Category Archives: Non-Military & Commercial UAS

US-Built QuadCopter with 70 Minutes Flight Time

TerraView, a California-based aerial technology company, has unveiled the RangePro X8 — an industrial unmanned aerial vehicle (UAV) designed to fly for more than 70 minutes in real-world conditions with a standard sensor payload. Proudly engineered and assembled in the USA, the RangePro X8 was engineered specifically for industrial, first responder and government enterprise data capture. Continue reading

‘Commercial Vendors and the Public Safety UAS Sector’ Report Issued

Drone search and rescue expert Gene Robinson (left) interviews members of the Los Angeles Fire Department UAS team at the DRONERESPONDERS U.S. Public Safety UAS Summit

The lack of standardized training and certification is the top issue hampering public safety drone operations, according to DRONERESPONDERS – the world’s fastest growing non-profit organization supporting public safety UAS. The determination stems from a double-validated research initiative based on survey data, as well as live focus group feedback conducted during last week’s U.S. Public Safety UAS Summit held at Commercial UAV Expo Americas in Las Vegas. Continue reading

Swift Assists Bahamas Relief Efforts

Swift Team captures images of the rebuilding efforts in seaside communities

The Government of Bahamas recently engaged Swift Engineering’s Unmanned Aerial Systems (UAS) Team to support the country’s post-hurricane relief efforts. Following the Category 5 Hurricane that caused damage along with parts of its archipelago, the government engaged Swift to conduct 98 day and night mapping missions over two weeks. Continue reading

PRIMOCO Tests UAV Navigation’s Flight Control System

Primoco, a Czech company, has been testing the latest version of UAV Navigation’s Flight Control System (FCS) on its 150kg fixed wing UAV. During the tests Primoco noted a number of improvements, including more efficient and advanced control, and in particular a completely automatic take-off and landing capability without using RTK or DGPS systems. Continue reading