Researchers from the University of Pennsylvania's Vijay Kumar Lab have developed a completely autonomous drone that can carry out aggressive stunts and maneuvers. While many drone hobbyists may have seen videos of drone stunts online (or conducted them personally,) drone stunts up until now have either been conducted with human control or with the help of external sensors guiding the robot. The Vijay Kumar Lab's drone is the first to carry out such stunts using only onboard sensing and computing.
In a video released by the UPenn lab, the drone successfully completes a series of stunts. The first set of stunts involves the drone flying through a small slalom course at various lengths and widths. The next series, and the more impressive of the two, has the drone squeezing through small window slits at various angles, even tilting itself a full 90 degrees successfully.
What Makes This Trend Stand Out
- Autonomous Stunt Drones
- The development of autonomous drones capable of performing aggressive maneuvers opens up opportunities for new forms of entertainment and aerial cinematography.
- Onboard Sensing and Computing
- Advancements in onboard sensing and computing technology enable drones to perform complex stunts without the need for external sensors or human control, creating possibilities for industries in security and inspection.
- Precision Aerial Navigation
- The ability of drones to navigate through small spaces with precision and agility creates opportunities for industries in search and rescue missions and delivery services.
Sectors Adopting This
- Entertainment
- The entertainment industry can leverage autonomous stunt drones to create immersive experiences and aerial shows that revolutionize the way audiences engage with live performances.
- Security
- The security industry can utilize autonomous drones with onboard sensing and computing to enhance surveillance capabilities and implement autonomous patrols in sensitive areas.
- Logistics
- The logistics industry can explore the use of precision aerial navigation drones for deliveries in urban settings, optimizing speed and efficiency while reducing traffic congestion.
