The NASC Teros™ is a Group 4/5 UAS designed to be operated and fully integrated into the National Airspace System. Teros can fly the programmed mission autonomously and seamlessly within the air traffic control system. Teros achieves an exceptionally high level of Availability, Reliability, and Maintainability (ARM). The ARM process continues to be the primary evaluation criteria for all spiral upgrades, maintenance methods, and procedures.

Teros integrates critical redundant flight control systems and a smart electrical system to prevent complex failures. The surprisingly agile Teros features robust construction and durability without sacrificing its lightweight design. With short takeoff and landing capability, fast field assembly, rapid servicing, and autonomous flight operation, Teros is a highly versatile and highly capable aerial platform.

Air-launched or deployed from a manned or unmanned surface vessel, the NASC Air-Deployable Autonomous Mini-Submersible (ADAMS) is a highly versatile instrument featuring a customizable payload bay, modular and configurable nose bay, and field-replaceable components that allow the vehicle to be used in a variety of operations. Capable of carrying thermal, acoustic, and magnetic sensors, ADAMS also has the ability to employ cameras and imaging payloads. The mini-submersible vehicle can be programmed to follow a defined mission track, with multiple depth, heading, and speed changes.

Rugged design and low cost make TigerShark-XP ideal for applications from UAV flight training to complex payload integration for operational uses as well as scientific research.

TigerShark-XP incorporates a “Payload Plug and Play” system that minimizes cost and allows for the seamless integration of new and different payloads into the platform. A forward-thinking airframe design enables the TigerShark-XP to be configured for an unlimited variety of payloads and to carry and employ multiple payloads simultaneously. Design options include autonomous waypoint navigation, UHF command and control link for autonomous and manual flight, and VHF radio communication relay for operations in the national airspace.

The highly customized Mobile Operations Center (MOC) provides the self-sufficiency required to operate a UAV/UAS from practically any location. Designed with P3I (Preplanned Product Improvement) practices to facilitate the ease of quality upgrades, this system can support the rapid integration of customer unique systems, sensors and equipment. Whether your mission is operational, research and development, or UAV flight training, this Unmanned Systems Mobile Operations Center packs all the features required to conduct safe UAS operations.

• Transportable nearly anywhere
• Mission ready in 1.5 hours
• Ground control station and antenna suite
• 25′ Telescopic steel mast
• Heads-Up Display
• Electronic Flight Instrumentation System
• UAV transport
• Ground Support Equipment
• Mobile Maintenance Workshop
• Internal Communications System
• Airfield Communications
• Weather Station
• Self-Contained Power
• WiFi