2015 Mitsubishi Outlander 2.0L Hybrid electric (clean) · WN15 WVG

A consistent pattern of brake and undercarriage wear advisories defines this Outlander's MOT history, suggesting a vehicle now entering the phase where consumables and rubber components are beginning to demand closer attention. Across the eight recorded tests since 2019, every annual examination has returned a pass, and only one minor defect has ever been issued, on the most recent test dated 12 March 2026, when the offside rear upper anti-roll bar linkage ball joint dust cover was found to be severely deteriorated. Beneath that clean pass-rate, however, the advisory trail tells a more revealing story: brake discs have appeared at three separate tests in 2023, 2025 and now with the suspension joint in 2026, while tyre and exhaust condition advisories have appeared alongside. The latest outcome is therefore best read as a pass that still flags a developing mechanical picture rather than a fully settled one. Recorded mileage of 86,118 miles across roughly eleven years equates to an average accumulation of around 7,800 miles annually, which sits firmly within typical parameters for a car of this age and type. There are no gaps in the testing record, no sudden mileage jumps between consecutive tests, and no extended period off the road that would suggest long-standing. The continuous annual testing from 2019 through to 2026 indicates regular use, and the steady mileage progression between each test approximately 7,000 to 8,000 miles per annum in most intervals confirms a consistent driving pattern rather than any mixed-use anomaly. Mechanically, this level of use on a 2015 Outlander places the vehicle in a zone where original brake discs, original or second-cycle suspension bushes, original coil springs, exhaust sections and engine-mount components have all accumulated meaningful wear, even though nothing has yet crossed into a fail-level defect. For a prospective buyer, the priority inspection items should be the components repeatedly flagged across the advisory trail. The brake discs should be examined physically: run a finger along the surface to feel for the lip at the outer edge, check for hot-spots visible as a blueing or shadowing on the disc face, and listen on the test drive for any pulsation through the brake pedal under firm stopping, which would indicate disc runout. The rear brake pads, noted as 65 percent worn in 2023, will by now be approaching replacement threshold, so the calipers should be inspected for free sliding movement and the electronic parking brake function tested on a slope to confirm the rear mechanism is retracting cleanly. The offside rear anti-roll bar linkage joint flagged in March 2026 is a relatively inexpensive component, but the deteriorated dust cover means contamination of the joint is now inevitable, so expect it to require replacement at the next service and listen for any clonking or rattling from the rear suspension over speed humps and uneven B-road surfaces. The exhaust system, recorded as rusty in 2023, warrants a physical inspection from underneath for perforation along the pipe runs, condition of the catalytic converter heat shield, and integrity of the rear silencer mounting rubbers, which on the Outlander are prone to cracking and allowing the rear box to sag. The nearside front tyre, which was previously flagged for curb damage, should be examined for any sidewall bulging, exposed ply cord, or uneven inner-edge wear that might indicate a tracking or suspension geometry issue rather than simple kerbing. Underneath the vehicle, particular attention should be paid to the rear subframe mounting areas, the fuel and brake pipe runs along the chassis, and the suspension spring seats, all of which are common corrosion points on Outlanders of this generation and which no advisory has yet highlighted but which are consistent with the mileage and age. Finally, a thorough road test should include driving over broken surfaces to detect any suspension knocks, checking for steering pull or vibration under braking, and observing whether the auto gearbox changes smoothly or exhibits any shunt or hesitation at low speed, as the continuously variable transmission in this model is a known longer-term wear item.