About UVS Dynamics

What we do

UVS Dynamics is an engineering team across three product lines:

• X-band radio systems for UAVs (UVS Link / UVS Link Pro) — communication that works where L/S/C bands have already been jammed by EW.
• Onboard computer vision (UVS Vision) — GPS-denied visual navigation and automatic target detection.
• SDR-based radio-monitoring platform (UVS Detector) — sweep · detect · classify · identify · decode for the tactical operator.

One team, with distinct expertise per line; separate go-to-market paths and roadmaps.

Why X-band

Most UAV communication systems operate in L/S/C bands — the primary targets for electronic warfare. X-band is far less crowded: effective jamming there requires much higher power and more expensive equipment, so EW assets in this range are deployed point-by-point rather than as continuous coverage. That makes X-band a practical choice for sustained missions in contested RF environments.

Military X-band systems exist on the market — but they’re expensive, export-restricted, and not built for integration with standard UAV platforms. Domestic production of X-band data links in Ukraine is virtually nonexistent. That’s the gap we’re closing.

More: our band sits at the upper edge of the 7.125–8.4 GHz range that WRC-27 is studying for 6G (agenda item 1.7). Investing in this slice of spectrum today is not a niche defence choice — the chipsets, RF components and expertise forming around it over the next decade are the same ones we build on.

How we work

• We own the RF path. UP/DOWN converters, the amplifier, their firmware and the operator software are ours; the video modem is a COTS FPV engine we translate to X-band.
• One platform, more than one use. The converter pair is a platform: the same boards are being specified as a front-end variant for drone-detector manufacturers.
• Bench first, then field. Every prototype is measured on the bench before it flies; a bench report alone never closes a gate.
• Tight loops. Between feedback from the field and a firmware fix: days, not months.

Team

Depth in every domain we ship in. The RF bench is two senior engineers with 25 and 30 years in microwave design, working alongside junior RF and layout engineers. On the software side, systems and firmware developers with 17 and 19 years across software and hardware, and engineers on the SDR stack, DSP and systems C++ behind UVS Detector.

Where a problem needs a narrower expert than any in-house team carries, we engage one — antenna systems, converter design above the X-band, GaN device selection and power-amplifier layout, propeller and airframe aerodynamics. We would rather bring in someone who has solved a problem before than approximate it ourselves, and our RF work is reviewed externally by a GaN specialist under NDA.

Status as of 1 September 2026

Concrete, dated:

• Converter pair (airborne UP / ground DOWN) and the 2 W amplifier — boards built, running, and measured on the bench
• August 2026 — first end-to-end video through the converter pair, wired and over the air on the bench, at X-band
• August 2026 — first full transmit chain measured end to end: source, converter, amplifier
• Firmware and operator software — tagged releases for both the converter and the amplifier since June 2026; release images built by CI
• Enclosures — our own drawings and 3D models; test boxes on the bench
• X-band antennas (patch, horn) — samples under test on the bench
• Next: flight trials, then the rev-2 board revision
• Production hardware — no date published. The board revision that goes into a series is not frozen yet, and the freeze depends on trial results. Programme kickoff: November 2025.

Everything in this section is stated as of the date in the heading above. Where a figure elsewhere on this site carries no date, read it as of that date.