2022 Land Rover Discovery SPT R-DYN HSE Phev A 1.5L Hybrid electric · VA22 NLE

This Discovery presents a clean bill of health on paper. The sole MOT entry, dated 14 July 2025 at 28,157 miles, passed with zero defects, advisories, or failures. With no prior test history to compare against, the maintenance trend is effectively stable but unproven. A single clean pass is encouraging, yet it offers no evidence of how the vehicle has coped with wear over time or whether any latent faults have been addressed between tests. The mileage accumulation is modest and broadly typical for a four-year-old vehicle. At roughly 7,039 miles per year, the recorded 28,157 miles suggest regular but not heavy use. There are no notable gaps or sudden jumps in the odometer record to flag, though the absence of earlier MOT entries means the first three years of service history remain unverified. The car may have been kept off-road, used sparingly, or simply not tested until its first MOT was due at age three. A clean MOT record does not eliminate the need for a thorough physical inspection. The Discovery’s air suspension system, a common source of costly faults, should be cycled through its ride-height modes and checked for slow leaks or compressor strain. The plug-in hybrid drivetrain warrants a close look at the high-voltage battery condition, charging port, and regenerative braking integration. Underneath, inspect the chassis and subframes for corrosion, particularly around mounting points and the rear crossmember, where Land Rover models have historically shown vulnerability. Brake discs, pads, and calipers should be measured for wear despite the clean pass, as the vehicle’s weight and hybrid energy recovery can mask uneven deterioration. Tyre condition, steering rack play, and suspension bushes deserve equal scrutiny. A pre-purchase inspection by a specialist familiar with the Discovery’s hybrid architecture remains the most reliable way to confirm that this clean MOT record reflects genuine mechanical soundness rather than a single snapshot in time.