349 Solar-Powered Drone LTE

Loon and HAPSMobile test LTE from a solar-powered drone, India tests a MALE prototype, and China tests a weaponized drone swarm. Also, very small sensors dropped from very small drones, FAA submits two proposed final drone rules, a Colorado drone club builds a drone park, and a virtual drone summit.UAV NewsAlphabet and SoftBank’s solar-powered drone provides first LTE connectionGoogle parent company Alphabet and SoftBank demonstrated a stable LTE connection from the solar-powered Sunglider drone at 62,000 feet. The connection supported an international video call with members from Loon and AeroVironment speaking with HAPSMobile members based in Japan. Alphabet’s Loon jointly developed the communications payload, and SoftBank’s HAPSMobile, which built the aircraft. HAPSMobile is minority-owned by AeroVironment.Video: Sunglider’s Test Flight in the StratosphereIndia’s Rustom-2 Completes 8-Hour Flight TestThe Defence Research and Development Organization (DRDO) recently flight-tested the Rustom-2 MALE prototype drone. It flew for eight hours of flying at 16,000 feet and by the end of 2020, DRDO expects the prototype to fly at 26,000 feet with an 18-hour endurance.China Conducts Test Of Massive Suicide Drone Swarm Launched From A Box On A TruckReportedly, the China Academy of Electronics and Information Technology (CAEIT) conducted a test in September with a swarm of loitering munitions (also called suicide drones). They were deployed from 48 tubular launchers mounted on a light tactical vehicle, and also deployed from helicopters. The folded fixed-wing drones launch from the tubes.Video: 中国电科陆空协同固定翼无人机“蜂群”系统 (China Electric Land and Air Cooperative Fixed-wing UAV “Swarm” System)Airdropping sensors from moths: Researchers use flying insects to drop sensors from air, land them safely on the groundUniversity of Washington researchers wanted to solve the problem of inserting sensors into locations that are unsafe or too small for humans. So they developed a 98 milligram sensor system that can be carried by a tiny drone, or even an insect, like a moth. When the carrier gets above the destination, a Bluetooth command causes the sensor to release and fall to the ground. The sensor can survive a fall of up to 72 feet (or 22 meters) and collect data for 1.3-2.5 years when transmitting 10-50 packets per hour on a 68 milligram battery.University of Washington: Airdropping sensor networks from drones and insectsVideo: Dropping Sensors From Live MothsDrone rules on final approachFAA has submitted two proposed regulations to the Office of Management and Budget: Remote Identification of Unmanned Aircraft Systems and Operations of Small Unmanned Aircraft Over People. OMB has 90 days to review these final regulations.Shovels break ground at Drone Flying ParkThe Buena Vista Drone Flying Park in Colorado is taking shape. The Central Colorado UAS Club and the Buena Vista Recreation Department broke ground for the Park on October 8, 2020. The purpose of the Club is to bring together UAS owners, pilots, and interested parties in an informal and social atmosphere where they exchange ideas and learn about the safe, legal, and ethical operation of UAS. When the Drone Park is complete, the area will have space for pilots to seek certification for the use of drones, an obstacle course, and a racecourse that might host sanctioned races in the future. TNL Aviation is a founding sponsor.MentionedUAS Magazine announced the 14th annual UAS Summit & Expo, will be 100% virtual and has been moved to October 28-29, 2020.