Our low-power electromechanical ice protection technology, based on unique IP, utilizes optimally placed actuators embedded in the leading edge. These actuators employ rotating eccentric masses to induce precise deformations in the leading-edge skin, generating targeted shear forces that effectively break the ice adhesion layer.  
Best suited for limited power fixed-wing platforms.  

Low-power thermal ice protection leverages our unique IP: integrated PCB heating elements embedded within the composite leading edge or other surface during the lamination process.  
Best suited for limited power platforms such as electric aircraft and RPAS.  

Ice Protection Thermal technology is based on our unique IP: Composite leading edge Integrated Thermal anti-icing film elements, embedded in the laminate process. Best suited for weight sensitive platforms such as eVTOL.