2021 Mitsubishi Outlander Dynamic Phev CVT 2.4L Hybrid electric (clean) · SH21 XSP

A pattern of minor wear items characterizes the roadworthiness of this Mitsubishi Outlander, punctuated by recurring observations on its suspension and tyres across its testing history. The most recent examination on 29 January 2026 resulted in a pass, though it carried advisories noting perished front shock absorber dust covers and a cut on the nearside front tyre. This follows an earlier test in April 2024 that highlighted worn rear anti-roll bar bushes alongside an offside front tyre worn low on the edges, contrasted only by a completely clear pass in January 2025. Rather than indicating sudden structural decline, this record points toward steady wear on rubber components and consumable items typical of the model's suspension load and weight distribution. With an odometer reading of 57,402 miles accumulated over roughly five years, the vehicle averages approximately 11,480 miles annually, aligning closely with standard motoring expectations for a plug-in hybrid SUV of this age. This consistent mileage accumulation means the propulsion battery, petrol engine, and regenerative braking systems have seen regular, active use rather than sitting stagnant for prolonged periods. Mechanically, this usage profile suggests that while major drivetrain components have not suffered from neglect or disuse, the high-torque demands of the twin-motor hybrid setup and the additional weight of the traction battery will have placed accelerated physical stress on chassis components, wheel bearings, and suspension mounting points. Prospective buyers should inspect the front shock absorbers and dust covers closely during a pre-purchase examination, looking for signs of oil misting or damping failure beyond the perished gaiters noted in the latest test. On a dynamic test drive, listen carefully over speed bumps and rough road surfaces for any knocking or clonking from the rear axle area, which would confirm the progressive wear on the anti-roll bar pins and bushes flagged previously. Additionally, check the steering response and front tyre contact patches for any uneven wear patterns or alignment drift, ensuring that the tracking has not been compromised by previous edge-wear issues. The condition of the braking system also warrants careful scrutiny, given the dual reliance on regenerative braking and conventional friction brakes on this PHEV platform. During the test drive, apply firm pressure to the brake pedal at lower speeds to check for a smooth transition between regeneration and mechanical braking, ensuring there is no excessive travel, sponginess, or grinding from the discs and pads. Finally, inspect the visible underbody and subframe mounting points for any surface corrosion or wear on the rubber bushings, verifying that the vehicle's suspension geometry remains sound and true.