Our experience in software design, development and testing helps ensure Unmanned Aircraft Systems will continue to meet their mission objectives safely and effectively.
Our engineering teams can develop and certify both airborne and ground-based systems through our extensive experience with:
ENSCO synthetic vision systems and tools are the optimal choice for UAS dynamic ground station display applications, deploying synthetic and enhanced vision systems to solve military and commercial operational challenges where aircraft situational awareness, safety-of-flight, and tactical decision making are critical.
The IData® tools produce customized, efficient and certifiable embedded graphical applications. The true rapid prototyping process offers both a time- and cost-saving advantage for development of avionics display applications.
The ease of use and diversity of the IData tools have applications in areas from safety-critical DO-178C certified cockpit displays to Unmanned Aircraft Systems (UAS) controls and ground stations. IData’s tightly integrated digital moving map generator and 3-D scene manager enable applications, such as in-flight entertainment, navigation systems, and synthetic vision displays, which require geo-registered information, to be easily implemented. A single application can be hosted on a variety of target systems from small smartphone type devices to war room displays and typical avionics cockpit displays.
ENSCO's SVS Core 2.0 is a software application that enables avionics system providers to achieve a tailored SVS capability at a fraction of the cost of internal development. Compatible with any avionics system, the SVS Core provides a clear view representation of the environment in all weather conditions and situations. The core serves as the foundation for ground control station SVS applications.
ENSCO's SVS Core 2.0 enables tailored applications that deliver tactical and situational information in an easily interpreted and intuitive format. Previously used in the cockpit, deploying SVS applications in UAS ground control stations broadens the information available to the operators, thus improving decision making and reducing operator workload.
The ENSCO SVS Core 2.0 is the optimal choice for UAS dynamic ground station display applications, deploying synthetic and enhanced vision systems to solve military and commercial operational challenges where aircraft situational awareness, safety-of-flight, and tactical decision making are critical.
Quality Management System for aerospace products and services (CERT-0074905)
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