In terms of appearance, Changan UNI-KiDD still continues the futuristic and technological appearance design of Changan UNI-K in terms of appearance. The original borderless grille design style of the UNI series is eye-catching, and the hexagonal matrix created by parametric techniques extends from the perimeter of the logo to the surrounding area to present a sense of future technology. The floating satellite surround LED headlamp adopts the top ultra-thin high and low beam lenses, with super light gathering ability, with intelligent high and low beam adjustment and flowing water effect, which is full of advanced future science and technology. The hidden door handles on the side of the body are integrated with the body, showing the dynamics and tension of the curved surface of the body; The right speed and appropriate damping, combined with soft ambient lighting, show the beauty of Changan UNI-KiDD's details and quality; The black and red closed window at the rear of the car is the personality of the tail lights, the decoration at the corner of the eyes of the lights shows the personality side, and the upturned tail posture is also very similar to a certain attitude of young people, full of expectations and passion for the future.
In terms of interior, the interior of Changan UNI-KiDD also brings users a futuristic sense of science and technology in the smart cockpit, with a 3+1 quadruple screen interactive layout, super-continuous Mobius dual-screen interaction, powerful and convenient operation, bringing users an imaginative visual and interactive evolution experience. The IMS intelligent cockpit interaction system has FACE ID super account and linkage adjustment function, exclusive greeting when getting into the car, automatic air change for smoking detection, bright screen for sight and cockpit global gesture interaction system, so that long-distance driving is no longer lonely, lonely and cold; iFLYTEK's latest language interaction system can realize human-machine multi-dimensional dialogue, context recognition, cross-scene recognition, and human-machine communication without being boring. Using mature AR real-time rendering technology, the real scene is captured through the camera and loaded into the map navigation, improving the accuracy and convenience of navigation.