RF-Cyber Counter-Drone Technologies for Military, Special Forces & Government Applications
EnforceAir2 Maritime RF Cyber-Takeover C-UAS for Naval & Maritime Defense
EnforceAir2 Maritime

RF Cyber-Takeover C-UAS for Naval & Maritime Defense

The EnforceAir2 Maritime Version is a field-proven RF Cyber-Takeover Counter-Unmanned Aircraft System (C-UAS) specifically engineered for the demanding environments of naval operations. Visit Website Contact
Saved
Save
EnforceAir2 Maritime

Unlike traditional jamming or kinetic solutions, EnforceAir2 Maritime leverages advanced RF Cyber technology. This approach enables precise threat identification which includes the automatic detection, location, and identification of rogue drones, including pinpointing pilot locations. The system then carries out non-disruptive neutralization via the safe, controlled cyber-takeover of drones, and guiding them to designated landing zones (onshore, on-deck, or at sea). This Counter UAS method ensures zero collateral damage, eliminating the risk of operational disruption.

Seamless Integration for Layered Maritime Defense

EnforceAir2 Maritime is designed for seamless integration into existing naval layered air defense systems, providing a critical capability for both blue water and littoral operations. Achieving Technology Readiness Level 9 (TRL9) in maritime deployments, it boasts proven effectiveness in real-world mission scenarios.

Whether deployed on small patrol boats or large naval vessels, EnforceAir2 Maritime offers a scalable, low-power, and ruggedized solution to naval drone threats.

Key Features:

  • Maritime-Grade Construction: Built with salt-resistant materials to withstand harsh open-sea conditions.
  • Seamless C2 Integration: Robust API compatibility ensures effortless integration with existing shipboard Command and Control (C2) systems.
  • Flexible Deployment: Adaptable configurations for indoor and outdoor installations, supporting vessels of all sizes.
  • Enhanced Operational Safety: Halogen-free maritime cables ensure operational safety and covertness.