2024 Land Rover Range Rover Evoque S D 4X2 Diesel · LL24 CFG

There is no DVSA MOT test history available for this 2024 Land Rover Range Rover Evoque, which is consistent with the fact that the vehicle is less than three years old and therefore not yet legally required to undergo its first compulsory MOT test in the United Kingdom. In the absence of any recorded test outcomes, advisories, or failure points, it is not possible to evaluate a longitudinal maintenance trend. The absence of MOT data should be regarded not as an indicator of immaculate condition, but simply as a reflection of the vehicle's youth under current DVSA regulations. As a prospective buyer, you should be aware that the earliest statutory roadworthiness check will not be due until the vehicle is three years old, meaning any mechanical evaluation must rely entirely on independent physical inspection and service history verification rather than official test records. The recorded mileage for this vehicle is not available, and there is insufficient data to compare against the vehicle's age or to calculate an annual usage rate. The Range Rover Evoque was registered in 2024, meaning it is now approximately two years old, and depending on whether it has covered typical first-owner mileage of six to twelve thousand miles per annum, it could reasonably have anywhere from twelve to twenty-four thousand miles on the odometer, or potentially significantly less if it has been used primarily for short urban journeys. Low or sporadic usage can be as mechanically consequential as high mileage, particularly through issues such as brake disc corrosion from prolonged standing, diesel particulate filter saturation from insufficient motorway running on the D165 or D200 diesel engines, and premature 12V battery failure from limited charging cycles. Without an accurate mileage figure, you should request the current odometer reading and verify it against the service book and any available digital service records. Given the absence of MOT data and the vehicle's relative newness, your inspection should focus on age-related rather than wear-related deterioration. Carefully examine all four tyres for sidewall perishing and cracking, as even lightly used tyres degrade chemically over time and Land Rover vehicles of this era typically require specific load-rated replacements that can be costly. Inspect the brake discs for surface corrosion, particularly on the rear axle, which is common on vehicles that have sat for extended periods or undergone predominantly low-speed driving. Check for any signs of fluid leaks beneath the vehicle, particularly around the rear differential area on 4x2 variants and the turbocharger oil feed lines on the diesel powertrain. On the test drive, listen for any suspension clonks over uneven surfaces, which could indicate premature wear of the front lower control arm bushes, a known concern on Evoque models. Verify that the diesel particulate filter is healthy by ensuring the vehicle can sustain motorway speeds without restricted performance, and confirm that the AdBlue system is functioning correctly, as failure of either can result in expensive remediation. The service history is the single most critical document you should request, as it will confirm whether the manufacturer-recommended servicing intervals have been observed. The Evoque diesel requires servicing every twelve months or twenty-one thousand miles, whichever comes first, with particular attention to the diesel engine oil and filter, the fuel filter to protect the high-pressure common rail injection system, and the air filter. Ask for evidence of recent brake fluid replacement, which should be renewed every two years regardless of mileage due to its hygroscopic nature. Check the condition and voltage of the 12V battery using a diagnostic tool, as modern Land Rover vehicles are notoriously demanding on electrical systems and a weak battery can produce a cascade of electronic fault codes. Finally, confirm that all in-car infotainment, terrain response systems, and driver assistance cameras are fully operational, as these are common failure points and rectifying them outside of warranty can be prohibitively expensive.