2015 Land Rover Range Rover Evoque 2.2L Diesel · CE15 BFP

A fractured offside front coil spring and a transient four-wheel-drive transmission fault stand out as the principal mechanical concerns in the MOT history of this 2015 Range Rover Evoque. The most recent test on 20 July 2026 was ultimately recorded as a pass, but only after a same-day failure for the broken coil spring, with advisory notices also raised against both rear brake discs for pitting and scoring. A further major failure in June 2025, linked to an intermittent transmission or differential fault that caused random 4WD engagement and banging from the rear axle, demonstrates that this vehicle has not enjoyed a trouble-free run of roadworthiness checks. The intervening pass at July 2025 and the clean test at July 2024 show that the car is capable of meeting MOT standards, yet the cluster of significant defects within a short window points to a vehicle that will require careful mechanical scrutiny rather than one with a stable, improving trajectory. Against an eleven-year age, the recorded 47,388 miles equates to an annual average of roughly 4,300 miles, which is low for a luxury SUV of this type. Such restrained usage is consistent with predominantly short, light-duty journeys rather than sustained motorway work, and although it preserves the engine and drivetrain from high wear, it does place additional stress on components that suffer from underuse. Standing periods encourage corrosion on ferrous surfaces such as brake discs, subframe sections and exhaust mountings, and condensation within the four-wheel-drive transfer system can promote hydraulic or electronic glitches of the kind recorded in 2025. The mileage progression across the available tests appears steady rather than erratic, with no large gaps suggesting extended lay-ups, but the low annual figure still warrants attention to items that degrade through inactivity as well as age. A prospective buyer should approach this Evoque with the coil spring failure at the forefront of their inspection. Even though only the offside front spring was flagged, paired components of this age often fail in close succession, so the nearside front spring and all four shock absorbers should be examined for signs of sagging, knocks over uneven road surfaces, or audible clonking when cornering. The rear brake disc advisories are clearly linked to the low-mileage, short-journey usage pattern; feel for vibration through the brake pedal under firm application and listen for any grinding or pulsation, and inspect the disc edges visually for a pronounced lip and a rusty, scored surface. The handbrake holding force on an incline should also be checked, as pitted rear discs frequently accompany weakened caliper or parking brake mechanism function. The transmission and drivetrain fault from June 2025 warrants the most involved test drive assessment. With the engine warm, the vehicle should be driven progressively through all driving modes, paying particular attention to any hesitation, clunking, or warning messages relating to 4WD, differential, or terrain response. Listen for any recurrence of the banging from the rear axle that was noted at the previous test, particularly during tight low-speed manoeuvres and on transitions between forward and reverse. Inspect the underbody, transfer box, and rear differential area for any signs of oil seepage or fresh fluid residue, and confirm that the system can be reliably engaged and disengaged without warning lights. Given the combination of suspension, braking and drivetrain concerns already recorded, a thorough pre-purchase inspection by a Land Rover specialist would be a prudent step before committing to purchase.