From Flashlight to Floodlight: A New Paradigm in 3D Radar Technology
The GAX500-3D holographic radar marks a pivotal shift in aerial surveillance systems by abandoning the traditional ‘flashlight’ model of electronically scanned array radars. Instead of sweeping a narrow beam across the sky, this compact sensor uses a ‘floodlight’ approach to continuously illuminate and monitor the full volume of surrounding airspace. According to its developer, this enables sky monitoring up to 32 times faster than conventional solutions, allowing the radar to track up to 50 aerial or ground targets in just 56 milliseconds. For operators confronting fast, low‑signature threats such as small drones or swarming unmanned aircraft, holographic radar detection of this kind reduces the risk of missing a fleeting target between scans. The move from intermittent scanning to uninterrupted ‘stare’ coverage positions holographic 3D radar technology as a foundation for the next generation of persistent, real-time airspace awareness.
Compact, Rugged and Efficient: Engineering for Mobile Aerial Surveillance
Engineered around an ultra‑low size, weight, power, and cost architecture, the GAX500-3D is designed to go wherever aerial surveillance is needed. Weighing under 4 kilograms and roughly the size of a small briefcase, the unit can be rapidly deployed on expeditionary tripods, vehicles, or mobile command posts without imposing significant payload penalties. Power consumption stays below 35 watts at 48 volts direct current, enabling continuous operation from modest onboard or battery power sources. The radar operates in the 10.0–10.5 gigahertz band and is built for environmental resilience, functioning from −40 to 55 degrees Celsius. This combination of compact form factor, low power draw, and robust thermal tolerance allows security teams and defense operators to field persistent holographic radar detection on platforms that previously could not support traditional, bulkier radar systems.
Extending Drone Detection Range for Real-Time Airspace Control
A key metric for any aerial surveillance system is drone detection range, and the GAX500-3D is optimized for small, hard‑to‑see targets. The holographic 3D radar can detect a small drone out to 500 meters, while larger human-sized targets can be picked up at distances up to 1,000 meters. Operating in the 10.0–10.5 gigahertz frequency band, the system balances range, resolution, and clutter rejection to maintain reliable tracking even in complex environments. By refreshing the full sky up to 32 times faster than conventional radars, it provides more frequent updates on each contact’s position and trajectory, enhancing threat classification and engagement decisions. For operators managing congested low-altitude airspace, this combination of extended range and rapid revisit rates supports earlier warning, more accurate cueing of cameras or effectors, and improved safety margins around sensitive facilities or critical infrastructure.
Enabling New Concepts of Operation in Security and Defense
Beyond its technical specifications, the GAX500-3D’s impact lies in how it can reshape operational concepts in security, defense, and autonomous systems. Its small size and low power profile make it suitable for integration on light tactical vehicles, medium logistics trucks, and other mobile platforms that require flexible, on-the-move aerial surveillance. A web-based interface supports setup in under 10 minutes, reducing training and deployment overhead. For fixed-site protection, the radar’s persistent ‘stare’ coverage offers continuous monitoring of critical assets against drones, ground intruders, or mixed air-ground threats. In defense contexts, holographic 3D radar technology can enhance situational awareness for dismounted units and convoy operations. Meanwhile, its rapid tracking updates make it a promising sensor for autonomous drone operations, where onboard or ground-based radars must provide reliable, low-latency data for collision avoidance, route planning, and cooperative swarming behaviors.