As the use of civilian, commercial, and military drones expand, media coverage of the technology is rapidly increasing. While media often uses the terms “unmanned aerial vehicle” (UAV), “unmanned aircraft system” (UAS), and “autonomous drone” interchangeably, there are meaningful differences.
Since the commercial drone market is projected to reach $13 billion by 2025, we believe it’s important to clarify the definition of each term.
What Is an Unmanned Aerial Vehicle (UAV)?
“UAV” refers specifically to aircraft that can be remotely piloted without requiring a human on-board to fly. While this term can be used accurately to describe drones in commercial or civilian use cases, it is most commonly used in reference to military applications.
The Predator XP is a great example of a UAV. It was manufactured by General Atomics Aeronautical Systems and was designed for use by United States Air Force and Central Intelligence Agency to complete aerial reconnaissance and surveillance missions. The Predator XP, equipped with cameras, sensors, and munitions is also referred to as a remotely piloted aircraft (RPA).
Example of UAV Technology
(via ASD News)
What is an Unmanned Aircraft Systems (UAS)?
“Unmanned aircraft systems” refers to the entire system required for advanced drone operations including the aircraft, ground control station, and communications system. UAS can either require a human pilot on the ground (such as the Atlas Pro) or be fully autonomous without need for a human operator (such as the Percepto Solution). Any UAS includes a UAV as the aircraft component of the system.
The U.S. government prefers the use of “UAS” when talking about drone technologies because it refers to the full system, not just the aircraft itself. UAS are most commonly used for surveying, mapping, inspection, and transportation of goods. However, many modern consumer products used for civilian tasks like filmmaking or racing, technically qualify as UAS.
One example of a UAS is the Percepto Solution, which includes a drone, a charging and maintenance base, and a cloud management system. Here’s how it works:
The Percepto Base enables the Sparrow drone to carry out missions without a pilot by providing shelter, in-air communications, a charging port, and regular checks for mechanical issues. The Percepto Cloud Management System communicates mission details and schedules, processes data, and alerts a human operator if intervention is needed within the system.
Example of UAS Technology
What is an Autonomous Drone?
The term “autonomous drone” describes a UAV that can operate without any human intervention. In other words, it can take off, carry out missions, and land completely autonomously.
An “autonomous drone” is a type of UAV, but a UAV is not necessarily an “autonomous drone”. In the case of autonomous drones, communications management software coordinates missions and pilots the aircraft instead of a human. Because an “autonomous drone” is piloted by software instead of a human, an autonomous drone is part of a UAS by definition, as it requires a complete system to operate.
Example of Autonomous Drone
The Sparrow I, manufactured by Percepto, is an example of an autonomous drone. It does not require an operator on the ground or in the air, so it can carry out 24/7, pre-scheduled missions powered by our PerceptoCore™ technology for aerial security, maintenance, and operations.
Explore Autonomous Drone Stations by Percepto
UAV and UAS manufacturers often promote their products as being “autonomous”, but without an autonomous drone station, a human pilot is still required on the ground, with the human pilot representing a major operational cost burden. Percepto’s autonomous drone stations eliminate the need for a human operator. Upon deployment, operational costs are little more than electricity, enabling 24/7 site surveillance, routine inspections of critical assets, and advanced modeling and forecasting of production.
Contact us today to find out how the Percepto Solution can work for your business.