ADA has received an Army SBIR Phase II Plus contract with cost sharing from the Defense Threat Reduction Agency (DTRA) to develop and test a weather information gathering system to enhance the safety and security of military bases worldwide. The 12-month project incorporates the use of ADA’s patented WeatherPod™ sensor technology with plume modeling technology.

The project addresses the chemical, biological and radiological nuclear (CBRN) release threat on military installations by providing an easy-to-use, reliable method of determining optimal placement of WeatherPod sensors to
collect data for accurate plume modeling.

Chemical and biological plume models support the emergency response decision support systems used on military bases. Currently there is no tool or methodology available for a base commander to determine the best placement for meteorological or CBRN sensors. Thus, existing plume models are based on information that may not reflect a true picture of the environment.

WeatherPod™ Sensor Facts

WeatherPod sensors are used in a network configuration to provide an accurate and timely assessment of weather and environmental conditions over any area of interest.


• Lightweight (about 2 pounds).
• Wireless.
• Rechargeable batteries.
• Optional solar panel.
• Compact (6.375” diameter x 6” high).

“The outcome of this project will lead to consistent and accurate plume forecasts from all atmospheric modeling tools, including those plume modeling programs designed especially for military applications. Additionally, by knowing exactly where meteorological, chemical and biological sensors should be placed for optimal results, the number of sensors required on a base installation could be reduced significantly,” said Pat French, ADA’s distributed sensors program manager, “and this could have positive budget implications.”
The project, which began August 1, will be carried out in two steps. The first part focuses on testing a methodology for determining optimal placement of a network of WeatherPod sensors on a military base.

Once this initial step has been completed, the project focus will be redirected to mechanize the WeatherPod sensor placement
methodology, which will allow it to be implemented by individuals who are not highly trained atmospheric
scientists.

For more information contact Pat French at 303-874-8275, or Vince Tate at 303-874-8278.

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