COUNTER-DRONE RESPONSE TECHNOLOGIES
DroneWall combines electronic countermeasures and interception technologies to support a layered response to unauthorised drone activity.
The neutralisation portfolio includes Eagle, FSTA1, Effector and XWJ2 C-UAS, providing different response options for varying operational environments and threat scenarios.
These technologies can be integrated into the wider DroneWall architecture, connecting detection, classification and operator assessment with appropriate countermeasures. System configurations are determined by project requirements, operational conditions and applicable regulations.
DRONE NEUTRALISATION TECHNOLOGIES
EAGLE
AI-POWERED DRONE INTERCEPTION
1. Product description
Eagle is an autonomous Counter UAS interception platform designed to detect, track and capture unauthorised drones. Equipped with advanced onboard sensors, artificial intelligence and a net-based capture mechanism, Eagle provides a non-destructive approach to drone neutralisation.
Its AI-driven navigation and predictive control system enable autonomous target pursuit, obstacle avoidance and interception. Captured drones can be transported to a designated area for further assessment.
Designed for integration with existing detection and command and control systems, Eagle supports coordinated drone defence operations across critical infrastructure, airports, military facilities and other sensitive environments.
2. Key Features:
| Feature | Description |
| Autonomous Interception | AI-driven navigation, target tracking and interception with minimal operator intervention. |
| Non-Destructive Capture | Net-based interception designed to capture unauthorised drones for subsequent assessment. |
| Advanced Sensor Technology | Integrated 3D LiDAR, stereoscopic imaging and onboard cameras support navigation and target tracking. |
| System Integration | API-based connectivity with compatible detection and command and control systems. |
3. Technical Specifications:
| Specification | Details |
|---|---|
| Dimensions (W × L) | 1,200 × 1,200 mm |
| Weight | 20 kg |
| Maximum Payload Capacity | 20 kg |
| Maximum Flight Time | Up to 40 minutes |
| Navigation & Sensors | 3D LiDAR, stereoscopic camera, RGB camera, GPS + RTK |
| Communications | Radio, Wi-Fi, 5G |
FSTA1
MODULAR COUNTER-UAS SYSTEM
1. Product description
DroneWall FSTA1 is a portable, ground-based counter-drone system designed to support the detection, classification and neutralisation of aerial threats.
Its modular architecture accommodates compatible kinetic and non-kinetic response technologies, allowing the system to be configured according to operational requirements.
Combining AI-assisted detection, flexible deployment options and command-and-control compatibility, FSTA1 provides an adaptable solution for counter-drone operations in different security environments.
2. Key Features:
| Feature | Description |
|---|---|
| Modular Architecture | Supports different compatible countermeasure technologies. |
| AI-Assisted Detection | Provides automated drone detection and classification capabilities. |
| Rapid Deployment | Portable, collapsible configuration designed for quick setup. |
| Flexible Integration | Supports compatible command-and-control systems and different deployment configurations. |
3. Technical Specifications:
| Specification | Details |
|---|---|
| System Type | Ground-based modular counter-UAS |
| Weight | Approx. 18 kg |
| Deployment Time | Approx. 5 minutes |
| Detection Range | Up to 300 m (manufacturer-stated) |
| Operating Capability | Day and night |
| Power | Battery operation, up to 12 hours (manufacturer-stated) |
| Integration | ATAK / compatible C2 systems |
Geographical Availability: This product is available in selected international markets, subject to applicable regulations and geographical restrictions.
XWJ2 C-UAS
ELECTRONIC COUNTERMEASURE SYSTEM
1. Product description
The XWJ2 C-UAS is a modular electronic countermeasure system designed to disrupt selected radio-frequency communication and navigation signals used by drones.
Based on Direct Digital Synthesis (DDS) technology, the system supports quasi-continuous frequency coverage from 20 MHz to 7.2 GHz, enabling flexible signal configurations for different operational requirements.
Its scalable architecture allows multiple modules to be integrated into larger security systems, with local and remote control options for coordinated operation.
2. Key Features:
| Feature | Description |
|---|---|
| Programmable Signal Control | Supports software-configurable signal profiles for different operational requirements. |
| Modular Architecture | Flexible system design that supports multiple modules and configurations. |
| Local & Remote Operation | Provides several control options, including local and network-based interfaces. |
| System Monitoring | Monitors essential operating parameters to support system management and supervision. |
3. Technical Specifications:
| Specification | Details |
|---|---|
| System Type | Modular electronic countermeasure system |
| Technology | Direct Digital Synthesis (DDS) |
| Power Supply | Mains or DC power |
| Configuration | Software-configurable operating profiles |
| Control Options | Local controls, remote control, USB and LAN |
| System Architecture | Scalable, network-connected modules |
EFFECTOR
MODULAR COUNTER-DRONE RESPONSE
1. Product description
Effector represents a modular approach to drone neutralisation, supporting different response technologies according to operational requirements and threat scenarios.
The concept combines compatible countermeasures with detection, tracking and operator-controlled response capabilities. Its flexible architecture allows suitable response options to be selected for different security environments.
Within the DroneWall concept, effector-based technologies can form part of a coordinated counter-drone response, subject to project-specific integration and validation.
2. Key Features:
| Feature | Description |
|---|---|
| Modular Response Options | Supports different countermeasure technologies within a flexible system architecture. |
| Integrated Detection & Tracking | Combines sensor-based detection and tracking with coordinated response capabilities. |
| Operator-Controlled Engagement | Maintains human oversight of engagement decisions. |
| Flexible System Integration | Designed to work with compatible detection and command-and-control systems. |
3. Technical Specifications:
| Specification | Details |
|---|---|
| System Type | Modular counter-drone response system |
| Response Technologies | Configurable kinetic and non-kinetic options |
| Target Detection | Sensor-supported detection and tracking |
| Operation | Human-in-the-loop control |
| System Configuration | Adaptable to operational requirements |
| Integration | Project-specific integration with compatible systems |
Geographical Availability: This product is available in selected international markets, subject to applicable regulations and geographical restrictions.
FLEXIBLE NEUTRALISATION, COORDINATED RESPONSE
DroneWall supports the integration of different neutralisation technologies within a coordinated Counter-UAS architecture.
Following detection, classification and operator assessment, suitable response options can be incorporated according to the security requirements of each installation. These may include drone-based interception, electronic countermeasures and effector-based technologies.
Through project-specific integration with command-and-control systems, DroneWall supports coordinated responses while maintaining operator oversight and compliance with applicable regulations.
NEUTRALISATION TAILORED TO YOUR SITE
Every security environment has different requirements. DroneWall neutralisation technologies are selected according to site conditions, identified threats and security objectives.
Suitable response technologies are determined by operational needs, technical compatibility, local regulations, required authorisations and geographical restrictions.
This approach ensures that each proposed configuration meets site-specific security needs and applicable regulatory requirements.
