Guerrilla RF, Inc. Expands Semiconductor Push into UAS and Counter-Drone Markets

Guerrilla RF, Inc. (OTCQX: GUER), a leading provider of state-of-the-art radio frequency (RF) and microwave semiconductors, announced its expanded focus and readiness to support the rapidly evolving Unmanned Aerial Systems (UAS) and Counter-UAS (C-UAS) markets. With a deep portfolio spanning low-noise small-signal devices through high-power RF power amplifiers, Guerrilla RF offers over 90 component solutions engineered for mission-critical UAS communications, navigation, electronic warfare, and counter-drone systems.

As UAS platforms proliferate across defense and security environments, designers face increasing demands for resilient RF links, higher bandwidth payload communications, and robust navigation performance. Guerrilla RF RFICs are used in both the uplink and downlink paths of UAS architectures, supporting C2 (command and control) communications as well as payload data links. Guerrilla RF solutions also support critical GNSS/GPS receiver paths, helping system designers improve sensitivity and overall performance in demanding RF environments.

In parallel, as C-UAS requirements grow, RF front-end sensitivity and raw output power are key enablers of effective counter-drone capabilities. Guerrilla RF’s portfolio includes both small-signal and high-power RFICs designed to support drone-jamming transmit chains and electronic warfare (EW) receiver architectures, addressing customer needs for linearity, gain, efficiency, and rugged performance across a wide range of frequencies.

“UAS and C-UAS systems are evolving rapidly, and their RF subsystems are increasingly expected to perform in complex, contested environments,” said Jim Ahne, Senior VP of Marketing at Guerrilla RF. “Guerrilla RF is already supporting a growing number of UAS and counter-UAS platforms with design sockets now ramping in production. With high-performance RF and microwave IC solutions spanning the full signal chain—from low-noise amplification and gain blocks to high-power GaN amplifiers—we’re well positioned to help customers accelerate new designs. We invite engineers to explore our solutions and engage with our applications team early in the design cycle.”