VICTORYSOFT LLC · serial production

We buildsoftwarefor Ukrainian victory

Unmanned ground vehicles and unmanned aerial systems. The aircraft, the data link, the ground control station and the software are all developed in-house

Consultation 24/7 · On-site demonstration with your unit

  • fibre optic
  • satellite link
  • ground route

Schematic: the data links of all three systems converge at the ground station.

·Systems

Systems in serial production

Key characteristics of each system. Full specifications and configurations are given on its own page.

What this means in kilometres

VENAT-Lfibre length
20 25
20 / 25 / 30 km
VENAT-24 Wraithtactical radius
up to 48 km
Gulliverrange
50 km
  • 0
  • 10
  • 20
  • 30
  • 40
  • 50 km

These are different quantities: fibre length, tactical radius, driving range. A direct comparison is not meaningful. Measurement conditions are given on the page of

·What is inside

Software developed in-house

The aircraft firmware, the link protocol and the operator station come from one manufacturer, so the parts of the chain work together. Two programs serve the whole line

Aerial systems

Ground station for aerial systems

Video and telemetry appear on a single screen and the sortie is recorded automatically. The station can be split: operators work away from One program for VENAT-L and VENAT-24 Wraith.

up to four aircraft from one position the operator need not be at the position sortie recording instruments over the video

Ground vehicles

Control station for ground vehicles

Our own build of QGroundControl for Gulliver: route, two cameras, night mode, vehicle and system status on one screen. A configuration with Khmarka is also available

route on the map two cameras, day and night vehicle status at a glance or Khmarka
REC Schematic · aircraft 01Schematic · aircraft 01Schematic · vehicle 01 00:12:41
Fibre opticSatellite linkGround route STABLESTABLESTABLE
Link
Fibre
Paid out
24.3 km
Video
Full HD
Audio
On
Link
Starlink
Altitude
420 m
Optics
Thermal
Release
3 channels
Link
Starlink
Route
4.2 km
Camera
IR mode
Charge
68 %

Schematic view, values shown for illustration. The operator's screen layout is the same across the whole line.

Production base

Software and units are supplied for integration into other manufacturers' equipment.

What we can integrate

·Components · OEM

Next — supply of individual units. For manufacturers and for units.

Units and subsystems for integration

Ground stations, data links and gimbals are supplied separately from complete systems, including through volunteer organisations. For manufacturers — reworking the firmware, mechanics and interfaces for their equipment.

Photographs of the kit
and the path diagram — on request

Link · air

Digital fibre-optic communication system

A complete air-to-ground path. The airborne part is installed on the customer's aircraft; the ground part is a station of our manufacture.

  • Camera with an optional thermal channel
  • Spool wound in-house
  • Media converters on the aircraft and on the ground
  • Ground station
  • Firmware for the aircraft and the ground

Specifications and wiring diagram sent on request

Photographs of the gimbal
and drawings — on request

Optics · heavy platforms

Gimbal for large platforms

A stabilised gimbal of our own manufacture. Fitted as standard on the VENAT-24 Wraith.

  • Day channel and thermal channel
  • Tilt from horizon (0°) to nadir (−90°)
  • Stabilisation on the move
  • Controlled from the operator station

Specifications and mounting drawings — on request

Photographs of the installation
and the link diagram — on request

Link · satellite

Starlink communication system for aerial platforms

A satellite link not limited by the radio horizon: a terminal on the aircraft, the ground part, control and video in a single path.

  • Terminal, power supply and mounting on the aircraft
  • Ground segment and link routing
  • Optical stabilisation on board — integrated with partners
  • Release system integrated into the same path
  • Several aircraft and operators at once

Conditions of use and specifications — on request

Photographs of the unit
and the diagram — on request

Payload

Release system with status indication

The status of every channel is shown on the operator's screen before take-off and in flight.

  • Several channels on one unit
  • Status shown on the operator's screen
  • Integrates with our station or with the customer's

Number of channels and load — on request

Photographs of the unit on the aircraft
and the section diagram — on request

Payload · long endurance

Battery jettison system for very long flights

Jettison of a spent battery section in flight. Reduces the aircraft's mass over the second half of the route and removes the range limit imposed by take-off weight.

  • Jettison of a spent battery section in flight
  • Compatible with the release unit and its indication
  • Mechanics and firmware for the customer's aircraft
  • Designed for the required flight duration

Number of sections, mass and jettison sequence — on request

Frame with target lock
and the diagram — on request

Terminal guidance · multirotors

In use since 2024

Terminal guidance module for multirotors: a device or a software licence

Holds course on the target after lock-on: the final metres do not depend on link quality. Supplied as a separate device on the aircraft or as a software licence for the customer's computing platform.

  • Lock-on and autonomous flight to a stationary target — up to 500 m
  • Against a moving target — up to 150 m
  • Works with various flight controllers and links
  • Lowers the flight-hour requirement for the pilot

Accuracy by target type, computing platform requirements and licence terms — on request

To assess compatibility, send us the aircraft type and the task. We will tell you which units fit without modification and which need adapting.

Discuss integration

·Timeline

From the first prototypes to serial production

Development has been under way since 2022 and serial production since 2023. The key stages are below.

  1. 2022 Community A team of developers came together out of civilian IT. Lectures, meetups, the first prototypes in open access.
  2. 2023 First production runs 7″ and 10″ aircraft in small batches. The move from one-off builds to repeatable production.
  3. 2024 Terminal guidance and ground vehicles Serial production of 7″ aircraft with terminal guidance. Launch of the ground vehicle on a radio link.
  4. 2025 Fibre optic and satellite VENAT on fibre optic: our own spools, a digital camera, a station for several aircraft. Satellite communications for Gulliver.
  5. 2026 Large aircraft Heavy platforms on a satellite link. Supply of components to other manufacturers.

·Community

A community of developers

The community brings together developers already working in miltech and those just starting out. The hardest part of the field is working out what actually needs to be built; members do that alongside people who use the equipment.

You do not need a project of your own: the line of work is matched to the skills you have. Taking part is free.

Who we are looking for

Programmers · C, Python Embedded Circuit design Computer Vision Data Science 3D specialists Project Managers QA · BA

We particularly welcome veterans and people with combat experience: without judgement from the user, development is done blind.

Not a course There are no commercial offers or paid programmes inside the community. Join on Discord

·Contact

A consultation + and a detailed proposal

We clarify the unit's tasks and put together a configuration. Contact by 24/7, and if needed we come out with a demonstration.

  • A detailed proposal for your configuration
  • Technical consultation by telephone
  • On-site demonstration of the equipment in operation
  • Procurement routes: e-points, DOT-Chain, direct contract
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