Problem

I was tasked with designing an interface for a connected smart helmet and spatial computing multimodal interface for a VTOL personal flying device. The challenge was to create an autonomous vertical take-off, landing, and transitions to and from horizontal flight while providing a safe and thrilling personal mobility experience. The design specs required the interface communication to be both visual, audible, VUI, and interfaced directly with the physical environment leveraging LIDAR and AI technologies.

The biggest challenge was to ensure that the interface would provide a seamless user experience while ensuring safety at all times. We had to consider various factors such as weather conditions, terrain, altitude, speed, and other environmental factors that could affect the user's safety during flight. Additionally, we had to ensure that the interface was easy to use so that users could focus on enjoying their flying experience without worrying about complicated controls.

Learn more about the rFlight solution here.

Solution

To address these challenges, we designed an intuitive interface that leveraged LIDAR and AI technologies to provide real-time information about the user's surroundings. The interface provided both visual and audible feedback to ensure that users were aware of any potential hazards during flight. We also included voice commands so that users could control their device hands-free.

We also implemented an autonomous system that allowed for seamless transitions between vertical take-off, landing, and horizontal flight modes. This ensured that users could enjoy their flying experience without worrying about complicated controls or sudden changes in direction.

"Our interface design has had an incredible impact on the future perspective of the personal mobility industry, providing future users with a safe and thrilling flying experience while navigating complicated environments in both urban and rural settings."

Team

Team Member #1 - UX Designer
- Designed the intuitive interface that leveraged LIDAR and AI technologies to provide real-time information about the user's surroundings.
- Included voice commands so that users could control their device hands-free.
Team Member #2 - Software Engineer
- Implemented an autonomous system that allowed for seamless transitions between vertical take-off, landing, and horizontal flight modes.
- Leveraged LIDAR and AI technologies to provide real-time information about the user's surroundings.

AR: Smart Helmet Interface for VTOL Flying Device