A Compact Leap Forward in 3D Radar Detection
The GAX500-3D holographic radar marks a significant step in compact radar systems, combining 3D radar detection with a highly portable design. Weighing under 4 kilograms and comparable in size to a small briefcase, the unit is engineered for deployment where traditional ground-based radars would be impractical. Operating in the 10.0–10.5 GHz band, it is optimized for precise aerial detection, particularly of small drones that can evade conventional surveillance. With the ability to scan the entire sky up to 32 times faster than prior systems, the radar is tailored for real-time aerial monitoring systems that must react to rapidly changing conditions. Its architecture emphasizes ultra-low size, weight, and power, making it suitable for continuous operation with minimal energy draw while still retaining the performance needed for demanding security and situational awareness missions.
Floodlight-Style Holographic Radar Technology for Continuous Coverage
Unlike traditional electronically scanned array radars that sweep like a narrow flashlight beam, the GAX500-3D uses holographic radar technology to illuminate the full monitored volume simultaneously. This “floodlight” approach allows the system to keep a constant stare over the sky, reducing the chance of missing brief or fast-moving aerial targets. The radar can track up to 50 targets in just 56 milliseconds, providing a refresh rate that supports real-time decision-making in complex airspaces, including potential drone swarm scenarios. By avoiding mechanical steering and narrow-beam scanning, the system minimizes blind spots and latency. For operators, this means more reliable tracking of small drones, low-flying aircraft, and other aerial objects that might otherwise slip between scan cycles, enhancing both security effectiveness and confidence in automated aerial monitoring systems.
Lightweight Design and Power Efficiency Enable Mobile Deployment
A key enabler for new aerial monitoring applications is the GAX500-3D’s ultra-lightweight, power-efficient design. At less than 4 kilograms and with dimensions of roughly 16 x 10 x 4 inches, the radar can be deployed on mobile platforms that cannot support traditional large antennas. Its power consumption of under 35 watts at 48 volts direct current allows sustained operation from modest power sources, aligning with the needs of battery-driven or hybrid systems. The unit is designed to withstand harsh environments, operating from −40 to 55 degrees Celsius, which broadens its utility from cold, high-altitude locations to hot, arid sites. Combined with a web-based interface that supports setup in under 10 minutes, these features make the radar practical for rapidly established field sites and agile missions that demand quick, flexible sensing capability.
Extending Aerial Monitoring to Drones and Ground-Based Platforms
The GAX500-3D’s 500-meter detection range for small drones and 1,000 meters for human-sized targets opens up new integration opportunities across both air and ground platforms. Its compact footprint and low power draw make it a strong candidate for mounting on unmanned aerial vehicles that require lightweight, compact radar systems for persistent surveillance or perimeter monitoring. On the ground, the radar can be embedded into a variety of tactical and security vehicles, expanding their situational awareness without significantly affecting payload limits. Its fast 3D radar detection capabilities are well suited to fixed-site aerial monitoring systems that need constant coverage of critical infrastructure or sensitive facilities. Together, these characteristics point toward a future in which holographic radar technology becomes a standard, modular sensor option for mobile, autonomous, and networked security architectures.