2024 Audi Q5 SLN BLK ED 50TFSI E Quat SA Hybrid electric (clean) · YS24 NUK

Operating well within its initial three-year statutory exemption period since first registration in 2024, this Audi Q5 has no official DVSA MOT history on record. The complete absence of government inspection data is a direct consequence of the vehicle's young age rather than an indicator of non-compliance, meaning there are no recorded historical failure points, corrosion notices, or advisory trends to analyze. Consequently, prospective buyers must recognize that the vehicle's roadworthiness profile cannot be established through official testing records, shifting the entire burden of verification onto independent mechanical inspections and manufacturer maintenance documentation. Because the vehicle has not yet undergone a mandatory inspection, there are no official odometer readings available to evaluate annual mileage accumulation or usage patterns. For a modern plug-in hybrid SUV, verifying physical mileage and operational history is critical, as distance covered impacts both the internal combustion engine and the high-voltage electrical architecture. Buyers should meticulously verify the recorded odometer reading against digital Audi main dealer service records, key-fob data, and onboard diagnostic ECU logs to ensure that routine servicing, high-voltage battery health checks, and dual-clutch transmission maintenance have been carried out strictly according to the manufacturer's time and distance intervals. Given the substantial kerb weight of a four-wheel-drive plug-in hybrid SUV, mechanical evaluation must focus heavily on the chassis, braking, and suspension systems. During a physical inspection, pay close attention to the multi-link front and rear suspension assemblies, inspecting the rubber bushes, ball joints, and coil springs for premature wear or stress cracking. On a road test, listen carefully for dull thuds or metallic knocking sounds when traversing speed bumps or uneven road surfaces, and feel for any wandering or instability under steering loads that would indicate worn control arm bushes or tracking misalignment. The braking system requires equal scrutiny due to the complex interaction between mechanical friction brakes and regenerative braking systems. Inspect the front and rear brake discs for lip formation, scoring, or uneven surface corrosion, which can develop if the vehicle relies heavily on motor regeneration rather than hydraulic pad contact. On the test drive, assess pedal feel for a smooth, progressive transition between electrical retardation and mechanical clamping, watching for judder, excessive travel, or a pulling sensation to one side. Additionally, check the underside of the vehicle for any signs of tray impact damage, fluid weeping around the transfer box or cooling circuits, and verify that the high-voltage charging port latch operates cleanly without fault codes displayed on the dashboard.