Defence & Security » Nisis AS
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NISIS is a Norwegian enterprise developing technology for civilian and military needs. The main focus is communication, Unmanned Aircraft Systems (UAS), signal processing and robotics, as well as technology for information security, and concepts through the NISIS Security Framework, NSF. Troja Mk II is a UAS based on real-time data transfer and flight control. Troja Mk II is developed by NISIS Cybernetics, a department of NISIS, whose main focus is UAS, sensors, signal processing and robotics. The Troja Mk II UAS is designed and developed for primarily with regards to operational personnel and precise, cost-efficient operations in the field. The UAS consists of standard components, while the control and data link systems contains unique technology developed by NISIS Cybernetics. The vehicle can be flown manually over the area of operations using our unique control technology. It is possible to fly a mission based on a pre-defined flight plan, with support for real-time in-flight changes to the flight plan or taking manual control of the unit at any time. Troja Mk II is an airplane-helicopter hybrid, deriving functionality from both worlds. This means that the vehicle can take of and land vertically in small spaces. The UAS has a built-in detect-and-avoid-system developed by NISIS Cybernetics, making it able to take off from rough terrain, in a forest or directly from its base vehicle with the press of a panic button. From an operational perspective, this means that the preparation time for the system is close to nothing. Troja Mk II is designed for field operations in rough conditions, with extra care given to handling sand and dust problems. All critical systems in the flight unit are redundant, and the system is simple to do field maintenance as easy and efficient as possible. The ground unit has a modular design and can be used standalone or integrated with other command and control systems the user may have, allowing complete overview of the area of operations. The system is simple to use, in order to reduce the time needed to educate operators to a bare minimum. It is made with the aim of being selfdescriptive, intuitive and extremely simple to use with full operational flexibility, and thus be a unique capacity and support unit in field operations. Because of the modular design, the user may adapt the sensor capacity by integrating other sensors into the Troja Mk II system. This, combined with operational flexibility and simplicity of use, makes the system a unique capacity for field use even under difficult conditions.
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