2022 Land Rover Discovery SPT R-DYN HSE Phev A 1.5L Hybrid electric (clean) · AE72 SSZ

The Discovery presents a clean bill of health on paper. The most recent MOT on 11 August 2025 at 45,724 miles passed with zero defects, indicating a stable and well-maintained condition at that point. With no advisories or failures recorded, the maintenance trend appears stable, though the single entry limits the ability to track long-term patterns. At roughly four years old with 45,724 miles, the vehicle has covered approximately 11,431 miles per year, which sits squarely within typical annual usage for a large SUV. The MOT record shows no mileage gaps or sudden accumulation spikes, suggesting consistent, regular use rather than prolonged standing or high-intensity fleet-style driving. The single recorded test at the current mileage means there is no prior MOT history to compare against, so the maintenance record is sparse but entirely clean. Given the absence of flagged defects, a buyer should still conduct a thorough physical inspection focused on the high-stress components typical of a heavy plug-in hybrid SUV. Check the suspension bushes, coil springs, and dampers for wear, as the Discovery's weight accelerates deterioration. Inspect the brake discs, pads, and calipers for uneven wear or binding, particularly on the rear axle where electric regenerative braking can mask mechanical drag. Examine the underside for corrosion on subframes, suspension mounting points, and brake lines, especially if the vehicle has been used off-road or in wet, salted conditions. The powertrain combines a combustion engine with an electric motor, so verify the hybrid battery health, charging cable condition, and coolant levels for both the engine and battery thermal management system. Test the drivetrain under load for any hesitation or warning lights that a static MOT may not reveal. While the record is reassuring, a pre-purchase inspection by a specialist familiar with Land Rover PHEV systems remains the most reliable way to confirm long-term structural and mechanical integrity.