
UAS Technologies - RPAS/UAVs/RPVs/Drones, Ice Protection System - Pegasus Redundant Servo Actuator company focused on aviation innovative core technologies

UAS Technologies - RPAS/UAVs/RPVs/Drones, Ice Protection System - Pegasus Redundant Servo Actuator company focused on aviation innovative core technologies

UAS Technologies - RPAS/UAVs/RPVs/Drones, Ice Protection System - Pegasus Redundant Servo Actuator company focused on aviation innovative core technologies

UAS Technologies - RPAS/UAVs/RPVs/Drones, Ice Protection System - Pegasus Redundant Servo Actuator company focused on aviation innovative core technologies
UAS Technologies provides advanced simulation and validation capabilities for UAS development, flight control, and operational support. All processes leverage UAS^Pro5, a proprietary high-fidelity simulation environment developed in-house, supporting the full engineering lifecycle from early design validation to mission rehearsal and crew training.
Simulation Environment
UAS^Pro5 delivers nonlinear 6DOF modeling with high numerical accuracy, supporting both geocentric and local coordinate systems. The environment includes detailed physical modeling of aerodynamics, propulsion, inertia, servos, sensors, and environmental effects. Aerodynamic and propulsion data, generated by UAS ADS, are fully integrated, enabling seamless transition from design to simulation.
Key features include:
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Real-time simulation performance, suitable for engineering development and embedded code integration
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SITL/HITL support for flight control, navigation, and ground control systems
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Comprehensive modeling of system malfunctions, control surface failures, and environmental disturbances (including wind, gusts, and icing)
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Configurable mission scenarios and system modes (VTOL, launch, landing, payload operations)
Applications & Integration
UAS^Pro5 is used for mission performance analysis, flight control development, and operator training. The system supports rapid scenario setup, detailed data logging, and visualization of all key flight parameters. Integration with client applications and embedded code is straightforward, enabling efficient validation and certification processes.
Typical applications include:
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Engineering validation of new and modified UAS configurations
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Development and testing of flight control algorithms
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Crew and external pilot training in realistic mission environments
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Support for regulatory compliance and acceptance testing
For further technical details or to discuss project-specific requirements, contact UAS Technologies.