Home » Research » NOAA Drops an Area-I Altius 600 Drone Into the Eye of Hurricane Ian

NOAA Drops an Area-I Altius 600 Drone Into the Eye of Hurricane Ian

An Altius drone in the sky
An Altius drone, manufactured by Area-I, helps NOAA better track and understand hurricane patterns, forces, and behaviors. [Photo copyright and courtesy Area-I]

When most people learn a hurricane is headed their way, they grab what they can and hurry to get out of the way. Dr. Jun Zhang (University of Miami CIMAS, NOAA AOML), Dr. Josh Wadler (Embry-Riddle Aeronautical University), and lead meteorologist, emerging technologies, Dr. Joe Cione (NOAA AOML), aren’t most people.

Three hurricane researchers in front of a plane

Hurricane researchers Jun Zhang (University of Miami CIMAS, NOAA AOML), Josh Wadler (Embry-Riddle Aeronautical University), and Joe Cione (NOAA AOML) after their successful launch of the Area-I Altius 600 uncrewed aircraft system. [Photo Credit: NOAA/AOML]

They’re part of the team from the U.S.’s National Oceanographic and Atmospheric Administration’s (NOAA’s) Atlantic Oceanographic and Meteorological Laboratory (AOML) that set a course for Hurricane Ian (a category 4 hurricane with winds up to 155 mph (nearly 250 km/ph). They flew onboard NOAA’s WP-3D Orion, one of two Lockheed-designed and built “Hurricane Hunter” aircraft in the agency’s fleet.

The mission: launch an Altius 600 uncrewed aircraft into the hurricane to understand how these massive, disruptive weather conditions develop and evolve and use that information to better protect life and property from the destructive effects, such as high velocity winds, can produce. The data will help NOAA better comprehend the processes – dynamical and thermodynamical – between the lower atmosphere and the upper ocean.

Developed and manufactured by Area I, the Altius (air-launched, tube-integrated, unmanned system) 600 weighs 27 pounds (12.25 kg), has a 7-lb. (3.17 kg) payload capacity, and utilizes dropsondes, instruments which use sound to measure and test physical conditions. Traveling at about 100 mph (about 160 km/ph), Altius has a range of about 275 (about 440 km) miles and can remain airborne for about 4 hours.

The hurricane hunters recon missions – ‘in situ’ as they say – are typically 7-9 hours in duration. It offers the scientists information about wind speeds and the hurricane’s track in order to best predict its path. After completing its mission, while the Altius can be guided to land on any flat terrain, that’s not a possibility for these NOAA concept of operations (conops) inasmuch as there is no flat surface within hundreds of miles, not to mention the 30-50 foot (about 9-15 meters) waves below, the sea salt, or the 100-200 mph (~160-320 km/h) winds whipping about during their missions.

The data they gathered from Ian’s late September/early October 2022 weather event will then be used to forecast future cyclones and hurricanes. By November 2022, Tropical Depression Nicole had evolved into a Category 1 Hurricane, again striking the Florida coast. The data gathered from Ian and other storms will be analyzed, assimilated, and then used to help protect life and property from the inevitable – future high-impact weather events.


Dave Clarke

Dave Clarke is a California-based writer who is fascinated by the way technology changes our lives.