2010 Land Rover Discovery 2.7L Diesel · FG59 WWK

The 2010 Land Rover Discovery presents a stable and currently sound roadworthiness status, culminating in a clean pass on 20 January 2026 at 170,111 miles. The maintenance trend appears stable, with the vehicle passing its most recent inspections without any recorded defects. An anomaly exists in the DVSA record for that date, showing an initial failure at the exact same mileage with no defects listed, which typically indicates an abandoned test or an administrative rejection rather than a mechanical fault. The subsequent pass on the same day confirms the vehicle met the required standards. The recorded mileage of 170,111 miles over sixteen years equates to roughly 10,632 miles annually, aligning perfectly with typical usage for this age of vehicle. However, the chronological progression reveals a distinct shift in usage patterns. Between the April 2024 test at 158,030 miles and the February 2025 test at 158,673 miles, the vehicle covered a mere 643 miles, suggesting a period of very light use or potential standing. This abruptly changed in the following eleven months, with the odometer jumping 11,438 miles to reach 170,111 miles by January 2026, indicating a recent return to regular, heavier use. Given the absence of specific mechanical advisories or failures in the record, a buyer must rely on physical inspection to assess the true condition of this high-mileage off-roader. The recent spike in mileage warrants a close examination of the drivetrain and suspension components. Inspect the suspension bushes and coil springs for deterioration, and check the brake discs and calipers for uneven wear or binding, as these consumables endure significant stress under increased use. Structural integrity demands equal scrutiny; thoroughly inspect the chassis and bulkhead for corrosion, a common affliction for vehicles of this era, alongside checking the exhaust system for leaks and verifying the condition of all four tyres for uneven wear patterns that could indicate underlying alignment issues.