The Kia EV2 Concept

Embodies the spirit of innovation and adventure

The Concept EV2 represents the next step in Kia’s electric vehicle journey. Designed for active urban

lifestyles and exciting UK city exploration, it features advanced connected technology, spacious dimensions,

multi-configurable interior, and innovative rear-hinged back doors. All despite being our smallest EV yet.

The Concept EV2 is instantly recognisable as part of Kia’s electric range. Its exterior

combines a clean design with bold detailing, a technical face framed by vertical

daytime running lights (DRLs) on the front, creating a modern and dynamic look.

Kia's Star Map signature lighting, with its uncovered open-lamp design, adds a

distinctive and futuristic edge.

Inside, the Concept EV2 has been designed to suit demands of busy urban lifestyles.

Sustainable materials and a vibrant design create a cabin that feels both practical

and uplifting. Although it is the smallest member of Kia’s electric range, the

Concept EV2 projects a big personality. Its unique, adaptable interior and multi-

configurable seating make it surprisingly versatile and comfortable retreat from

the pace of city living.

Accessibility is the EV2 Concept’s standout feature. With no central pillar and rear-

hinged back doors, it offers a wide, open entry point and improved accessibility.

When the rear bench is folded away, the front seats can slide back to transform

the cabin into a relaxed, lounge-like space. An ideal space for winding down that

makes connect with the outdoors easier.

From the side, EV2 Concept’s projects a strong, solid stance, featuring a spacious

cabin, that enhances its premium appeal. The upright front profile flows into a

confident rear section, defined by a taut shoulder line. Robust fenders and

geometric glass details and wheel arches add technical sophistication while

emphasising the vehicle's dynamic character.

Legal Disclaimer

EV2 Concept imagery is for illustration purposes only and will differ from the final production model.