Category Archives: Aerial/UAS

Port of Anchorage

The New Spacescape

Small satellites are changing who dominates the field of satellite remote sensing. Move over military and government policy and regulation. Make way for private companies and even the public.   There are big changes afoot in the satellite remote-sensing field: improved technology as well as regulatory shifts enabling the application of this technology (see “New Markets for Satellite...

Drones for Good

UAVs for the Whole World

UAVs are fundamentally changing our world. From use in conservation, humanitarian relief efforts, precision agriculture, and a myriad of other commercial applications, more people are realizing the benefits UAVs can bring for changing businesses for the better and saving and improving people’s lives. A growing diversity of markets and applications are creating substantial opportunities for...

Wide-view-of-different-airspace-types

COAs from an Operational Applicant’s Perspective

Above picture: As COAs cross different airspace types, more coordination is required for the FAA to allows safe UAS operations in the National Airspace. By now, most everyone reading this has at least some understanding of the potential benefits an unmanned aircraft system (UAS) has on their industry. I have read publications that mention that precision...

ROPOS_Above

ROPOS: ROV Cool

I recently accompanied a film crew working on a documentary on maritime technologies to the NOAA facility in Newport, Oregon to catch a glimpse of what is widely celebrated as the “coolest ROV in the world.” The Remotely Operated Platform for Ocean Sciences (ROPOS) is the flagship research ROV of the Canadian Scientific Submersible Facility...

Latin America UAVs are all over the map.

All Over the Map

The regulations and uses of UAVs for mapping in Latin America are as diverse as those cultures, but their drivers are much the same as we see here in the United States. Using manned airplanes for aerial photography and photogrammetry is an especially expensive proposition for countries south of the Rio Grande. The reasons are...

Two 25,000 cubic feet aerostats (Raven Aerostar TIF-25K), one on its mooring platform and the other on its tether.  Courtesy of Raven Aerostar.

Tethered Aerostats Provide Another Option in the Sky

Geospatial professionals are able to choose from an increasingly wide array of platforms on which to deploy ever more accurate and smaller sensors. Lately, unmanned aerial vehicles (UAVs) have been getting most of the buzz (pun intended). However, in many situations, high-tech versions of one of the earliest flying devices, tethered aerostats, are a better...