The demonstration objective is to exhibit platform and thermal imaging technologies, platform communications, data handling, autonomous operations and operations within a hazardous environment.

"The ability to more easily, rapidly and accurately monitor wildfire conditions is why first responders are so interested in these new technologies," said Vince Ambrosia, senior scientist and principal investigator of the project at Ames. Ambrosia and other team members will evaluate selected UAS capabilities for suitability of aircraft operations and wildfire imaging and mapping.

NASA is interested in evaluating platform capabilities and sensor systems and showcasing NASA-developed technologies that are of benefit to other federal and state agencies. The Forest Service is interested in evaluating UAS capabilities in an operational environment, collecting fire-related thermal imagery during a major event to help improve real-time information during a wildfire event.

Four small unmanned aerial vehicles will be present: AeroVironment PUMA, IntelliTech Microsystems' Vector P, The Insitu Group's Scan Eagle, and NASA Ames UAV Collaborative's APV-3

UAS participants will demonstrate mobility, imaging and real-time air-to-ground fire information, and capabilities for effective flight and data gathering. Teams also will assess technologies for current and projected progress, possible integration and use in wildland fire management, and future testing needs.

"The Forest Service feels that unmanned aerial systems provide a unique technology for adding niche capabilities to existing mapping assets," said Everett Hinckley, Forest Service liaison and special projects group leader. As part of its firefighting routine, the Forest Service uses piloted-aircraft mapping of wildfire areas, but it also sees UAS capability as a promising means of further improving and augmenting this technology, according to Hinckley.

Because of the difficulties of simulating wildfires either in a laboratory or with small fires, the Fort Hunter Liggett Garrison fire department will use controlled burns to enable UAS data collection and assessment over a 'real world' scenario. The controlled burns also will provide opportunities for fire personnel training and fuel density management.

As part of the demonstration, the Ames team will showcase its 'repeater-in-the-sky' technologies. Traditionally, remote radio communications between fire camps and field personnel involved strategic placement of repeater stations on ridges and high points to avoid radio shadows or 'drop-outs.'

The 'repeater-in-the-sky' embeds the repeaters on a small unmanned aerial system, allowing maximum communication with a 'remote' field team with fewer communications drop-outs. This will demonstrate the maintenance of constant communications in emergency situations in rugged terrain where locating repeater stations on high terrain is not feasible.

The UAV Collaborative of the NASA Research Park at Moffett Field also will participate, demonstrating a "Sense-and-Avoid Display System" (SAVDS). The SAVDS is a ground portable radar system that provides situational awareness capabilities for low-altitude, long-endurance unmanned aerial systems.

The high-resolution display shows a geo-rectified topographic base map overlaid with aircraft identification and positional information illustrating UAS location and speed, including the location and speed of return targets detected using a portable ground-based radar system. SAVDS enables UAS pilots to be fully aware of the local air traffic environment to ensure safe operations.

Related Links
US Forest Service UAS program