flagged for wear. When driving over uneven surfaces, listen for metallic knocks or clunks from the front and rear, which would suggest that the rubber bushings have perished and allowed excessive play in the suspension geometry. Furthermore, since the vehicle has a history of oil leaks, perform a cold start and inspect the area beneath the engine and transmission for fresh drips, and verify the oil levels to ensure that the previously noted leakage has not progressed into a more significant mechanical concern.