2021 Land Rover Range Rover Evoque D Mhev Auto 2.0L Diesel · AY03 WAR

The 2021 Land Rover Range Rover Evoque in question presents a stable roadworthiness record over the past year, with the most recent MOT on 21 June 2025 at 57,379 miles passing without any defects. This follows a brief but inconsequential hiccup in March 2024, where the vehicle failed on 11 March at 53,086 miles before passing three days later at 53,143 miles—both tests recording no faults. The absence of advisories or defects in the last three MOTs suggests that major mechanical or structural issues have not developed, though the single failed test lacks context for its cause. For a buyer, this clean history is promising, but the lack of recorded faults in the failure does not rule out undocumented wear, particularly in areas prone to gradual degradation in hybrid petrol-electric vehicles like brake binding or battery cooling system integrity. The mileage accumulation of 11,476 miles per year is broadly in line with average usage for a five-year-old vehicle, though the data is sparse enough to obscure any seasonal or owner-specific patterns. The gap between the March 2024 tests—just 57 miles apart—implies the failure was likely administrative rather than mechanical, possibly a tester error or a minor oversight corrected swiftly. More concerning is the 18-month interval between the March 2024 pass and the June 2025 test, which exceeds the standard 12-month MOT cycle. This suggests the vehicle may have been driven without a test for nearly half a year, raising questions about whether the owner adhered to legal requirements or simply delayed testing. Such a delay is not inherently damaging but does indicate a lack of proactive maintenance awareness. Given the clean MOT history, a buyer should prioritise a thorough inspection of components less likely to be caught in a standard test. The rear brakes, for instance, should be checked for binding or uneven wear, as hybrid systems can sometimes develop subtle friction issues. The suspension—particularly the coil springs and bushings—should be assessed for wear or corrosion, especially in off-road models prone to rough terrain. The hybrid battery cooling system, though not routinely tested, may show signs of age-related degradation if the vehicle has been driven aggressively or exposed to extreme temperatures. Structural corrosion, while uncommon in newer models, should still be verified in wheel arches, sills, and underbody panels, as Land Rover’s use of aluminium does not eliminate all risk of rust in high-moisture environments. Finally, the absence of advisories on tyres, wipers, or lights implies these consumables have been replaced recently, but a buyer should verify tread depth and condition independently. The lack of recorded faults does not guarantee the vehicle has been serviced to manufacturer standards, so a pre-purchase service history check—particularly for hybrid-specific maintenance—would be prudent. The clean MOT record is a positive sign, but due diligence on less frequently tested areas remains essential.