2024 Volvo XC60 + T6 Recharge AWD Auto 2.0L Hybrid electric (clean) · YO73 ABV

A formal DVSA MOT test record is currently unavailable for this 2024 Volvo XC60 T6 Recharge AWD automatic, which is entirely consistent with UK roadworthiness regulations. Vehicles first registered within the preceding three years are not legally required to undergo an MOT test until they reach the end of their third registration year. As a relatively current model, this vehicle falls well within that exemption window, and the absence of any test history should not be construed as a cause for immediate concern or an indicator of mechanical neglect. Without prior test outcomes, advisories, or failure data to scrutinise, it is not possible to evaluate a maintenance trajectory, though the lack of recorded defects means there are no known recurring mechanical issues, structural advisories, or emissions concerns to factor into the assessment at this stage. Official mileage data has not been recorded in the available documentation, which makes it difficult to establish an accurate annual usage rate or to compare the vehicle against typical mileage expectations for a 2024 model. Given that it is a relatively new premium SUV, average annual mileage would generally be anticipated to fall within a standard range of roughly 8,000 to 12,000 miles per year, though substantial variance is common depending on whether the vehicle is used for commuting, long-distance touring, or predominantly urban errands. The low recorded mileage, or indeed the absence of mileage data, is particularly relevant for a plug-in hybrid powertrain such as the T6 Recharge, as prolonged low-mileage operation or extended periods of standing without regular charging cycles can place specific stress on the high-voltage battery, the 12V auxiliary battery, and the combustion engine components. Prospective buyers should therefore verify the mileage through the V5C registration document and any available Volvo main dealer or specialist service records. In the absence of MOT data, physical inspection becomes especially important, and particular attention should be directed towards items that deteriorate with calendar age rather than purely with mileage. Tyre sidewalls should be closely examined for perishing or cracking, particularly on vehicles that have been stored for extended periods, as even low-wear tyres can suffer compound degradation. The brake discs and calipers are likely to exhibit surface corrosion from standing, and it is important to confirm that the calipers are releasing correctly rather than binding, which would manifest as uneven tyre wear, a pulling sensation under braking, or excessive brake dust accumulation on one side. The 12V auxiliary battery, which is critical for powering the vehicle's electronic control units and initiating the high-voltage system, should be load-tested to verify its state of health, as batteries can degrade significantly within just two to three years if the vehicle has been used infrequently. Additional checks appropriate to this powertrain and age profile include verification of the high-voltage battery state of charge and any diagnostic trouble codes via a Volvo-compatible scan tool, as well as confirmation that all scheduled servicing, including the running-in service and any subsequent maintenance intervals, has been documented in the service book. Fluid conditions should not be overlooked; brake fluid is hygroscopic and degrades over time irrespective of mileage, so any service record should evidence a fluid change within the recommended calendar interval. The charging cable and any associated home wall-box infrastructure should be inspected for damage, and the vehicle should be test-driven with the powertrain operating in both pure electric and hybrid modes to verify smooth transitions, regenerative braking function, and absence of warning messages on the driver information display. A pre-purchase inspection by a Volvo main dealer or a qualified specialist with access to VIDA diagnostic software would be strongly advisable to ensure the integrity of the hybrid system and to provide a clear baseline assessment ahead of the first MOT due in 2027.