2026 Land Rover R R Evoque Hoxton ED Phev Auto 1.5L Hybrid electric · YY26 OLM

No MOT history is available for this 2026 Land Rover Range Rover Evoque PHEV, meaning the vehicle has not yet completed its first compulsory annual roadworthiness test, which is required once it reaches three years of age. As of September 2026, the car is effectively brand new from an MOT perspective, so there is no historical pass or fail record, advisory catalogue, or recorded defect trend to draw conclusions from. Because no MOT data exists, the overall maintenance trend cannot be assessed; however, a clean slate in this context simply reflects the vehicle's youth and does not confirm any independent verification of mechanical condition, structural integrity, or compliance with emissions or safety standards. A prospective buyer should therefore not assume the car is free of faults purely on the basis of an absent MOT record, and any evaluation must rely on alternative means such as a manufacturer warranty check, main dealer service history, and a thorough physical inspection. The recorded mileage is not available, and there is insufficient data to compare annual usage against the vehicle's age. Given that the car is registered in 2026 and is therefore at most only a few months old, the mileage is likely to be very low regardless, which is typical for a nearly new vehicle that may still be in pre-delivery preparation, transit, or early dealer demonstration use. For a PHEV of this type, low mileage carries both positive and negative implications: on the positive side, mechanical wear on combustion components such as the engine, clutch (though this is an automatic), exhaust system, and conventional braking components will be minimal, and high-voltage battery cycles will be low. On the negative side, very low mileage combined with predominantly short urban journeys can lead to issues such as tyre flat spotting, brake disc corrosion from standing, oil glazing in the engine due to frequent cold starts, and potential degradation of the 12V auxiliary battery from insufficient charge cycles, all of which warrant careful examination. For a prospective buyer, several practical physical checks are highly relevant despite the absence of MOT data. Tyres should be inspected for manufacturing date codes on the sidewall, as original-fit tyres on a new car may be several months old and therefore susceptible to perishing or sidewall cracking, even if tread depth appears adequate; uneven wear patterns would suggest alignment or suspension geometry issues, which should be ruled out given the complexity of the Evoque's suspension system. Brake discs and calipers should be examined for surface corrosion, particularly on the rear axle where standing moisture can cause pitting or binding, and a test drive should confirm smooth retardation without shudder or pulling. The 12V auxiliary battery, which powers systems on PHEV vehicles including the high-voltage contactors, should be tested for state of charge and ability to hold voltage under load, as a weak auxiliary battery is a common cause of no-start and electrical fault conditions. All fluid levels and conditions should be verified, including engine oil, coolant, brake fluid, and the PHEV-specific transmission and inverter coolant, and any signs of leaks around the underbody, high-voltage cabling, or charging port area must be thoroughly investigated. A test drive should focus on the smooth transition between electric and combustion propulsion, which is a defining characteristic of PHEVs and a common area for software or hardware faults; any unexpected warning lights, jerky transitions, or inability to engage hybrid modes warrant immediate diagnostic investigation using Land Rover approved equipment. Listen for suspension noises such as clonks or knocks over speed humps and uneven surfaces, as even low-mileage vehicles can exhibit early signs of worn bushes, top mounts, or anti-roll bar links if subjected to poor road conditions or kerb impacts. Verify that the charging system operates correctly on both AC and any DC fast-charging capability, and confirm that the manufacturer's service schedule, particularly the initial running-in service typically due within the first twelve months, has been carried out or is documented in the service book. Finally, confirm that all driver assistance systems, including lane keep assist, adaptive cruise control, and emergency braking, are functioning without stored fault codes, as these systems are sensitive to windscreen replacement, bumper impacts, or wheel alignment changes that may not be immediately apparent but would be flagged during a dealer-level pre-delivery inspection.