UBIQ Aerospace AS products

The D•ICE Sense system by Ubiq Aerospace marks a significant advancement in the detection of in-flight icing and visible moisture, specifically tailored for Unmanned Aerial Vehicles (UAVs). This system is designed to provide accurate and rapid identification of ice and water droplets in the atmosphere, enabling UAVs to operate safely in adverse weather conditions. Characterized by its lightweight construction and low power consumption, D•ICE Sense stands out for its integration of smart data systems and diagnostics, which enhances operational effectiveness by offering real-time insights. The unit's capabilities are vital for industries relying on UAVs in critical conditions, offering a reliable means to tackle the challenging aspects of atmospheric icing, while its efficient design ensures minimal impact on UAV payload capacities.

Resilient Aerodynamic Performance; Maintains stability and efficiency by mitigating ice buildup on critical surfaces, including wings, control surfaces, and engine inlets.

The D•ICE Airdata sensor is engineered to deliver precise and reliable air data measurements essential for operation-critical tasks under varied atmospheric conditions. It is specifically optimized for seamless integration with Unmanned Aerial Vehicles (UAVs), making it an ideal component for drone applications requiring high accuracy in airspeed, altitude, and other critical flight data. This sensor stands out due to its diagnostic capabilities, providing continuous system health monitoring to ensure optimal performance and safety. Its robust architecture supports operations in harsh environmental conditions, adapting to swiftly changing weather patterns while maintaining data integrity. D•ICE Airdata's design caters to both civilian and commercial UAV applications, supporting missions where reliable data acquisition is crucial.

The D•ICE Airdata system is designed to deliver precise and dependable air data sensing optimized for Unmanned Aerial Vehicle (UAV) applications. Its primary function is to ensure reliability across various operational environments, emphasizing robustness and accuracy in air data reading. The system is engineered to seamlessly integrate with UAVs, enhancing overall performance through its advanced data acquisition capabilities. Additional technical features include an integrated diagnostics function and system health monitoring, which provides essential feedback on performance metrics and potential failure points. These capabilities ensure not only consistent operation but also facilitate preventive maintenance strategies. The D•ICE Airdata system stands out in the realm of UAV technology by offering an advanced solution that meets rigorous demands for precision in air data gathering.