417 UAV Tether in Heavy Seas

A UAV tether for choppy seas, four advanced (and expensive) drones, drones changing the way buildings are designed, a drone (and rover) for simulated Martian missions, the Army’s short-range reconnaissance program with Skydio, an Apple patent for pairing UAVs and controllers, kites that take down drones, Ukraine drones that take down Russian drones.

UAV News

Navy engineers test new slack tether for launching quadcopter from boats

The Naval Information Warfare Center in San Diego designed a smart winch tether system with an autonomous winch that keeps proper slack in the tether. A UAV can hover at a specific altitude while the ship pitches and rolls with the waves. The winch autonomously adjusts the spool motor by measuring the tether-departure angle. Adding a tethered quadcopter to the uncrewed Seahawk ship would allow it to elevate cameras and expand the line of sight.

4 of the most advanced drones and copters coming to our skies

The Aerwins Xturismo is a flying motorbike with a maximum range of 40km that can carry up to 100kg. The Airborne Drones’ Vanguard is a long-range surveillance drone with a 94-minute flight time and 4K video. The Lockheed Martin Indago 3 is rugged and “whisper quiet,” taking only two minutes to get airborne. The Volocopter 2X is a personal helicopter targeted to prospective air taxi operators.

Five ways drones will change the way buildings are designed

1. Creating 3D digital models of buildings with accuracy to within a centimeter. 2. Heritage simulations where drones help planners to visualize the final impact of restoration or construction work on a damaged or partially finished building. 3. Drone delivery including roof-top landing pads and recharging stations. 4. Drones mounted with 3D printers that could construct emergency shelters or repair buildings. 5. Agile surveillance with drone systems like biometric indicators and “face recognition.”

Skypersonic Delivers Drones, Rover, and Piloting Platform to NASA’s Simulated Mars Missions

The Skypersonic rover and drone system will be used by crew members to remotely explore Martian-like terrain. NASA’s Simulated Mars Missions will run for a year and operate from a 1,700-square-foot simulated Martian habitat at the Johnson Space Center in Houston, Texas. The rover and drone will be controlled by the crew in the Habitat, but they’ll actually be exploring Martian-like terrain remotely on Earth.

Army Fields Its New RQ-28A...