2025 Hyundai Kona Advance HEV S-A Hybrid electric (clean) · LU07 LSU

The provided vehicle’s official DVSA MOT history is entirely absent, meaning no prior test outcomes, defect records, or maintenance trends are available to assess. Without any historical data, there is no basis to evaluate whether the car has maintained a stable, worsening, or improving mechanical condition over time. The absence of an MOT record also implies that the vehicle has not undergone a mandatory roadworthiness inspection, which could raise concerns if the car has been in use for more than three years—though the 2025 model year is relatively new, leaving it under the three-year MOT exemption period. This lack of documentation should prompt the buyer to treat the vehicle with heightened scrutiny, particularly regarding potential hidden issues that may only surface during a thorough inspection or test drive. The lack of mileage data makes it impossible to determine the vehicle’s annual usage rate or whether it has accumulated miles at a reasonable pace. However, given the model’s hybrid electric powertrain and the Kona Advance’s typical range, a high-mileage accumulation could indicate either aggressive driving, frequent short trips (which may stress the battery and hybrid system), or potential neglect of fluid maintenance. Without known mileage, the buyer should assume the vehicle may have been driven at a moderate to low rate, but this is speculative. If the car has been used sparingly, the hybrid components—particularly the battery management system, inverter, and regenerative braking components—could still be under stress from repeated charging cycles, especially in cold conditions. Conversely, if mileage is unexpectedly high, the hybrid system’s efficiency and the battery’s longevity may be under greater scrutiny, warranting checks for electrical gremlins or thermal degradation. Given the absence of an MOT history, the buyer should conduct a meticulous physical inspection to address critical roadworthiness and longevity concerns. First, examine the tyres for sidewall cracking, perishing, or uneven wear patterns, which could indicate poor alignment, suspension issues, or excessive load. The Kona Advance’s suspension system, including coil springs, shock absorbers, and suspension bushes, should be checked for excessive play, clunking noises during cornering or over bumps, or signs of wear such as bulging or leaking fluid. Inspect the exhaust system for leaks, corrosion, or structural integrity, as emissions-related failures are common in older hybrid systems. The brake system should be thoroughly examined for binding calipers, corrosion on discs or pads, or a spongy or pulsating brake pedal, which could signal warped discs or hydraulic issues. For the hybrid-specific components, the battery and electrical system warrant particular attention. Check the 12V battery for signs of corrosion at terminals, a slow discharge when parked, or difficulty cranking the engine. The hybrid battery pack should be inspected for physical damage, swelling, or leaks, though this is less common in modern hybrids unless there has been a crash or severe abuse. The test drive should include monitoring for unusual electrical whining, clicking sounds from the hybrid inverter, or a loss of power during acceleration, which could indicate failing sensors or wiring. Additionally, the fluid levels—brake fluid, coolant, and hybrid-specific fluids—should be checked for degradation, as hybrid systems rely on precise fluid management. Finally, verify that the service book or dealer records (if available) confirm the hybrid battery’s warranty status and any scheduled maintenance for the inverter or other hybrid components, which may extend beyond the standard MOT intervals. If no service history is present, the buyer should prioritise a professional diagnostic check to assess the hybrid system’s health before proceeding with purchase.