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Research and Development (R&D)
USA uses a formal and proven "review process" that
identifies, analyzes, and tests proposed innovative solutions for
safety, field-worthiness, and effectiveness. USA has performed research
and development (R&D) both under contract and with internal funds. Below
please find some R&D examples.
Range Master
The Range Master is a remotely operated mechanical
excavation and sifting system that removes surface and
near surface munitions, in a single pass. USA, with
Timberline Environmental as subcontractor, received a
contract from the Environmental Security Technology
Certification Program (ESTCP) for the development and
demonstration of the system. Range Master is an armored
remote-controlled Caterpillar 633D Scraper. It has an
integrated power screen and hopper with dump control for
faster, safer excavation of the top 6 to 12 inches of
heavily contaminated UXO sites (e.g. target centers).
Sifted soil is returned to the site while screened
objects are dumped for UXO identification and disposal.
The remote control range is 5,000 feet. During Phase I,
Range Master was successfully demonstrated at Ft. Ord,
CA in February 2004. The armored Phase II Range Master
successfully demonstrated it’s remote control
capabilities at the former Lowry Bombing and Gunnery
Range, CO in June 2006. Excavation results indicated
that an experienced primary exacavator operator is
required.
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Multi-Gate
EM Basalt Discrimination
For
the EE/CA project at the Waikoloa
Maneuver Area, HI, USA
evaluated the multi-gate EM basalt discrimination
developed for the EM63 in support of the EM61 MK2
Waikoloa Phase III Geophysical Prove-Out (GPO). Reliably
detecting all near-surface seed items, this technology
is now being integrated into industry-standard software.
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QA Instrument Development
USA developed and
demonstrated a magnetometer instrument to assist MEC QA
Specialists detect and discriminate anomalies to project
requirements for size and depth. This project was funded
as a task order under USA’s MEC Response and Services
contract with the U.S. Army Engineering and Support
Center, Huntsville. A design flaw discovered during
testing terminated the project.
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High Density Magnetometer Array
USA has been exploring the concept of
a high density array of 3-axis fluxgate magnetometers
for more accurate anomaly signature mapping and improved
discrimination. Although "on hold", USA believes this
concept holds great promise, as low-cost,
high-sensitivity sensors are developed.
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