2022 Hyundai Ioniq 5 Ultimate EV 4X4 Electric · PJ22 CPY

A flawless initial statutory compliance record defines this all-electric four-wheel-drive platform, reflecting a consistent two-year history of uninterrupted roadworthiness. The vehicle secured a clean pass with zero defects recorded on fifth of February two thousand and twenty-six, perfectly mirroring the faultless outcome of its preceding annual test in February two thousand and twenty-five. This stable performance indicates that the primary high-voltage systems, lighting arrays, braking apparatus, and structural load-bearing points met baseline regulatory thresholds during both mandatory inspections. With forty-two thousand eight hundred and ninety-two miles accumulated over approximately four years of operation, the odometer registers an average annual rate of roughly ten thousand seven hundred miles, which aligns closely with standard multi-use driving profiles. This sustained operational cadence avoids the detrimental mechanical consequences associated with prolonged sedentary storage or excessive high-mileage commercial duty. The steady accumulation of distance suggests that the vehicle has been driven regularly, allowing high-voltage battery management systems, thermal units, and onboard electronics to function through normal thermal cycles without extended periods of inactivity. Given that no formal advisory items or component wear warnings have been logged across the testing history, a physical road test remains the primary method to verify the mechanical integrity of the chassis, steering geometry, and regenerative braking actuators. During the evaluation drive, prospective buyers should listen intently for any suspension clonks, rattles, or knocking noises originating from the front and rear axles when navigating rough road surfaces or speed humps, as heavy electric vehicles place substantial continuous loads on bushes, wishbones, and dampers. Furthermore, the dual-motor all-wheel-drive powertrain should be tested across various acceleration and deceleration phases to ensure smooth torque delivery without mechanical hesitation or drivetrain shudder. The transition between regenerative deceleration and conventional friction braking must be evaluated for pedal progression, freedom from vibration, and immediate responsiveness, ensuring that the high-voltage energy recovery and physical braking hardware operate in seamless unison.