2016 LAND ROVER RANGE ROVER EVOQUE2.0L Diesel

The 2016 Land Rover Range Rover Evoque presents a clean MOT history with no defects recorded across its five most recent tests, the latest of which took place just over a year ago on 17 June 2025 at 49,440 miles. This consistency suggests the vehicle has been well maintained within the scope of the MOT test parameters, with no evidence of recurring failures or worsening conditions. The absence of advisories or minor defects in any of the tests—including the most recent—implies that routine checks on brakes, suspension, lights, and emissions have been addressed promptly. However, the lack of recorded advisories does not preclude the need for a thorough pre-purchase inspection, as MOT tests are not exhaustive and may overlook subtle wear in components like coil springs, suspension bushes, or binding brake calipers. The vehicle’s mileage accumulation is notably low for its age, averaging just under 4,944 miles per year over the past decade. This suggests either infrequent use, extended periods of inactivity, or a combination of both. The gap between the 2021 test at 29,396 miles and the 2022 test at 34,495 miles—an increase of just 5,100 miles over a year—further supports this pattern. While low mileage typically reduces wear on consumables and mechanical systems, it can also indicate potential issues with fluid degradation, battery health, or rubber components (such as hoses and seals) that may not have been stressed regularly. The most recent 5,536-mile interval between the 2024 and 2025 tests aligns with the vehicle’s typical usage, reinforcing the likelihood of consistent but light operation. Given the absence of MOT defects, a buyer should prioritise a detailed inspection of components prone to silent degradation under low-mileage conditions. Particular attention should be paid to the suspension—checking for worn or perished bushes, degraded coil springs, and any signs of leakage in dampers—since these are less likely to be flagged in routine MOTs but can compromise handling over time. The braking system, including caliper binding, disc wear, and brake fluid condition, should also be scrutinised, as infrequent use can lead to moisture absorption and corrosion within the hydraulic system. Additionally, the vehicle’s structural integrity, particularly around wheel arches, sills, and underbody panels, should be examined for early signs of corrosion, which may have developed during periods of storage or exposure to moisture. Finally, fluid levels—engine oil, coolant, brake fluid, and differential oil—should be verified, as stagnation can accelerate degradation in these critical systems.