ARA's Nighthawk UAS Demonstrates Search and Rescue and Accident Reconstruction Value

The usefulness of ARA's Nighthawk IV Micro Unmanned Air System for search-and-rescue operations and accident reconstruction was recently demonstrated during a training scenario attended by the Vermont State Police and an Army Civil Support Team.

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Each point in this 3D model is accurately mapped, allowing the scene to be viewed from multiple angles and and objects within the scene to be measured for crash reconstruction purposes. Using ARA’s Nighthawk sUAV, a special payload can capture sufficient data in just 10 minutes.

Each point in this 3D model is accurately mapped, allowing the scene to be viewed from multiple angles and and objects within the scene to be measured for crash reconstruction purposes. Using ARA’s Nighthawk sUAV, a special payload can capture sufficient data in just 10 minutes.

The Nighthawk demonstration proved that the ability to fly to last-known GPS coordinates in minutes to begin a search can be a lifesaver, as elapsed time is a critical component to safe recovery.

Randolph, VT (PRWEB) December 04, 2013

As a result of ongoing conversations with law enforcement personnel, the Unmanned Systems & Security Product (USPD) Division of ARA recently had the opportunity to demonstrate the usefulness of the Nighthawk IV Micro Unmanned Air System (UAS) to the Vermont State Police search-and-rescue and accident reconstruction teams and an Army Civil Support Team (CST). Although members of the public have cited privacy concerns regarding micro-UAS technology, use in national airspace, search-and-rescue and accident reconstruction missions could provide benefits far outweighing these concerns.

The Vermont State Police specifically created a training scenario using military airspace at an Army training facility to take an initial look at Nighthawk performing these two missions. The demonstration started by having a State Police vehicle drive away to a hidden location from the Nighthawk launch and recovery area. Once at the hidden location, the officers used a cell phone to call 911 to simulate a lost person calling for help. The dispatcher then contacted the State Police officers at the launch and recovery site, providing the latitude and longitude coordinates of the hidden State Police vehicle. This location was manually entered into the Nighthawk autopilot. About four minutes later, the Nighthawk was circling this vehicle using its EO/IR cameras to identify the target. The demonstration continued with additional search-and-rescue and accident reconstruction flights using customized ARA software to quickly post-process the digitized imagery into usable information.

The Nighthawk demonstration proved that the ability to fly to last-known GPS coordinates in minutes to begin a search can be a lifesaver, as elapsed time is a critical component to safe recovery. Using Nighthawk for search-and-rescue operations would save lives and bolster the emotional well-being of relatives and search teams looking for missing persons. Nighthawk’s accident reconstruction capability would give juries a much better understanding of the accident scene by creating a bird’s-eye view of the entire accident scene.

State Police and Army CST observers were impressed with the Nighthawk’s small size and ease of launch and recovery, and the hands-free autopilot operations. On-board high-definition imagery created a detailed photo, with geo-rectified precise locations, allowing users to conduct an aerial search with greater precision and faster response time than is currently possible.

Captain Robert Evans with the Vermont State Police said, "I was very pleased with the way things worked out today. I have spoken with my personnel and members of the civil support team and they were pleased as well. We are ready to support another training and evaluation day once you have some time to reflect on today's missions."

View a video demonstration of the Nighthawk UAS.

About ARA: Applied Research Associates, Inc. (ARA) was founded 1979 in Albuquerque to solve problems of national importance by providing science and engineering research, technical support services. The company’s applied research delivers solutions for national defense, homeland security, aerospace, transportation and manufacturing.