Applied Aeronautics

Applied Aeronautics

Company type	Private
Industry	Aerospace, Unmanned aerial vehicles
Founded	2014
Founder	Ryan Johnston, Justin Martin
Headquarters	Austin , United States
Area served	Worldwide
Key people	Meg Annand (Operations)
Products	Drones, UAVs (notably the Albatross UAV)

Applied Aeronautics is a commercial drone manufacturer established in 2014, with its headquarters located in Austin, Texas. The company specializes in producing cost-effective drones and related equipment tailored for both commercial enterprises and government agencies. Their leading product, the Albatross, is an electric, fixed-wing UAV engineered for extended range and diverse operational uses.

History

Ryan Johnston and Justin Martin founded Applied Aeronautics with the goal of creating a UAV platform that bridges the gap between inexpensive, delicate hobbyist drones and costly professional-grade systems. In 2015, Meg Annand joined the team to oversee operations. The company's objective was to serve the market niche offering a practical and budget-friendly solution for end users.

When introduced in 2014, their UAV platform was priced at approximately one-tenth of similar competing models while delivering comparable durability and capabilities.

Albatross UAV

The Albatross is designed with a pusher-prop configuration and an inverted V-tail, featuring a wingspan and a carbon fiber airframe. Its design bears similarity to the military RQ-7 Shadow drone but is available for under US$2,000. Optional equipment includes a ground control station, transport case, encrypted real-time HD video transmission, and multiple camera options.

Notable specifications:

• Wingspan:
• Maximum takeoff weight (MTOW):
• Payload capacity: 2–4 kg (dependent on battery)
• Mission planning software: QGround Control
• Flight endurance: 2–5 hours (battery dependent)
• Operational range: (battery dependent)
• Cruising velocity:
• Maximum velocity:
• Launch methods: (runway, unpaved road, catapult)
• Glide ratio: 28:1 - 30:1
• Center of gravity location: 85–95 mm from root leading edge
• Payload configurations: NDVI, RGB, Thermal imaging, EO/IR sensors, HD Video (interchangeable)

Reception

Applied Aeronautics' drones are deployed in over 50 countries worldwide across every continent. Their applications span sectors such as disaster management, search and rescue, pipeline inspection, precision farming, natural resource monitoring, insurance assessments, education, environmental conservation, mining operations, and public safety. Among their clientele are prominent entities including NASA.

In 2019, the University of El Paso's NASA MIRO Center for Space Exploration and Research adopted the Albatross UAV to pioneer the first county-level low-altitude UAS Traffic Management (UTM) system within the United States.

Partnerships

In 2022, Applied Aeronautics collaborated with Cambium based in Mojave, California to develop highly survivable group 1, 2, and 3 UAS tailored for military and commercial sectors. These drones incorporate defenses against fire and laser threats.

That year also saw the selection of the Albatross UAV by the University of North Dakota, Embry Riddle Aeronautical University, and Kansas University as a testing platform for UAS right-of-way studies under the FAA-funded ASSURE initiative.

In July 2024, Boeing deployed four Applied Aeronautics Albatross fixed-wing UAVs at Wales' Snowdonia Aerospace Centre. Boeing integrated its autonomy software with the drones' multispectral machine vision and sophisticated algorithms to enable autonomous swarm coordination for detecting and disrupting hostile radio frequencies as part of an Air-Launched Effect system.

Approvals

• Since June 1, 2019, the Albatross UAV has held commercial operation certification from Transport Canada.
• In March 2019, SkyQraft conducted flights with the Albatross UAV under Sweden's inaugural drone license permitting BVLOS (beyond visual line of sight) missions.
• The FAA granted approval in November 2019 for the Albatross UAV to perform the first BVLOS flight without relying on ground radar or a visual observer, a significant achievement realized through Iris Automation's Casia detect-and-avoid technology in collaboration with Kansas State DOT.
• Applied Aeronautics confirmed in 2022 that the Albatross UAV meets the requirements of US NDAA Section 848.