2025 Land Rover Range Rover Evoque ED D Mhev A 2.0L Diesel · SD25 YRL

With no MOT test entries on the DVSA database, the roadworthiness picture for this 2025 Land Rover Range Rover Evoque is effectively a blank page. As the vehicle is only a year old at the time of inspection, the absence of recorded tests is not unusual in itself, as cars first registered in the modern MOT regime do not require a test until they reach three years of age. However, this also means there is no verifiable third-party evidence from an annual roadworthiness examination to confirm that the braking system, suspension geometry, steering components, lighting, exhaust integrity, tyres, and corrosion-prone underbody areas are functioning correctly. Any assessment must therefore rely entirely on physical inspection rather than historical test data. The recorded mileage is listed as unknown, so it is not possible to calculate an annual accumulation rate or identify any gaps between tests. For a first-year premium SUV of this type, average usage would typically fall somewhere between 8,000 and 15,000 miles annually, but the absence of recorded mileage prevents any objective judgement on whether the vehicle has been driven lightly, used for high motorway mileage, or subjected to frequent short urban journeys that can place particular strain on the diesel particulate filter, turbocharger, and stop-start system. Equally, with no recorded tests, there are no usage gaps to consider, meaning there is no evidence of a prolonged lay-up that might have allowed brake disc corrosion, brake fluid degradation, or 12V battery deterioration to develop unnoticed. The mechanical narrative here is therefore defined by what cannot be seen rather than what can. Given the complete absence of advisory notes and failure records, there are no specific components that can be singled out for closer scrutiny based on the vehicle's history. Instead, the inspection should focus on the areas most commonly flagged on Range Rover Evoque models of this generation, particularly the rear suspension arms, trailing links, and anti-roll bar bushes, which are known to wear prematurely and produce clonking noises over uneven surfaces. Diesel mild-hybrid variants should also be checked carefully for oil leaks from the sump, timing cover, and turbocharger oil feed pipes, while a test drive should include firm braking from around 40 mph to detect any pedal judder or warped brake discs, and a sweep through tight corners at moderate speed to expose any worn suspension bushes through knocking or imprecise steering feedback. Because the DVSA record offers no reassurance, the prospective buyer should commission a pre-purchase inspection from a specialist familiar with Land Rover products, including a diagnostic scan to confirm that the MHEV electrical system, emissions control equipment, and infotainment modules are functioning as intended. Road behaviour should be evaluated across both warm-up and fully warmed-up conditions to detect any diesel-specific issues such as excessive smoke, rough idle, or hesitation. Attention should also be paid to the underbody and sills for any signs of corrosion or accident repair, and the tyres inspected for even wear patterns that could indicate misalignment from worn suspension components. With no MOT history to fall back on, the physical condition observed on the day and the integrity of any remaining Land Rover manufacturer warranty will be the primary safeguards against hidden defects.