Drones have transcended the label of hobbyist toy since their initial commercial availability in the mid-2000s. They are now a powerful tool for professionals in fields ranging from firefighting to biology.
A change of perspective can help solve problems and increase performance. This is what drones are made for. Drone technology over the years has improved to have more battery life, carry more weight and travel further distances. These improvements have pushed drones from recreational gadgets to necessary tools for many tasks.
Rescue professionals, in cases of missing people and natural disasters, are also using drones which allow them to search large areas of forest and mountain land looking for heat signatures from an aerial view. They also allow rescue agents to survey for the best route to access an area that may be inaccessible through normal means. These methods have reduced the time spent on these rescue missions while ensuring the rescuers’ safety.
While this information can make drones seem like they are no longer made as tools for entertainment or recreational flying, this sentiment could not be further from the truth. These advancements have also ushered in an era of drone racing and performances.
Improvements in the speed and agility of drones have led to the rise of drone racing, a new form of entertainment that allows pilots to test their skills by zooming through intricate courses. These drones can reach over 160 MPH (!!!) during these races.
Drones can also be used elegantly during complex visual performances, usually involving hundreds of drones equipped with LED lights. One of the most stunning performances was during the 2018 Winter Olympics, where over 1,200 drones were used to create a magical spectacle in the night sky.
All of these uses have led to universities taking an interest in the future of drones. From research to recreation, universities are trying to get this technology in the hands of students. While on a study abroad trip to Namibia, North Carolina State students used drones to observe ecosystems and animals up-close without disturbing their natural progressions.
Universities are also beginning to offer drones for checkout at their libraries. Campbell University and the University of South Florida allow students to borrow a drone. Both these universities are taking slightly different approaches to regulate drone usage. While both restrict the usage of drones on campus to educational purposes, Campbell is allowing students to check out the drones for 3 weeks at a time and encouraging them to fly off-campus. USF requires students to have a qualified reason to check out a drone.
The Edmon Low Creative Studios provides students with the ability to hone their flying skills through DJI’s simulation software in the virtual reality suite. The simulator uses a real drone controller and an advanced physics engine to provide legitimate practice controlling a drone. By piloting drones in a virtual space, students avoid the possibility of damaging expensive equipment, while still preparing them to pilot drones in the real world.
Drones will likely become more accessible on college campuses as new uses are developed. The future holds promises of instant package and pizza delivery by using drones. These ideas only scrape the surface of what can be accomplished using drones and some creativity. Let us know how you would like to see drones used at your work or college!
Post by Jacob Hinchey