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D•ICE Wing Ice Protection Solution

D•ICE Wing IPS in action in wind tunnel test

UBIQ Aerospace specializes in advanced electro-thermal Ice Protection Solutions (IPS) tailored to meet the unique needs of various UAV types. Our cutting-edge, electrically heated wing system ensures safe and reliable UAV operations, even in severe icing conditions.


Impact of wing icing

When flying through clouds in freezing temperatures, wings and empennage are vulnerable to ice formation. Ice buildup distorts the aerodynamic profile, reduces lift, increases drag, and the risk of stall. It reduces overall aircraft stability and maneuverability and poses a significant limit to UAV performance and operational capabilities.


Icing on an unprotected wing

UBIQ's Wing Ice Protection Solution

UBIQ’s D•ICE IPS is engineered to provide robust protection against wing icing. By autonomously regulating the needed heating of the wing surface to fit the icing conditions, our solution maximizes safety and performance in adverse weather while minimizing power consumption.


D•ICE primarily operates in de-icing mode, meaning the wing remains unheated most of the time. This allows a thin, non-critical layer of ice to form before the system activates the heating to remove it. By operating in de-icing mode, the system significantly reduces the energy required compared to continuously heating the wing.

De-icing cycle

The solution is highly customizable and designed to fit seamlessly into all UAV platforms. Our skilled engineers leverage an agile development process to rapidly produce and refine  prototypes. By experimenting with diverse production methods and materials, the team can efficiently adapt the solutions to meet the specific requirements of different aircraft. This dynamic approach ensures that UBIQ delivers optimized, tailored ice protection solutions capable of performing in the most demanding operational environments.



Reach out to us at contact@ubiqaerospace.com to learn more about how the D•ICE solution can enable your UAV operations in the toughest conditions.


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