2025 Land Rover R Rover Evoque DYN SE D Mhev A Diesel · SD75 VTY

As of September 2026, this 2025 Land Rover Range Rover Evoque does not yet hold any recorded MOT test history in the DVSA database. Vehicles manufactured or first registered within the current decade are typically not required to undertake their first MOT until they reach three years of age, so the absence of test records is entirely consistent with the car's age and suggests no statutory roadworthiness examination has yet been completed. Without prior pass certificates or advisory notes to review, it is not possible to determine whether the vehicle's maintenance trend is stable, worsening, or improving. Any prospective buyer must therefore treat this Evoque as effectively unverified by independent regulatory testing and should place greater emphasis on the manufacturer's documented service history, dealership records, and a comprehensive pre-purchase inspection by a qualified technician. The recorded mileage is unknown, which prevents any meaningful comparison between the vehicle's age and its annual usage rate. A typical UK driver covers between 7,000 and 12,000 miles per year, so a 2025 model should reasonably show somewhere between 7,000 and 20,000 miles on the odometer by September 2026, depending on registration date. Where mileage data is unavailable, it is particularly important to verify the odometer reading against the service book and any digital records held by franchised dealers. Significant mileage gaps, inconsistent annual accumulation, or exceptionally low figures may suggest periods of prolonged standing, which carry their own mechanical implications such as brake disc corrosion, fluid degradation, and premature ageing of rubber components. Given that no MOT defects or advisories have yet been recorded, physical inspection guidance must focus on age-appropriate and calendar-based wear factors rather than specific previously flagged issues. Even on a relatively new vehicle, check all tyres for sidewall cracking, perishing, or uneven wear, as compound degradation can begin within a few years regardless of tread depth, and Land Rover fitments are often expensive to replace. Inspect the brake discs for surface corrosion and confirm the calipers are releasing cleanly, since vehicles used primarily for short urban journeys are prone to binding calipers and corroded sliding mechanisms. Verify the condition and state of charge of the 12V battery, as modern Land Rovers are heavily reliant on electrical systems and a failing battery can trigger persistent warning lights. Fluid condition, including brake fluid, coolant, and the MHEV hybrid system coolant where applicable, should be checked for service date, as brake fluid is hydroscopic and typically requires replacement every two years regardless of mileage. During a test drive, listen carefully for any suspension clonks, knocks, or uneven damping over uneven road surfaces, which could indicate worn bushes, coil spring fatigue, or issues with the adaptive damping system on this trim level. Confirm that the mild hybrid system operates seamlessly, with smooth transitions during stop-start operation and no warning messages relating to the 48V system. Check for any fluid leaks beneath the vehicle, paying particular attention to the engine bay and undertrays for oil or coolant weepage. Finally, verify that all electronic systems, including infotainment, climate control, parking sensors, cameras, and driver assistance features, function correctly, as rectification of software or sensor faults on modern Land Rovers can be costly. Ensure the vehicle identification number on the V5C matches the car, and confirm that the Land Rover service schedule has been adhered to using main dealer or specialist records.