2022 Land Rover Range Rover Evoque Abio Phev A 1.5L Hybrid electric (clean) · LS71 JFK

A two-test MOT history on this 2022 Range Rover Evoque PHEV, both recorded as passes with no advisories or failures logged on 17 December 2024 and 15 December 2025, presents a clean formal roadworthiness record. The absence of any advisories means no DVSA inspector has flagged component wear, corrosion, fluid leaks, tyre condition, or lighting defects during the documented testing cycle, and the consecutive pass-to-pass progression indicates no deterioration between the two examinations. While this represents the most favourable possible documentary outcome, it should be noted that MOT records capture only a snapshot of testable items at a single annual visit and cannot confirm internal mechanical condition, so a buyer should not interpret the clean record as proof of comprehensive mechanical health. The recorded mileage of 21,711 miles against a four-year vehicle age equates to an annual accumulation of roughly 5,400 miles, which sits at the lower end of typical usage for a vehicle of this type. This low-mileage profile has particular relevance on a plug-in hybrid powertrain because the combustion engine, high-voltage battery thermal management system, regenerative braking hardware, and conventional friction braking components all depend on regular operation to remain in good functional order. PHEV systems are especially sensitive to prolonged standing, as infrequent charging cycles, idle periods, and short trips can allow the 12V auxiliary battery to discharge repeatedly, can lead to lubricating oil becoming moisture-laden in seldom-run engine components, and can result in brake discs corroding at the friction surface due to the regenerative system handling most deceleration. The mileage figures shown are consistent with the recorded MOT dates, with no unexplained gaps that would suggest extended off-road periods, but the low annual rate itself remains a relevant consideration for inspection. For a prospective buyer, the PHEV-specific systems should take priority during evaluation despite the clean MOT history, as none of these items are directly covered by the standard test. The high-voltage battery pack state of health and the vehicle's all-electric range should be verified, ideally through a diagnostic readout showing cell balance and usable capacity, as degradation may not present externally. The charging cable and port should be inspected for damage, and the home or public charging behaviour confirmed if possible. The 12V battery age, condition, and resting voltage should be checked, given that low-mileage PHEVs are particularly prone to auxiliary battery failure, which can prevent the vehicle from starting or waking up the high-voltage system. The coolant system for the battery and power electronics should be inspected for any signs of leakage, and the engine oil and filter should be assessed for condition, as infrequent use can lead to fuel dilution of the oil or moisture accumulation. On a physical inspection and test drive, particular attention should be paid to the brake system, where front discs may exhibit edge corrosion or pitting due to regenerative braking reducing friction pad usage. A low-speed pull-away should be performed to confirm smooth transition between electric and combustion drive modes, and any warning lights on the instrument cluster should be investigated via a diagnostic scan rather than dismissed. The suspension should be exercised over varied road surfaces, listening for any knocks from the front strut top mounts, wishbone bushes, or anti-roll bar drop links, as these are common Evoque wear points regardless of powertrain variant. The engine should be observed from cold start, with attention to any excessive vibration, timing chain rattle, or coolant leak from the water pump area, all of which are documented Evoque concerns. Finally, a careful road test on a dual carriageway will reveal any transmission hesitation, particularly on kickdown, and any signs of misfire, which on a PHEV can sometimes be traced to infrequent use of the combustion engine allowing spark plug fouling.