Aira: Commuting Through The Skies
Aira is an on-demand, autonomous, passenger drone service. The Aira app will allows users to book electronic vertical take off and landing (eVTOL) vehicles, and provides clear multi-modal booking and navigational features to seamlessly guide users to vertiports and their final destination.
Perrin Anto Jones / Jodie Clothier
User Researcher, UX/UI Designer, Interaction Designer and Product Manager
Marvel, Abstract, Sketch, Adobe Illustrator, Invision, Principle, After Effects, Framer, Mapbox
OVERVIEW OF PROCESS
DESIGN PROCESS AND CONCEPT VIDEO
OVERVIEW OF PROCESS
FULL PROCESS PORTFOLIO SECTION COMING SOON
Implementing all the insights from our user testing, we created 10 iterations of our screens. With our low-fidelity prototypes, our main focus was the information architecture and user flow. As we narrowed down into high fidelity, we iterated the visual layout and interaction models. In each iteration, we were able to better decide the amount of information to provide users paired with the most streamlined decision making flow.
FINAL DESIGN & FLOW
Aira was built to meet user needs and address current pain points with transit. Using a holistic and iterative design process, we were able to narrow our design down to the critical features. We've used Principle, After Effects, and Framer to demonstrate some of the functionality.
Multi-Modal Trip Selection
Want to get home with the fastest transit option? We speak your language. Transit destinations and route options broken down in an easy to read manner.
Trip Overview & Directions
Your trip at your fingertips. Browse through the legs of your trip, find additional directions and options, and customise how you want your navigation experience.
Ever get lost trying to figure which direction to turn? We’ve designed a more intuitive compass navigation system that clearly points you in the direction of your path.
End of Trip & Comparisons
Finish your trip with more transparency. We empower the users with opportunities for feedback and upfront comparisons of time saved over other modes of transit.