Next-generation uncrewed aircraft system lands at MSU flight lab
Contact: Chris Bryant
STARKVILLE, Miss.鈥擱aspet Flight Research Laboratory at 花秀直播 State is announcing the acquisition of the largest, most sophisticated uncrewed aircraft system in its fleet, further cementing the lab as a national leader in UAS exploration.
The newly designed, remotely piloted Teros鈥攚ith a nearly 40-foot wingspan and 600-pound payload鈥攑ositions Raspet as only the second entity in the world to secure this autonomous aircraft, according to the manufacturer. Raspet officials also are expected to add another one this fall.
鈥淭his innovative aircraft typifies the extraordinary aviation research led by MSU as we work to implement uncrewed aircraft systems into the national airspace,鈥 said MSU President Mark E. Keenum. 鈥淢ost importantly, this aircraft will enhance our researchers鈥 ability to make new discoveries that benefit our state and our nation, enhancing our capabilities as we continue to grow our UAS partnerships.鈥
This latest addition to Raspet鈥檚 fleet of uncrewed aircraft systems is manufactured by Navmar Applied Sciences Corp. and is derived from the Sonex Aerospace Xenos-B Motorglider, a kit aircraft operated with an on-board pilot.
It is expected to be the first UAS of its kind to become type certified by the FAA, meaning it is designed for complete future integration into the national airspace system. Receiving type certification would enable it to immediately begin operating alongside manned aircraft when regulations permit.聽聽
聽鈥淭his strong, versatile, high-tech aircraft can fly up to 24 hours without refueling,鈥 said Tom Brooks, director of MSU鈥檚 Raspet Flight Research Laboratory. 鈥淲ith a 24,000-foot service ceiling and the capability of carrying research equipment weighing six times what we could previously fly in our largest UAS, the research opportunities we鈥檒l be able to explore are almost endless.鈥
Having an 1,800-pound maximum gross take-off weight, the Teros can be equipped with a 4G LTE cellular system for use when cell service is unavailable, an invaluable resource, Brooks said, during disaster responses or other 花秀直播 scenarios. With a maximum speed of 120 knots (about 138 miles per hour), it is surprisingly agile with short takeoff and landing capabilities. 聽聽聽
Depending upon the equipment carried, the Teros also can be used in everything from agriculture to utility monitoring, meteorological research and search-and-rescue missions.
鈥淎nything that鈥檚 dull, dirty or dangerous for on-board pilots to perform, the Teros could be a viable alternative,鈥 Brooks said. 鈥淚t never gets tired, sleepy nor hungry, nor does it lose focus.鈥
The Teros can be flown by either remote pilots positioned on the ground within mobile flight decks, known as ground control stations, or it can be operated autonomously by flight control computers within those stations. Multiple camera systems mounted on the UAS relay images and other data to researchers on the ground.
The investment in the aircraft and its associated equipment was covered by a federal grant for research, led by Raspet, designed to make UAS fly cooler, quieter and with more efficiency. Raspet鈥檚 flight crew has spent several weeks training to operate the aircraft.
MSU鈥檚聽Raspet Flight Research Laboratory聽is the nation鈥檚 leading academic research center dedicated to the advancement of uncrewed aircraft systems. Raspet is the only institute in the world designated both as the Federal Aviation Administration鈥檚 UAS Safety Research Facility and as an official UAS Test Site for the FAA. Home to a fleet of the largest and most capable uncrewed aircraft in academic use, Raspet conducts UAS research on behalf of federal agencies and commercial industry alike, and it remains a world leader in composite material research. For more, visit .
MSU is 花秀直播鈥檚 leading university, available online at聽.