Steerable Beam Antennas
Our extensive range of field-proven wideband antennas—including advanced technologies like Steerable Beam As unmanned aerial systems (UAS) reshape security challenges, Alaris COJOT delivers cutting-edge antenna solutions for Counter-UAS or often simply called “Anti-Drone” operations. Our extensive range of field-proven wideband antennas—including advanced technologies like Steerable Beam Antennas (SBAs)—delivers exceptional performance and innovative capabilities for the efficient detection and neutralisation of drones. Designed for flexibility and performance, our antennas seamlessly enhance situational awareness in both military and civilian applications. Rooted in Finnish engineering expertise, Alaris COJOT brings decades of RF and antenna innovation to the table, supporting a safer, more informed response to aerial threats. Discover the power of Alaris COJOT antenna solutions today.
Pre-determined range of beam modes
Alaris COJOT Steerable Beam Antennas combine the features of different antenna types along with an integrated digital interface that allows the operator to select and switch between a pre-determined range of beam modes (omni, sharp, directed or wide beam).
Why choose our SBA range?
- Improved Coverage and LPI/LPD
- High gain: Up to 15dBi with directional beams
- Support of MIMO through dual polarized versions
- Simple Direction Finding capabilities: DoA of unmanned aerial systems
- Simple and fast field-proven control protocol
- Power level variants from 10W up to 100W
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Call our Sales team
- +35894522334
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Email our Sales team
- [email protected]
Steerable Beam Antennas Brochure Download
Discover how Alaris COJOT’s Steerable Beam Antennas (SBAs) are advancing Counter-UAS capabilities — download our PDF brochure for offline viewing.
Download BrochureSteerable Beam Antennas in a surveillance application
In this video, we demonstrate the powerful capabilities of our antennas in a real-world surveillance application. Watch as a drone is automatically deployed, connecting seamlessly to the antenna system for optimal communication. The sharp beam mode enhances directional gain, effectively increasing the operational range. This focused and lower RF profile also reduces the likelihood of detection and interference, providing a more secure and robust drone control signal.
