2017 Renault Kadjar 1.5L Diesel · YO17 LXM

An exceptionally low usage profile defines this vehicle, with a recorded history that shows a single passing test on 11 August 2020 without any recorded defects. The absence of any subsequent MOT testing or mileage updates since that date indicates the vehicle has likely been off the road for a significant period, leaving its current mechanical state unverified by official DVSA inspections for several years. The recorded mileage of 18,950 miles over approximately nine years equates to an average of roughly 2,106 miles per year, which is significantly below the UK average. While this suggests minimal wear on drivetrain components and braking systems, such infrequent use often leads to mechanical stagnation. Long periods of inactivity can result in the degradation of rubber components, such as suspension bushes and tyre sidewalls, and may lead to fluid stagnation or the seizing of brake calipers and exhaust systems. Because the last recorded inspection was in 2020, there is no data regarding the current condition of the structural integrity, emissions, or braking efficiency. A prospective buyer should pay close attention to the underside of the vehicle for any signs of corrosion that may have developed during periods of storage. On a test drive, listen for any knocking or clunking sounds from the suspension linkages and check for any pulling to one side, which could indicate uneven tyre wear or seized components resulting from the low annual mileage. Specific attention should also be directed toward the braking system and engine performance. Given the lack of recent testing, check for any pedal judder or sponginess that might suggest issues with the brake discs or fluid. Furthermore, monitor the engine for any unusual idling or hesitation, as long-term stationary periods can affect the condition of fuel and engine oils. Any signs of fluid weeping from the engine or gearbox should be investigated, as the lack of regular operational heat can sometimes mask or exacerbate slow leaks.