Everyday air mobility.

One of the most exciting things to happen to the mobility industry since the invention of the automobile.

An urban air mobility system, born out of the global need for cleaner, safer, sustainable solutions.

Developed by Alaka’i Technologies, a pioneer in hydrogen powered mobility solutions, Skai is the first hydrogen powered eVTOL (electric vertical take off and landing) vehicle and service designed to go from A to Anywhere.

We were challenged to design a premium vehicle experience that goes beyond just the end user and delves deep into the entire vehicle infrastructure ecosystem. A new form of transportation that is easy to love but also simple to produce and implement into existing systems and structures.

Detail shot of Skai seating.

Designed to be naturally efficient, down to the last detail.

Skai is able to leverage items including drag and gravity to improve and enhance its performance and overall experience, because it is designed to deal with physics in the same efficient and ingenious ways as nature does.

Exterior of the Skai aircraft.

Skai is not a bird, a plane, or an aircraft. It’s a completely new vehicle category.
Skai Global hydrogen-powered aircraft concept

The entire vehicle concept was designed from the inside out, starting with a blank canvas. A physical mock up enhanced with VR capabilities allowed us to explore and evaluate multiple vehicle configurations quickly and thoroughly and experience mobility at height. That is how we were able to identify a solution that is unique to aviation and an experience that is unique to any form of consumer transportation.

Designworks, together with Skai, worked on an initial prototype of an app to be implemented with the future Skai Cab service. Designed to create an easy, user friendly experience, the prototype simulates the ability to hail a Skai vehicle in the local area, input the required destination and style of travel. With a choice between the air-pooling feature – to ride with others at a reduced cost – or reserving the entire vehicle, the app will indicate a nearby location where the vehicle will meet the user, before taking them to their destination in a seamless and enjoyable trip. Built for the most simple, natural and human focused experience.

  • The seating is arranged in a delta configuration, which is a designer’s way of saying there are no bad or good seats, just great ones. Skai can carry 4 passengers with an onboard pilot, or 5 passengers with autonomous control or using a ground-based pilot. The unique floor lighting showcases the passenger leg stretch areas. Other integrated features include a device charger, personal lighting options, and a tray table incorporated into the seating area.
  • Close up of Skai seating headrest.
    Inviting, yet simple lightweight cabin trim, meeting all FAA regulations and safety requirements. The color and material selection reflects a sporty interpretation of luxury vehicle interiors. The seat design accommodates helicopter safety specifications, including 4 point seat belts and shock mounted collapsing frame.
  • Front view of Skai aircraft with lights on.
    There is an adjustable command center for the piloted version with redundant controllers and high visibility. The autonomous point to point flight is already technologically included and ready to be used once the industry is ready for the legal allowance of autonomous aircraft.
  • Screenshot of Skai VR design experience.
    As part of the design process, Virtual Reality allows users to be fully immersed in the flight experience.