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Every security mission requires a unique set of sensors integrated onto a TCOM aerostat design to form a platform system that will meet the customer’s persistent Intelligence, Surveillance & Reconnaissance (ISR) mission. At the heart of every TCOM Aerostat Surveillance system lies a proven design process that effectively blends customer needs and superior engineering to create the system that will meet all of the customer’s functional requirements in a cost-effective and reliable way. The aerostat design also ensures durability and performance for the life of the system. – See more at: https://www.tcomlp.com/total-systems-capabilities/design/#sthash.jrDMmE0f.dpuf
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The 12M Tethered Aerostat System: Rapid Tactical Deployment for Surveillance Missions
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Wind Tunnel Study of a Large Aerostat, CFD Validation
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Characterizing the Shape of LTA Vehicles Using Photogrammetry and Stretch Functions
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The 28M™ Tactical Aerostat System: Enhanced Surveillance Capabilities for a Small Tethered Aerostat
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The 22M Class Aerostat: Increased Capabilities for the Small Tethered Aerostat Surveillance System
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Wind Tunnel Study of a Large Aerostat
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Material Challenges for Lighter-Than-Air Systems in High Altitude Applications
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Super Pressure Non-linear Structural Analysis and Correlation Using Photogrammetric Measurements
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The Small Aerostat System: Field Tested, Highly Mobile and Adaptable
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The 38M™ Aerostat: A New System for Surveillance
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Wind Turbulence Response of Moored Aerostats by Modal Analysis
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Nonlinear Dynamic Simulation of a Tethered Aerostat: A Fidelity Study
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A New Airship Ground Handling System That Works
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Tethered Aerostat Operations in the Marine Environment
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Tethered Aerostat Performance Modeling
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Lighter-Than-Air Vehicles, Handbook of Fluid Dynamics and Fluid Machinery
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Investigation of Various Parameters Affecting Altitude Performance of Tethered Aerostats
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Tethered Aerostat Operations in Arctic Weather
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