UVS Dynamics — Unmanned Vehicle Systems
An X-band link
that works
when L/S/C go silent
We design X-band radio systems for unmanned aerial vehicles — operating where the primary bands have already been jammed by EW. Our own SDR stack, our own boards, our own firmware.
Why now
EW won at the old bands. X-band is the open lane.
The first mover wins twice: first in Ukraine, then in European defense post-war.
01
EW won at L/S/C
Russian EW saturates 900 MHz, 2.4 / 5.8 GHz, and L/S/C bands. Radios designed for those bands cannot survive contested airspace at scale.
02
X-band is the open band
8–10 GHz has minimal jamming density. Domestic production of X-band UAV data links in Ukraine is virtually nonexistent — UVS Link is built to close that gap.
03
Pole position for EU defense
Drone comms is a $5B+ global market. Battle-tested X-band hardware will be the gold standard for NATO-aligned procurement post-war.
Strategic positioning
In the spectrum that will define the next generation of comms
The bottom of our band sits inside the 7.125–8.4 GHz upper mid-band ITU-R is studying for 6G. We're already building there — while others are still planning.
What we build
Three product lines on a shared engineering foundation
01 / Products
UVS Link Pro
Long-range X-band radio link for reconnaissance UAVs
Our next-generation X-band radio line, in development: an SDR-based system with planned MIMO 2×2 and beamforming, FPGA frequency-hopping and adaptive OFDM. Range is a design target, set after flight tests. Designed for reconnaissance missions in active EW environments.
Read more
02 / Products
UVS Link
Budget X-band system for FPV platforms
An X-band frequency-converter pair plus a 2 W amplifier: an airborne box (UP converter) and a ground box (DOWN converter) that shift standard 5.8 GHz FPV gear (RunCam WiFiLink2 / OpenIPC) into X-band with no re-encoding. Design range target 10–20 km — flight trials are the next step.
Read more
03 / Products
UVS Detector
Radio-monitoring platform for the tactical operator — sweep · detect · classify · identify · decode
An SDR-based platform for systematic radio-spectrum surveillance in the field: real-time signal detection, modulation classification across 24 classes, emitter identification against 360+ profiles, and live decoding of analog video, audio and nine data protocols. Operator-grade UI. Direction finding is coded and unit-tested but not yet on the live receive path; station federation is not yet built. Pre-release v1.0; access by separate agreement.
Read more
04 / Products
UVS Vision
Onboard computer vision for UAVs — GPS-denied navigation and automatic target detection
A standalone onboard module: all inference runs on the aircraft, on an embedded AI accelerator, with no link to the ground. Two operating modes: GPS-denied visual navigation (map matching → drone position) and automatic detection of military hardware in aerial imagery.
Read more
05 / Products
HAL-9001
Fixed-wing VTOL — our in-house flight testbed for the UVS Dynamics radio and vision stack; in build and ground test
Our own fixed-wing VTOL UAV, designed in-house and not for serial production. It is being brought up as the flight testbed for UVS Dynamics radio links and computer vision. As of today it is in build and ground testing and has not yet flown.
Read more
Who we are
An engineering team across three domains: radio comms, computer vision, radio monitoring
UVS Dynamics is an engineering team across three product lines: X-band radio systems for UAVs, onboard computer vision, and an SDR-based radio-monitoring platform for the tactical operator. Our own boards, our own firmware, our own ML models, our own DSP stack — every critical layer is ours.
Learn moreBuilding a platform that needs a link through EW?
Tell us about the mission — we'll get back within 48 hours.