First Responder pilots across the country are starting to discover the power of drone autonomy, finding that it helps them complete a broader range of missions more safely and confidently than traditional drones that require heavy training to try to minimize the risk of crashes associated with completely manual operations.
Being a Part 107 pilot shouldn’t be so hard. With today’s manual drones, pilots have found themselves shackled to solutions that are hard to fly and easy to crash.
Drones are critical situational awareness tools for organic unit-level ISR, but legacy manual drones are difficult to fly and easy to crash. Skydio X2D™ is Skydio’s latest AI-powered autonomous drone designed from the ground up for defense applications.
On this episode, host Grant Guillot sat down with leaders of the largest American drone manufacturer, Skydio. The CEO and Founder, Adam Bry, and the Head of Regulatory Affairs and Public Policy, Brendan Groves, joined the show to discuss the major announcements regarding the X2 line of enterprise drones and what that means for autonomous drones in the commercial and public safety segments.
View our on-demand webinar to learn how Skydio’s autonomous drone solutions provide a tactical edge to our armed forces by enabling the easiest and safest flight experience, so that soldiers can focus on the mission and the fight, instead of wasting cognitive load on the flight.
We are excited to be part of DIU’s Blue sUAS program, and continue to strengthen our position as America’s leading drone provider in Defense and the Public Sector.
Drones have become valuable situational awareness tools for first responders completing search and rescue, hostile situation de-escalation, and a host of other missions. However, manually piloted drones still require heavy training and impose a high cognitive load on first responders that should be otherwise focused on the mission at hand.
Looking to build and scale a drone inspection program? Learn how Skydio can make your program safer, more effective, and more efficient.