Black Tusk Technologies’ Unmanned Close Air Support (UCAS)
Black Tusk Technologies’ Unmanned Close Air Support (UCAS) is a family of reusable, man-portable Unmanned Aerial Systems (UAS) weapons platforms capable of delivering real-time Non-LOS kinetic effects while operating in EMI contested and GPS denied urban environments.
THE BLACK TUSK UAS
Black Tusk Technologies’ Unmanned Aerial Systems (UAS) are equipped with groundbreaking perception-enabled sensor technology, redefining the capabilities of autonomous aerial vehicles. Engineered for precision and safety, our UAS bring autonomous aerial operations to a new level.
RELIABLE DESIGN FOR TACTICAL DEPLOYMENT
Our UAS are designed for tactical deployment, ensuring reliable and effective operation in challenging environments. With a focus on man-portability and robustness, our UAS are built to deliver exceptional performance in the most demanding scenarios.
ADVANCED PERFORMANCE & EFFICIENCY
Our UAS are designed for advanced performance and efficiency, minimizing emissions and maximizing operational capabilities. With a focus on environmental sustainability and operational effectiveness, our UAS set new standards in the industry.
BLACK TUSK UAS DIGITAL SOLUTIONS
We have developed digital solutions to enhance the capabilities of our UAS, enabling autonomous operations and real-time decision-making based on situational awareness. Our digital products empower our UAS to operate with unmatched efficiency and adaptability.
ENHANCED CYBER SECURITY MEASURES
Our UAS digital solutions are fortified with advanced cyber security measures, ensuring the integrity and security of the autonomous operations. With a focus on safeguarding critical information and communications, we provide unparalleled cyber security for our UAS digital products.
REAL-TIME SITUATIONAL AWARENESS
Our UAS digital solutions offer real-time situational awareness, delivering critical information and insights for informed decision-making. With a focus on providing actionable intelligence, our digital products enable our UAS to operate with heightened awareness and responsiveness.