2022 Subaru XV I SE E Boxer AWD CVT 2.0L Hybrid electric (clean) · FN72 HSY

With only a single recorded DVSA test on file from September 2025 and a completely clean pass free of advisories or defects, this Subaru XV presents an exceptionally sparse but unblemished roadworthiness history. The absence of any flagged items at the most recent examination suggests that, at the time of testing, all safety-relevant systems including brakes, suspension, lighting, exhaust emissions, and structural integrity were within specification. For a prospective buyer, this translates to a vehicle with no documented MOT drag from corrosion, wear items, or recurring component issues. The single clean pass is encouraging but should be viewed in context: a four-year-old car registered in 2022 should logically have more MOT history available, which means the vehicle either entered MOT testing only recently or the prior tests were not captured in the DVSA record. Either way, there is no failing history or pattern of advisory accumulation to raise concerns at this stage. Against an age of approximately four years, the recorded 38,875 miles equates to an annual accumulation rate of around 9,719 miles, which sits broadly in line with typical UK average usage. This is neither the kind of low-mileage profile that raises immediate red flags about dried seals, stagnating fluids, and corroded brake components from extended standing, nor does it represent the high-mileage end of the spectrum where clutches, CV joints, and suspension bushes would typically show accelerated wear. The mileage progression appears steady and proportionate, suggesting the vehicle has been used as intended rather than subjected to either extreme short-trip commuting or long-distance motorway cruising exclusively. The Subaru XV e-Boxer is a mild hybrid with a non-turbocharged flat-four petrol engine paired to a Lineartronic CVT and symmetrical all-wheel drive, and this moderate annual mileage should be sufficient to keep mechanical components properly lubricated and exercised without inducing premature wear. For a prospective buyer, the lack of historical advisories means there are no specific components flagged in prior MOT records to investigate more closely during inspection. However, given the typical mechanical characteristics of this generation of Subaru XV, a thorough test drive and physical inspection should still focus on areas commonly prone to wear on AWD vehicles with moderate mileage. Listen for any clonks or knocking from the rear suspension over uneven surfaces, as the XV's multi-link rear arrangement is known to develop wear in the trailing arm bushes and lateral link components, which can manifest as imprecise handling and rear-end instability under load. Pay particular attention to the behaviour of the CVT during acceleration; any juddering, slipping, or excessive engine revving without proportional speed increase would warrant immediate specialist attention, as Lineartronic units can suffer from internal wear or hydraulic pressure issues if the fluid has not been changed at the recommended intervals. During the test drive, also evaluate the operation of the symmetrical all-wheel-drive system by gently accelerating through a series of bends to feel for any binding, vibration, or torque steer, which could indicate drivetrain misalignment or differential wear. Inspect the underside of the vehicle, particularly the floor pans, rear subframe mounting points, and suspension linkages, for any surface corrosion that might be developing beneath the visible MOT inspection zones. Check the condition of the brake discs and pads through the wheels, as front discs on a 38,000-mile AWD vehicle may be approaching their second set if the vehicle has seen significant urban use. Finally, verify that the e-Boxer hybrid system is functioning correctly; the mild hybrid assistance should provide a small but noticeable reduction in engine load during low-speed take-off, and any warning lights on the dashboard or absent hybrid operation would suggest a fault in the battery pack, inverter, or associated control systems that warrants a diagnostic scan before purchase.