2019 Mitsubishi ASX 1.6L Petrol · WV69 YPJ

Rubber degradation on all four corners alongside front brake pipe corrosion form the primary mechanical narrative of this Mitsubishi ASX, reflecting a vehicle that encounters environmental aging faster than high structural wear. The roadworthiness record features four consecutive annual passes, culminating in the most recent test on 26 May 2026 at 24,054 miles which noted cracking and perishing across both front tyres alongside a foreign object embedded in the offside front tyre. While the 2025 and 2023 examinations yielded clean sheets, the 2024 test flagged similar perishing across all four tyres and specifically recorded that a front brake pipe was corroded, covered in grease or other material. This recurring pattern indicates that rubber components and exposed metal lines require close monitoring for environmental fatigue regardless of low overall wear. Accumulating approximately 3,436 miles annually over its seven-year lifespan places this vehicle well below average national mileage expectations for its age. This low-usage profile is visually confirmed by the modest odometer progression from its early tests through to the 24,054 miles recorded in May 2026, showing no extended gaps or prolonged off-road periods between tests. Mechanically, such light annual running means the vehicle has experienced frequent short journeys where the exhaust system and mechanical components may not regularly reach optimum operating temperatures, while leaving vulnerable underbody components and exterior rubber exposed to the elements for extended periods without the self-cleaning action of long-distance motoring. For the physical inspection and test drive, the buyer must prioritise a thorough examination of the front brake pipes and the entire tyre set. Given the recurring advisories for perishing and cracking, inspect the tyre sidewalls and tread blocks closely for structural splitting, and verify if the tyres flagged in May 2026 have been replaced or repaired. The front brake pipes, previously noted as corroded or grease-covered, require a physical check with a torch and mirror to ensure no active pitting or heavy oxidation compromises the hydraulic braking system. During the test drive, listen carefully for any unusual vibrations or steering pulls that might stem from the tyre embedding or uneven rubber degradation, and test the brake pedal travel and firmness to ensure the hydraulic lines are delivering firm, immediate pressure without sponginess. Inspect the suspension bushes and underbody structural points while the car is raised, as low-mileage vehicles can still suffer from surface oxidation on auxiliary metal brackets and fixings. Confirm that all service documentation correlates with the MOT milestones to establish whether routine fluid changes have kept pace with the vehicle's age rather than its low odometer reading.