Agile, high-power RF apertures for the contested spectrum.
KinetixBeam builds all-metal reconfigurable arrays and metasurface lenses that focus RF energy with precision. One aperture technology serves three missions: electronic attack against drones and drone swarms, high-power microwave effects, and wireless power delivery to platforms at the tactical edge.
One aperture technology. Three effects.
The physics that lets an array focus power onto a moving receiver is the same physics that lets it concentrate disruptive energy on a hostile target. We design apertures for both, from Group 1 and Group 2 sUAS defeat to sustained power delivery.
High-Power Microwave Apertures
All-metal lenses, reflectarrays and slot arrays with no dielectric to break down, outgas or overheat. Engineered to carry HPM and HPRF source power while keeping the beam shaped and steerable.
All-metal · Breakdown-aware design · Beam shaping
Wireless Power Beaming
The same beam control recharges UAS, ground robots and remote sensors in flight and at the edge, reducing the battery and fuel logistics tail in contested environments and on the lunar surface.
Phased arrays · GaN amplifiers · Rectennas
Distributed Coherent Beamforming
Synchronization and estimation methods that let independently clocked platforms act as one aperture, holding phase coherence through clock offsets, motion and multipath to combine power on target.
Phase synchronization · Coherent combining · Multi-node estimation
Electronic Attack and Counter-sUAS
Distributed apertures, phase-aligned to focus jamming and disruptive energy on individual drones and swarms in the radiating near field. Energy concentrates on the target rather than across the surrounding spectrum.
Near-field focusing · Swarm retargeting · Distributed coherence
Precise Control of RF Energy, Wherever the Mission Demands
KinetixBeam apertures focus RF energy exactly where it is needed. The same reconfigurable, all-metal technology disrupts hostile drones and swarms, carries high-power microwave effects, and delivers wireless power to unmanned platforms operating at the tactical edge.
Built for the Contested Spectrum
Whether you are countering small UAS, developing a directed-energy effector, or extending the endurance of unmanned systems, our team designs, prototypes, and tests the aperture your program needs. Tell us your requirement and we will respond with a technical point of view.
