Very Big Things client, Certify-ED, wanted to make a successful online drone pilot certification training course that was accessible and advanced enough to prepare students for the aeronautical knowledge test that is a requirement to earn a Remote Pilot Certificate from the Federal Aviation Administration (FAA). DroneVR is the first web-based VR flight simulator with real-world physics that’s fully immersive, yet accessible through the web browser on a desktop and the browser on a VR headset. Immersed in the VR environment, users learn to operate a drone in a variety of conditions and urban areas, completing search and rescue missions, reconnaissance, and inspections of large structures.
We set off to create a pleasing experience but were cautious not to distract from the primary goal of the simulation. We started with sketches, which helped simplify objects to their basics. Scalable shapes like the hexagon made an appearance early on, bringing ideas to life. We balanced those core shapes with the mood of the '80s as it reflected a sense of color, energy, and life. Our prototypes consisted of early 3D modeling, paper crafting, photo compositing, and music pairings. Our concepts evolved throughout the project - usually due to tech constraints - as we were in uncharted waters. By keeping our goal clear, we never had to compromise with what we were ultimately building.
Our technical approach was influenced by creating an experience that was fun, educational, technologically advanced, and accessible through a web browser. DroneVR is the first web-based virtual reality flight simulator, so it’s not something that has been done in the past, which is why this is such a huge technical breakthrough. We designed DroneVR to include a point system, levels and milestones. The gamification and entertainment aspects had to appeal to high schools and vocational school students. The simulation needed to take students through multiple degrees of difficulty as the individuals were required to learn the safety requirements for accurately piloting a drone.
To bring this real-world physics virtual reality experience to a wide array of users, we used WebGL, a JavaScript API that renders 3D graphics within any compatible web browser without using plug-ins. The engine includes the effects of turbulence around objects, wind shear, altitude and temperature. All of this is set within a detailed recreation of the city of San Francisco. For UI/UX we used Sketch and InVision.
Our clients are known for being a progressive organization willing to push the boundaries to achieve their goal of "education through technology". With that in mind, we were free to explore a fair bit outside of the client's brand to achieve a unique look for the DroneVR simulation's benefit. Doing so helped us focus on our creative ideas and tech capabilities to create a virtual world that felt new and focused on education through perceived experience.
The final product was exactly what we hoped it would be: a fantastic user experience backed by ground-breaking technology. We believe in making quality educational experiences accessible to anyone via a web browser and a basic computer. DroneVR aims to pave the way for individuals in schools – particularly non-traditional schools and vocational programs – to access learning opportunities previously restricted to a small section of the population. This was a huge win for us all around.
We couldn’t be more excited for what is to come and the opportunities we’ll be presented with to create absurdly great digital products. We’re in a very interesting time right now where we’re seeing digital transformation across a variety of industries. We’re seeing how much our expertise is needed in today’s market, and we look forward to creating digital products that make a strong impact in sectors such as education, healthcare, and anything tele related.
