2016 Land Rover Range Rover Evoque 2.0L Diesel · CL14 ROG

A decade-old Range Rover Evoque carrying 56,621 miles has achieved a faultless run through five consecutive MOT examinations between 2022 and 2026, with each annual test returning a clean pass and zero advisories logged on the DVSA record. That unbroken absence of recorded defects across the most recent half-decade of testing is a notable result for any ten-year-old vehicle, and particularly so for an Evoque, a model that has a well-documented reputation for generating advisories related to suspension components, brake wear and underbody corrosion once the odometer climbs past the 60,000 mile mark. The fact that the January 2026 test closed out another pass without comment suggests the car was, at least at that point, mechanically sound on every item the examiner was obliged to assess, with no component flagged as being at the threshold of failure or approaching its service limit. The recorded mileage paints a picture of very modest annual use. Spreading the 56,621 miles over the vehicle's ten-year life gives an average of roughly 5,660 miles per year, which is considerably below the typical 7,000 to 10,000 miles most UK cars accumulate annually. The MOT schedule shows tests conducted at roughly twelve-month intervals from January 2022 through to January 2026, with no obvious multi-year gaps in testing that would indicate the vehicle was off the road or declared SORN for any extended period. A vehicle driven this lightly will generally suffer less wear on major drivetrain and consumable items such as brake discs, clutch friction material and tyre carcasses, but the unusually low annual figure does raise the question of whether the car has seen periods of regular short journeys or longer standing time, both of which can encourage their own specific issues such as brake disc corrosion from infrequent use, or moisture accumulation in the engine oil and exhaust system. From a buyer's perspective, the absence of any advisory history means there is no specific component flagged in the MOT record around which to focus the inspection. Instead, attention should turn to the components that an Evoque of this age and mileage would ordinarily be approaching for replacement or refurbishment, regardless of what the examiner chose to record. On the test drive, listen carefully for clonks or knocks from the front suspension over speed humps and uneven tarmac, as the front lower wishbone bushes, anti-roll bar drop links and front strut top mounts are known wear items on this platform; any rattle or vibration through the steering wheel on rough surfaces can point to failing top mounts. Feel for any pull to one side under braking or any pulsation through the brake pedal, which would indicate warped front discs, a common finding on lightly-used vehicles whose brakes have been allowed to corrode rather than being regularly cleaned by harder usage. Inspect the underside for any surface corrosion on the subframe, suspension arms and brake pipe runs, paying particular attention to the rear subframe mounting points which can trap moisture and salt. The diesel or petrol engine bay, depending on which variant is fitted, should be examined for any signs of oil seepage around the timing cover, cam chain tensioner area and oil filter housing, as these engines are known to develop minor oil leaks in later life even at modest mileages. Check that the coolant level is holding steady and that the expansion tank is clean, as the cooling system on these vehicles benefits from periodic renewal. On the road, ensure the nine-speed automatic transmission changes smoothly through all gears without any hesitation, flare or unexpected kickdown, and confirm that the four-wheel-drive system engages without any binding or excessive clonks when reversing on full lock. Given the MOT record is unusually clean for a car of this vintage and pedigree, a pre-purchase inspection by a specialist familiar with the Evoque would be a sensible investment to confirm that the absence of advisories reflects genuine condition rather than simply components not yet flagged at the point of failure.