2022 Nissan X-Trail Tekna E-4ORCE Auto 1.5L Hybrid electric (clean) · DP72 HCF

The vehicle's most recent DVSA MOT test, conducted on 18 November 2025, resulted in a clean pass with no defects or advisories recorded against the vehicle. While a single passing entry without any advisories is a positive signal, it represents a relatively limited dataset from which to extrapolate a long-term maintenance trend. A prospective buyer should note that the absence of recorded advisories in this single test does not guarantee the mechanical condition of serviceable components such as brake pads, discs, tyres, or the high-voltage battery system, as MOT testing does not cover these wear items comprehensively until they reach specific failure thresholds. The clean record is reassuring, but should be considered alongside other evidence of maintenance, including service book stamps and invoice history. With approximately 57,560 miles recorded over four years, this X-Trail is accumulating mileage at a rate of around 14,390 miles annually, which is notably higher than the UK national average and categorises the vehicle as high-mileage for its age. High annual mileage typically accelerates wear on consumable and mechanical components, including the dual electric powertrain specific to the e-4orce variant, friction materials, suspension components, and tyres. However, consistent high usage often correlates with regular motorway running, which can be less arduous on components such as brakes and clutches than repeated urban stop-start driving. The absence of mileage gaps in the data suggests the vehicle has been in continuous use rather than left standing for extended periods, which generally benefits mechanical seals, battery health, and fluid longevity. Given the clean MOT record and the high annual mileage, physical inspection should focus on the wear-sensitive items that fall outside MOT scope. The e-4orce system features an all-wheel-drive drivetrain with twin electric motors, and the buyer should verify the proper functioning of the regenerative braking function and check for any warning messages on the driver information display. Brake discs and pads should be physically inspected for wear depth, as high mileage will have consumed significant friction material, and the discs should be checked for lipping or scoring. The hybrid system battery health should be assessed, and a diagnostic scan for stored fault codes in the powertrain control modules is advisable to confirm the integrity of the high-voltage system and associated cooling components. Tyre condition warrants careful scrutiny, particularly given the vehicle's all-wheel-drive configuration, which typically requires all four tyres to be of matching brand, size, and tread depth to prevent drivetrain strain. Even if the MOT did not flag the tyres, sidewall perishing and uneven wear patterns across the axle can indicate alignment issues, suspension wear, or torque steer from the electric drivetrain. The suspension should be examined for worn bushes, struts, and coil springs, as high mileage over four years on British roads will stress these components. Fluid services should be verified regardless of mileage concerns, including the engine oil and filter replacement schedule, brake fluid replacement typically required every two years, and the condition of the coolant and gearbox lubricants. Finally, verifying the 12-volt auxiliary battery state of health and confirming the high-voltage battery thermal management system is functioning correctly will be essential to ensuring the long-term reliability of this electrified powertrain.