2015 Mitsubishi Outlander 2.0L Hybrid electric · KF15 LGG

The 2015 Mitsubishi Outlander presents a stable and improving maintenance trend, culminating in a clean pass on 24 November 2025 at 67,358 miles with zero defects. That result marks a notable shift from earlier years, where testers repeatedly flagged brake wear and a worn rear differential mounting. The absence of any advisories or failures in the most recent test suggests the previous owner addressed those mechanical issues rather than deferring them. The mileage accumulation tells a consistent story. Between the September 2022 test at 49,091 miles and the October 2024 test at 60,911 miles, the vehicle covered roughly 11,820 miles in just over two years, averaging close to 5,900 miles annually. That figure aligns with the vehicle's overall lifetime average of approximately 6,123 miles per year, indicating steady, typical use rather than prolonged standing or unusually light driving. The record is complete with no significant gaps between annual tests. The 2021 advisory for a worn rear differential mounting is the most mechanically significant flag in the history. A degraded mounting can introduce drivetrain vibration, accelerate wear on CV joints and axle components, and compromise structural integrity if left unresolved. Although the defect does not reappear in subsequent tests, a prospective buyer should inspect the differential mounting and surrounding subframe for play, cracking, or fresh corrosion, particularly if the vehicle has been used for towing or rough-road driving. Brake components have drawn repeated attention across multiple tests. The September 2022 and October 2023 inspections both flagged front brake pads wearing thin, and the 2023 test added a note about worn or pitted front discs. While the clean 2025 result implies these parts were replaced, a hands-on inspection of disc thickness, pad condition, and caliper operation remains prudent. The nearside front tyre noted as worn on the edge in 2022 also hints at possible tracking or suspension alignment issues that should be verified against current tyre wear patterns.