Rafael introduces miniature EW system for uncrewed aerial platforms
2 min read
Moreover, this system is a game-changer because it shrinks advanced protection technology to a size suitable for drones. It provides autonomous monitoring and 360-degree coverage against diverse threats like radar-guided systems.
Consequently, people using these platforms can now operate with greater safety and effectiveness. Its modular design allows for easy upgrades, helping protect humanity’s assets in more complex environments.
| Feature | Specification | Benefit |
|---|---|---|
| AESA Transmitter | Active electronically scanned array with solid-state radio, telemetry modules, and DRFM-based technique generation | Advanced radar deception and signal generation in a reduced form factor for UAV integration |
| Coverage & Monitoring | Wideband frequency coverage with 360-degree spatial protection and continuous autonomous EM spectrum monitoring | Prompt, orientation-independent responses to diverse threats regardless of UAV movements |
| Threat Countermeasures | Direction finding, radar-guided threat countermeasures, and autonomous detect-analyse-generate-transmit cycle | Self-protection capabilities against multiple threat types in contested electromagnetic environments |
| Modular Design | Standard components enabling integration across different uncrewed aerial platforms with programmable software settings | Customisable, adaptable deployments with straightforward upgrades and ongoing maintenance |
| Miniaturisation | Reduced-size technologies previously used in Rafael’s wider electronic warfare systems | Practical, lightweight solution meeting the size, weight, and power constraints of UAV operations |
Electronic Warfare for UAVs
In addition, Rafael’s new miniature EW system lets unmanned aerial platforms protect themselves. As a result, everyone can use these UAVs in more dangerous places. The Storm Shield provides autonomous EM monitoring and 360-degree coverage, helping keep them safe from many threats.
Enhanced UAV Self-Protection
As air defence systems have grown more sophisticated and contested electromagnetic environments more prevalent, unprotected unmanned platforms face increasing vulnerability limiting their operational reach and mission effectiveness precisely where they are needed most.
Therefore, this system provides drones with crucial self-protection against complex electronic threats. It offers wideband coverage and autonomous monitoring to keep platforms safe.
Consequently, this modular and adaptable technology directly expands the mission effectiveness of uncrewed systems. It allows them to operate reliably even in challenging, contested environments.
