2026 Hyundai Santa FE Calligraphy Phev Auto 1.6L Hybrid electric · CF75 YMY

The official DVSA MOT history for this 2026 Hyundai Santa Fe Calligraphy PHEV is entirely absent, which reflects the fact that the vehicle is currently within its first registration year and is not yet legally required to undergo MOT testing until its third anniversary of registration. Because no test data exists, it is not possible to draw any conclusions about a maintenance trend, whether stable, improving, or deteriorating. The absence of MOT records should not be interpreted as an indicator of condition in either direction, but rather as a neutral baseline against which future test results can later be compared. Prospective buyers should therefore weigh any available Hyundai main dealer or specialist service history more heavily than they ordinarily would for an older vehicle. Recorded mileage for this Santa Fe is not available, so it is not possible to calculate an annual usage rate or to identify any significant gaps or periods of unusually rapid accumulation. Given that the vehicle is registered as a 2026 model and today is September 2026, the car is very recent and likely has either delivery mileage or only a small amount of use since registration. For a plug-in hybrid of this type, low early mileage is not unusual and carries particular implications worth noting: high-voltage battery health is best maintained by regular use rather than prolonged standing, and the combustion engine and its associated ancillaries may have only completed a light running-in cycle. Conversely, very low mileage can also raise concerns around stagnant brake fluid, stale coolant, degraded 12V auxiliary battery condition, and potential brake disc corrosion or caliper binding from standing. As no MOT defects or advisories have been recorded, there is no specific defect history to investigate, and buyer guidance must focus instead on the practical physical checks appropriate to a near-new plug-in hybrid with minimal service history. On inspection, the tyres should be examined for even wear across the axle, but special attention should be paid to sidewall condition, as tyres fitted at the factory can suffer perishing and cracking from age even when tread depth remains adequate; the production date code on the sidewall should be checked and any tyre older than five years avoided. The 12V auxiliary battery, which powers the hybrid system control electronics and is independent of the high-voltage traction pack, should be load-tested, as low-mileage vehicles are particularly prone to premature auxiliary battery failure. The brake calipers and handbrake mechanism should be exercised to confirm smooth operation and freedom of movement, given the likelihood of standing. The high-voltage traction battery, charging system, and hybrid powertrain require specific verification. The vehicle should be plugged into both a domestic mains supply and, if possible, a dedicated home wallbox or public fast charger to confirm normal charging behaviour, indicated range restoration, and absence of fault messages on the driver information display. All dashboard warning lamps should illuminate during ignition and extinguish cleanly during the system boot sequence, with particular attention to any hybrid system, regen braking, or emissions related warnings. Fluid conditions should be inspected regardless of recorded mileage: brake fluid is hygroscopic and typically requires replacement on a calendar basis rather than purely by mileage, engine oil should be checked for clarity and level even on a nearly new car, and the coolant expansion tank should show clean fluid at the correct level with no signs of aeration. Finally, confirm that the vehicle identification numbers, charging cable accessories, and any remaining manufacturer warranty documentation are present and consistent, as the factory warranty and the separate high-voltage battery warranty are material value considerations for any prospective purchaser.