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 develops and implements advanced proprietary solutions to address critical challenges in unmanned and aerospace systems. The company’s technology portfolio is built on extensive industry experience and a commitment to operational reliability, safety, and high performance across diverse mission profiles.
Ice Protection System (UAS IPS)The UAS IPS (Ice Protection System) is an innovative solution developed and patented by UAS Technologies for maintaining safe and reliable UAS operation in icing conditions. Optimized for both new and existing unmanned and optionally piloted platforms, the system provides effective ice removal and prevention with minimal impact on power consumption and weight. UAS IPS meets stringent airworthiness requirements and has been validated in operational environments.
The technology is protected by patents granted in the United States (US10427798B2), key European countries, and Israel, reflecting its unique innovation and international recognition.
For a detailed overview, visit the Ice Protection System page.
Propulsion and Electrical System Design
UAS Technologies offers advanced capabilities in the design and integration of electrical architectures and propulsion systems, including hybrid powertrains. Proprietary in-house tools support the development of efficient power distribution networks, hybrid-electric propulsion solutions, and custom propeller designs tailored to specific mission requirements. This multidisciplinary approach enables optimization of energy management, thrust, and overall system performance, supporting extended endurance and operational flexibility.
