US Nuclear’s All-Purpose CBRN DroneRAD Up 777% in 2019
Los Angeles, CA. June 18, 2019 – In just the first two quarters of 2019, US Nuclear’s (OTC: UCLE) DroneRAD sales are up 777% overall DroneRAD sales for 2018, and based on promised new orders, may soar even higher. Due to new advances, USN drones are now outfitted with a complete CBRN package, chemical, biological, radiation, and nuclear sensing technology.
In addition to detecting radiation, such as radioactive gamma hot-spots or airborne particulates, the DroneRAD is also outfitted with chemical detectors and bacterial/viral collection filters. A proprietary quick-release connector on the DroneRAD allows the operator to quickly change between sensor packages to eliminate downtime, and a special air sampling system allows the chemicals, particulates, and microbes to be collected in-flight without being disrupted by the flight turbulence.
End-users for the DroneRAD include first responders, border security, military, homeland defense, NATO military, waste disposal, oil and gas, chemical plants, nuclear power plants, and many more.
Chemical Detection: The DroneRAD supports multiple chemical sensors at once, and includes the following list: VOC, Carbon Dioxide, Ammonia, Carbon Monoxide, Chlorine, Formaldehyde, Hydrogen, Hydrogen Sulfide, Hydrogen Cyanide, Nitric Oxide, Nitrogen Dioxide, Oxygen, Sulfur Dioxide, Methane, and more.
Biological/Viral Collection: Utilizing special viral and bacterial filters, the DroneRAD collects these microbes and other matter at up to 99.99% efficiency. Postflight, the biological filters are sent to a laboratory for in-depth analysis. Microbes of interest may be anthrax, botulism, plague, staph, e-Coli, cholera, salmonella, listeria, typhus, and others.
GPS and Mapping: All measurable data, such as chemical or radioactive concentration, is GPS tagged and logged/wirelessly sent back to the operator for real-time display. The data is overlaid on Google Earth Maps in real-time, so the operator can immediately see a color-coded visual map of where and when the drone flew, and what the concentration is at each point.