PROJECTS
CUV WORKS WITH A WIDE ARRAY OF CLIENTS FROM MILITARY TO WORLDWIDE ORGANIZATIONS
PROJECTS
CUV WORKS WITH A WIDE ARRAY OF CLIENTS FROM MILITARY TO WORLDWIDE ORGANIZATIONS
PROJECTS
CUV WORKS WITH A WIDE ARRAY OF CLIENTS FROM MILITARY TO WORLDWIDE ORGANIZATIONS
APPLICATIONS
MINIMUM MANPOWER | MAXIMUM RANGE
IMPROVED LAUNCH TIME
CUV systems can stay aloft for as much as seven days
Carolina Unmanned Vehicles provides unrivaled persistence and extensive coverage at a low cost
MILITARY | GOVERNMENT
and contractors CUV works with military and government branches
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We provide systems for communications, research, surveillance and other strategic and tactical operations
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Our systems are more mobile and air transportable than traditional aerostat systems
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They operate in much higher winds, improving mission utility and capability in adverse weather
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Created for the Army, our Small Tactical Multi-Payload Aerostat System (STMPAS) was developed to provide:
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Intelligence
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Surveillance
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Reconnaissance capability for small tactical units in Afghanistan and other locations
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HOMELAND SECURITY
Our unique Lightweight Aerostat Systems provides a broad range of capabilities
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Mobile System To Provide Long-range, wide area surveillance, far greater than towers
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CUV systems can detect and identify:
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people up to five miles
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vehicles up to 10 miles
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out to 25-30 miles out at sea
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CUV systems can stay aloft for as much as seven days without needing any attention
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Provide a very persistent, consistent and low maintenance system
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The aerostats are ideal for specialized security:
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Border and port security
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Surveillance
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Week-long events
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Monitoring large outdoor concerts/events C
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Covering a large area, they can provide communications during and after:
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Natural disasters
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Floods
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Earthquakes
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Power outages
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CIVIL
Measurements with LAS can provide better altitude coverage than ground sensors, and with greater endurance than aircraft or unmanned air vehicles
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LAS are exceptional tools to collect data for:
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Oceanographic research
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Atmospheric research
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Conservation research
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Environmental research
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Gathering long-term data over specific locations for analysis and study of critical phenomenon that affect global environments:
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Ocean
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Freshwater
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Air
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Rain forests
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Pollution transport
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Other ecosystems
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