2022 Land Rover R Rover Evoque R-DYN S Phev A 1.5L Hybrid electric · GF72 PNE

The vehicle currently holds a roadworthiness rating of Pass, but this status is contingent upon the absence of specific mechanical faults recorded in the MOT history. The most recent test on 11 December 2025, conducted at 85,026 miles, was passed, indicating that the vehicle has no immediate structural or critical safety hazards. However, the record reveals two distinct issues: a cut in the offside front tyre that has not yet reached the ply or cord, and a similar cut on the rear of the offside tyre. These defects are minor consumable wear and do not constitute a safety risk or indicate a worsening trend. Regarding the maintenance pattern, the data suggests a stable baseline where the vehicle has maintained consistent mileage accumulation without significant gaps. The 21,256 miles per year figure indicates that the owner has been maintaining the car at a steady rate, which is typical for a vehicle of this age. There are no sudden spikes in mileage that would suggest rapid wear on the drivetrain, suspension, or brakes, nor is there evidence of a declining trend in performance or safety. The vehicle has not shown any signs of unrecorded wear that would require an urgent inspection. Given the current rating of Pass, the buyer should focus on addressing the two minor tyre cuts rather than assuming a need for a full inspection. The offside tyres are not in critical condition; the cuts are superficial and do not compromise the structural integrity of the vehicle. While the vehicle is currently rated Pass, it is prudent to inspect the tyres personally to verify that the cuts are indeed shallow and not deep enough to reach the ply or cords. If the cuts are confirmed to be shallow, the vehicle can proceed with normal driving without further intervention. However, if the cuts appear deeper or if the owner has not checked the tyres themselves, the buyer should consider visiting a professional body to assess the condition of the tyres and wheels for future safety.