StormQuant has reached another major milestone in radar innovation with the unveiling of its most advanced compact weather radar to date. The radar is currently undergoing final field calibration adjustments on Florida’s Space Coast in advance of deployment to Southern Florida.

Early Prototype

Current Bat-2

StormQuant’s radar is designed for superior performance. The engineering team has refined both its hardware and software through rigorous testing and iterative development. The latest radar is assembled from nearly 27,000 components. The result is a very advanced, compact, installation-ready radar that’s powerful, cost-efficient, and globally scalable. This radar design will be a game-changer across both U.S. and international markets.

“Our team has set a new bar for radar size, sensitivity, and performance,” said Jacob Lawrence-Simon, Principal Engineer. “Each iteration builds on the last, moving from conceptual prototype validation to this launch-spec radar, engineered for operational excellence in a compact form.”

Seeing Is Believing

Unlike traditional weather radar systems, StormQuant’s latest radar is designed to deliver next-level detection capabilities—0 dBZ at 25 nautical miles (NM), compared to the industry-standard 18 dBZ. Combining the compact 8-12 GHz X-band radar and our patented meshing software gives StormQuant unmatched capabilities. This enhanced sensitivity allows for superior detection of weather patterns and greater data resolution which lead to improved forecasting precision.

Radar identifying clouds at 7.8 dBZ intensity at 21.39 NM and 5,949 ft

Radar identifying clouds at 7.8 dBZ intensity at 21.39 NM and 5,949 ft

With its proprietary Weather Viewer workstation, the StormQuant platform is being utilized today to support and augment aging display systems, bridging the gap between legacy infrastructure and next-gen radar networks. With seamless integration of existing data streams, the platform enhances situational awareness and forecasting efficiency across a variety of operational environments.