Defense company Assured Space (USA) has just introduced Penoptix, a mobile X-band radar system developed to overcome the limitations of traditional missile defense radar systems that depend on fixed and large-scale infrastructure.
According to the company, Penoptix is designed to operate effectively in constantly changing battlefield environments. The system has an operating aperture of about 3m2 and can be connected to many sensors or radars to form a widespread surveillance network.
Thanks to this networked architecture, operating units can expand the scope of observation, reduce the risk of weaknesses appearing in the system and maintain combat capability even when some components are disabled.
Unlike fixed defense radars that often require a long deployment time, the Penoptix is built according to the "fight when encountering the enemy" model, allowing fast deployment, regular mobility and adaptation to volatile combat conditions.
This is especially important in the context that long-range weapons, high-precision missiles and drones are making fixed bases vulnerable targets.
Mr. Sean McDaniel, CEO of Assured Space, said that many radar systems today are designed for the threatening environment of the past. According to Mr. McDaniel, Penoptix aims for future defense needs with a mobile, modular, easier-to-replace and easier-to-protect structure from modern attacks.
In terms of technology, Penoptix is developed based on Assured Space's CapLink Array platform. The system uses signal-emitting and receiving modules based on gallium nitride (GaN) material, allowing achieved isotropic amplification over 50 decibels, contributing to improving target detection and tracking capabilities.
This radar is also capable of integration with existing command, control and radar systems. Penoptix supports many different communication methods, including ground, satellite and wireless networks, helping to maintain connections in many operating conditions.
In addition to missile warning and defense missions, the system can also be used to detect unmanned aerial vehicles, protect frontline bases, support mobile units and participate in emergency response operations.
