2017 Land Rover Range Rover Evoque 2.0L Diesel · FE08 ECK

The vehicle presents as mechanically sound with a consistently stable maintenance trajectory across five consecutive annual tests. The tester confirmed full compliance during the October 2025 inspection at 64,365 miles, marking another defect-free pass eight months prior to today. Each subsequent test between November 2021 and October 2025 returned identical results with zero advisories, warnings, or failures logged against the chassis or running gear. This uninterrupted sequence indicates that previous owners adhered to scheduled servicing intervals and addressed wear items before they escalated into reportable faults. Annual distance covered remains tightly clustered around 6,800 to 7,500 miles, aligning precisely with the stated average of 7,152 miles per year. The odometer progression shows steady accumulation without sudden jumps or prolonged standing periods. From the November 2021 test at 36,855 miles through to the current reading, the vehicle covers roughly 7,100 miles annually, suggesting regular use rather than infrequent weekend driving. The absence of any extended mileage gaps reinforces a predictable wear profile for age-related components. A spotless MOT history shifts the inspection priority toward physical verification of high-wear items that do not always trigger immediate failures. Examine the front suspension bushes and lower control arm pivots for cracking or excessive play, as these components degrade silently on heavier SUV platforms. Check the brake disc faces for deep scoring or uneven pad transfer, particularly around the wheel arches where dust accumulation masks surface corrosion. Inspect the exhaust system mounting points and heat shields for stress fractures, and verify the condition of the timing belt or chain tensioners if service records support the MOT timeline. Clean electronic interfaces, air filter housings, and underbody drainage channels will confirm whether the interior and mechanical cavities have remained free of moisture ingress.