--- title: "EnforceAir2 Maritime Version" date: "2025-02-23T14:47:56+00:00" url: "http://d-fendsolutions.com/enforceair2-maritime-version/" description: "Protect vessels & offshore assets with EnforceAir2. Advanced counter-drone tech for naval operations by D-Fend Solutions." --- # EnforceAir2 Maritime Version [Homepage](https://d-fendsolutions.com/) > EnforceAir2 Maritime Version ## **PROTECTING MARITIME AND NAVAL ENVIRONMENTS WITH COUNTER-UAS SYSTEMS** For maritime environments and naval units, defending against drones can be a formidable task, especially in ports and in sensitive areas close to shore. Maritime challenges for C-UAS systems oftentimes relate to the continuity of communication, navigation, and sensor functionality, all of which may operate on similar frequency bands to unauthorized drones. When operating from ports and near shore, vessels typically are restricted from using kinetic, jamming, and laser systems. At sea, jammer-based solutions can disrupt internal and external communications, and they may not be able to exercise full control over the threat. Maritime operations require a trusted and proven counter-UAS solution to protect naval and merchant vessels, cargo, crew and passengers, ports/harbors, critical navigation routes, and more from multiple simultaneous threats. D-Fend Solutions’ EnforceAir2 [**Maritime Version**](http://d-fendsolutions.com/enforceair2-maritime-version/) offers uncompromised reliability and protection for all types of maritime and naval deployments with field-proven RF Cyber-Takeover C-UAS technology that does not interfere with communications, navigation, or other vital maritime and naval systems. **Counter-UAS for Maritime Operations: Key Considerations** Maritime counter-UAS deployments must balance threat mitigation with uninterrupted operation of navigation, radar, and communication systems. They must operate within dense RF conditions, where interference can impact mission-critical systems. A maritime counter-UAS solution must therefore: - Operate without disrupting onboard or external communications - Enable controlled mitigation rather than disruption-based responses - Support deployment across vessels, ports, and coastal infrastructure - Scale from small ships to large naval platforms ### **Special Features** ![](https://d-fendsolutions.com/wp-content/uploads/Maritime-Ship-B-Close-1024x758-1-150x150.png) - Designed to withstand severe conditions with maritime-tested materials and advanced design - Robust API for integration with existing shipboard Command and Control systems - Cables support the Maritime Halogen-Free standard - **Flexible outdoor or indoor installations, on-board or onshore** - Complies with MIL-STD Maritime specifications ### **Deployment Options** Maritime-grade connection cable (up to 5-meters) enables 2 deployment options: - Split Mount – SDR indoor / radome outdoor - All Outdoor ### **Topology & Scale** - Large Vessel – 2xEnforceAir2 MAR + MSC2 Ruggedized Laptop - Small Ship – Single EnforceAir2 MAR +Tablet ### **Main Components** ▶ ![](https://d-fendsolutions.com/wp-content/uploads/Maritime-Radome-SDR-300x188.jpg)EnforceAir2 SDR – Maritime Version Salt-resistant materials & sealing. Dedicated maritime connectors. **▶** Maritime Radome Antenna 400MHz-6GHz frequency support. Salt-resistant materials & sealing. Dedicated maritime connectors. **▶** RF Cables RF cables connecting antenna to EnforceAir2 SDR Maritime unit. Dedicated maritime connectors. Halogen-free for maximum covertness. **▶** SDR Cradle Maritime 810H military-standard cradle for the EnforceAir2 SDR unit, designed to withstand maritime environment & shocks. **▶** Antenna Cradle Maritime 810H military-standard cradle for the EnforceAir2 Maritime antenna. ### **RF-Cyber C-UAS for Maritime and Naval Units** EnforceAir2 automatically and passively detects, locates, and identifies rogue drones, including the pilot location, then neutralizes the threat by allowing full control over the drone and land it safely in a predefined zone on the shoreline, vessel, or on the water. The system employs non-kinetic RF-Cyber technology, avoiding collateral damage, interference, or disturbance, safely preserving operational continuity. During blue water scenarios, EnforceAir2 integrates smoothly as an important component of a maritime or naval layered air defense system. EnforceAir2 is at Technology-Readiness Level 9 (TRL9) in its maritime configuration, which means it has been proven through successful mission operations. The system can be fitted to the smallest naval and merchant vessels and is scalable for larger platforms and those with complicated upper-deck superstructures. The system’s compactness allows elevated positioning and use of upper-deck locations. The hardware does not require cooling, is ruggedized for open water conditions, and operates on a low-power footprint. ## FAQ - EnforceAir2 Maritime Version What is a maritime counter-UAS system? + A maritime counter-UAS system is designed to detect, track, and identify unauthorized drones in naval and maritime environments, and enable controlled mitigation without disrupting critical onboard systems such as communications and navigation. Why are traditional drone mitigation methods limited at sea? + In maritime environments, methods such as jamming or kinetic mitigation can interfere with communication, navigation, and sensor systems, or may be restricted near ports and coastal areas. This makes controlled, non-disruptive approaches more suitable. How does EnforceAir2 Maritime Version mitigate drone threats? + EnforceAir2 passively detects and identifies drones and enables operators to assume control of the drone, allowing it to be safely guided to a predefined landing zone without causing interference to surrounding systems. Where can maritime counter-UAS systems be deployed? + Maritime C-UAS systems can be deployed on naval vessels, merchant ships, ports, harbors, and coastal infrastructure, and can scale based on platform size and operational requirements. #### RELEVANT RESOURCES ![hands holding paper](http://d-fendsolutions.com/wp-content/uploads/2020/12/Group-37331.png) EnforceAir2 Maritime Version Brochure [DOWNLOAD](http://d-fendsolutions.com/wp-content/uploads/PDF-no-index/EnforceAir2-Maritime-Brochure.pdf) ``` array(0) { } ``` ## SALES **INQUIRY** Thank you for showing interest in D-Fend Solutions. Please fill-out the info. below, so we can better serve you. PROTECTING MARITIME AND NAVAL ENVIRONMENTS WITH COUNTER-UAS SYSTEMS  For maritime environments and naval units, defending against drones can be a formidable task, especially in ports and in sensitive areas close to shore. Maritime challenges for C-UAS systems oftentimes relate to the continuity of communication, navigation, and sensor functionality, all of which may operate on similar frequency bands to unauthorized drones. When operating from ports and near shore, vessels typically are restricted from using kinetic, jamming, and laser systems. At sea, jammer-based solutions can disrupt internal and external communications, and they may not be able to exercise full control over the threat. Maritime operations require a trusted and proven counter-UAS solution to protect naval and merchant vessels, cargo, crew and passengers, ports/harbors, critical navigation routes, and more from multiple simultaneous threats. D-Fend Solutions’ EnforceAir2 Maritime Version offers uncompromised reliability and protection for all types of maritime and naval deployments with field-proven RF Cyber-Takeover C-UAS technology that does not interfere with communications, navigation, or other vital maritime and naval systems. Counter-UAS for Maritime Operations: Key Considerations Maritime counter-UAS deployments must balance threat mitigation with uninterrupted operation of navigation, radar, and communication systems. They must operate within dense RF conditions, where interference can impact mission-critical systems. A maritime counter-UAS solution must therefore: Operate without disrupting onboard or external communications Enable controlled mitigation rather than disruption-based responses Support deployment across vessels, ports, and coastal infrastructure Scale from small ships to large naval platforms Special Features Designed to withstand severe conditions with maritime-tested materials and advanced design Robust API for integration with existing shipboard Command and Control systems Cables support the Maritime Halogen-Free standard Flexible outdoor or indoor installations, on-board or onshore Complies with MIL-STD Maritime specifications Deployment Options Maritime-grade connection cable (up to 5-meters) enables 2 deployment options: Split Mount – SDR indoor / radome outdoor All Outdoor Topology & Scale Large Vessel – 2xEnforceAir2 MAR + MSC2 Ruggedized Laptop Small Ship – Single EnforceAir2 MAR +Tablet Main Components ▶ EnforceAir2 SDR – Maritime Version Salt-resistant materials & sealing. Dedicated maritime connectors. ▶ Maritime Radome Antenna 400MHz-6GHz frequency support. Salt-resistant materials & sealing. Dedicated maritime connectors. ▶ RF Cables RF cables connecting antenna to EnforceAir2 SDR Maritime unit. Dedicated maritime connectors. Halogen-free for maximum covertness. ▶ SDR Cradle Maritime 810H military-standard cradle for the EnforceAir2 SDR unit, designed to withstand maritime environment & shocks. ▶ Antenna Cradle Maritime 810H military-standard cradle for the EnforceAir2 Maritime antenna. RF-Cyber C-UAS for Maritime and Naval Units EnforceAir2 automatically and passively detects, locates, and identifies rogue drones, including the pilot location, then neutralizes the threat by allowing full control over the drone and land it safely in a predefined zone on the shoreline, vessel, or on the water. The system employs non-kinetic RF-Cyber technology, avoiding collateral damage, interference, or disturbance, safely preserving operational continuity. During blue water scenarios, EnforceAir2 integrates smoothly as an important component of a maritime or naval layered air defense system. EnforceAir2 is at Technology-Readiness Level 9 (TRL9) in its maritime configuration, which means it has been proven through successful mission operations. The system can be fitted to the smallest naval and merchant vessels and is scalable for larger platforms and those with complicated upper-deck superstructures. The system’s compactness allows elevated positioning and use of upper-deck locations. The hardware does not require cooling, is ruggedized for open water conditions, and operates on a low-power footprint.   ## FAQ - EnforceAir2 Maritime Version ### What is a maritime counter-UAS system? A maritime counter-UAS system is designed to detect, track, and identify unauthorized drones in naval and maritime environments, and enable controlled mitigation without disrupting critical onboard systems such as communications and navigation. ### Why are traditional drone mitigation methods limited at sea? In maritime environments, methods such as jamming or kinetic mitigation can interfere with communication, navigation, and sensor systems, or may be restricted near ports and coastal areas. This makes controlled, non-disruptive approaches more suitable. ### How does EnforceAir2 Maritime Version mitigate drone threats? EnforceAir2 passively detects and identifies drones and enables operators to assume control of the drone, allowing it to be safely guided to a predefined landing zone without causing interference to surrounding systems. ### Where can maritime counter-UAS systems be deployed? Maritime C-UAS systems can be deployed on naval vessels, merchant ships, ports, harbors, and coastal infrastructure, and can scale based on platform size and operational requirements.