Keep the link
Maintain communications as jamming and RF conditions change
Manufacturer & Integrator · Warsaw, Poland
Battle-tested
UAV communications
Video, telemetry and control links for contested RF environments
01 · Mission reality
The mission depends on the link
Video, control and telemetry must work together — across distance, interference and the constraints of your aircraft
Reach the mission
Match the link budget to the aircraft, antennas and operating distance
Fit the platform
Connect power, flight control and payload through a coordinated architecture
02 · Why SkyComm
Built on battlefield experience
Thousandssystems deployed
Daystypical integration cycle
125 kmfrontline-reported range
150 msend-to-end video latency
- Proven on Ukraine’s frontline for over 8 years
- Better EW resilience than alternatives evaluated
- Manufacturer control over RF, firmware, interfaces and form factor
- Independent video and control channels
03 · System architecture
One modular communications system
Configure the communications stack around the mission, the airframe and the operator. Select a module for its full specification
Airborne / UAV
iMOD/NG
IP H.264 video/data transmitter
AES-256 · 20 Mbps · Ethernet · 300 g
NV/5
FHSS control modem
AES-256 · Ethernet / UART · 22 g
Hub Board V5.0
Bus and protocol conversion
15 gVideo / data downlink
Control uplink
04 · Products
Every module, with the problem it solves
Open a product for the full technical specification, integration notes and the modules it works with
- Video link · High-rate IP video and data, 430–2700 MHz
- Control link · Frequency-hopping command channel, sub-GHz
- Integration · Amplification and platform interfacing
Video linkAirborne
iMOD/NG
IP video / data transmitter
Airborne H.264 video and data transmitter. 430–2700 MHz, 20 Mbps, AES-256, about 150 ms end to end.
- 430–2700 MHz
- 20 Mbps
- ~150 ms
Video linkGround
DEMOD/NG
Digital H.264 video receiver
Ground H.264 video receiver with dual RF input. Sensitivity to −140 dBm in the lab, Ethernet / USB / SPI output, 58 g.
- −140 dBm
- 2 RF inputs
- 430–2700 MHz
Control linkAirborne and ground
NV/5
FHSS control modem
Frequency-hopping control and telemetry modem in the 433 / 868 MHz ISM bands. Up to 300 kbps, AES-256, Ethernet / UART, 22 g. One unit on each side of the link.
- FHSS
- 433 / 868 MHz
- 300 kbps
IntegrationAirborne
Hub Board V5.0
Bus and protocol conversion
15 g interface board that converts between the buses used on the platform and gives the radios one interface to the flight controller and payload.
- 15 g
- Multi port
- PX4 / ArduPilot
IntegrationGround
Booster SubGHz
RF power amplifier
10 W sub-GHz power amplifier, 19 dB gain, in a shielded milled aluminium enclosure. Extends the NV/5 control link range from the ground station. 133 g.
- 10 W
- 19 dB
- Sub-GHz
The catalogue lists every product with the problem it solves, the answer and the key figures on one page, and prints cleanly for a customer meeting.
Open the catalogue05 · Resilience under EW
Adapt to changing RF conditions
FHSS control link
NV/5 modems hop frequencies automatically across the configured band
Wideband video agility
iMOD/NG and DEMOD/NG can be switched by the operator during flight across 430–2700 MHz
Channel independence
Video and control run simultaneously as separate links
AES-256
Encryption across video and control traffic
06 · Integration
From architecture review to flight demonstration
Map
Aircraft power, flight controller, payload, RF and operator requirements
Configure
Select bands, power, interfaces, encryption, connectors and form factor
Integrate
Connect through Ethernet or UART to PX4, ArduPilot, Pixhawk, Cube or proprietary systems
Demonstrate
Run a customer-platform pilot in the target environment
Standard interfacesManufacturer-level customizationNo airframe redesign
07 · Performance evidence
Tested, reported and modelled range
tested on a proving ground
reported from frontline operation
system potential with optimised antennas and power*
receiver sensitivity, lab-tested
What the numbers mean
- Range depends on antenna placement, link budget, altitude and RF environment
- SkyComm optimizes the complete communications configuration — not only the modem
- Pilot testing validates performance on the customer’s own platform
50 km was measured by SkyComm on a proving ground. 125 km is reported by operators from frontline use and has not been measured by SkyComm. *200 km is calculated system potential, not a demonstrated result. Receiver sensitivity is a laboratory measurement
08 · Supply assurance
Scalable EU manufacturing
Thousandssystems per month · current capacity
Tens of thousandssystems per month · scalable within months
One hundred thousandsystems per month · scalable in under one year
- Designed and manufactured in Poland, integrated worldwide
- Components sourced globally for performance and supply resilience
- Sample and production lead times within a few weeks, subject to load
- Dual-use and military export authorizations in progress
Bring us your UAV architecture
Let’s discuss your UAV platform
Start with a technical review. Move to a customer-platform pilot