A link that outruns the jammer.
A compact video and datalink module for unmanned platforms. HD video, command and telemetry travel over an encrypted link that hops across 36 channels in the 5–7 GHz band. It holds 3 Mbps out to 50 km.
Built in layers. Mounted in seconds.
Heatsink, RF front-end, FPGA baseband, sealed enclosure and antennas assemble from the bottom up. Then the module drops top-down onto the airframe and the link comes alive.
36 channels. 5 to 7 GHz.
The jammer never catches up.
The link hops between 36 channels, each 5 MHz wide, spread across the 5–7 GHz band. When a jammer lights up part of the spectrum, the link detects it, marks those channels and hops around them. The video keeps flowing. Pick a jammer and try switching hopping off.
Link status
Hop log
Hop rate slowed for visibility. Illustrative simulation, not measured spectrum data.
50 km out. 3 Mbps home. No frames lost.
The aircraft flies out to 50 km while the ground station keeps receiving live HD video at 3 Mbps. Follow the range rings, the line-of-sight profile and the ground-station monitor as the distance grows.
Ground station · live
Illustrative simulation of the specified line-of-sight performance. Real range depends on antennas, altitude, terrain and local regulations. Path loss is calculated for free space at 6 GHz.
Built for real missions.
Adaptive frequency hopping
36 channels across 5–7 GHz. Jammed channels are detected and skipped automatically.
Encrypted link
Video and telemetry are encrypted end to end between aircraft and ground station.
50 km · 3 Mbps
Real-time HD video for FPV, ISR and navigation over long line-of-sight distances.
Dual camera input
Visible-light and thermal camera inputs on the air unit.
FPGA baseband
In-house OFDM and LDPC cores give robust modulation and forward error correction.
Flight-controller integration
Telemetry and OSD with common open-source flight controllers, plus onboard recording.
Where the link flies.
• UAV and micro-UAV command and video links
• Unmanned ground vehicles and robotics
• ISR and surveillance systems
• Border and perimeter security networks
Technical specifications are available to qualified customers on request, subject to export regulations.
See what the drone sees. Share it live.
Designed to pair with the Lorentis video and datalink module, the FPV goggles give the operator a real-time first-person view with a simultaneous feed to an external screen, so a commander sees exactly what the pilot sees.
Low latency
Real-time first-person view for precise control.
Dual output
Goggles and an external screen at the same time, so a commander sees what the pilot sees.
USB-C
Power and data over one connector.
Ergonomic design
Comfortable over long missions.
Simple controls
Fast, reliable operation in the field.
Pairs with Lorentis datalink
Designed to work with the Lorentis video and datalink module.
Keep your video when the spectrum gets hostile.
Tell us about your platform and mission. We will help you choose the right antennas, integrate the link and plan a field demonstration.
- Integration support for your airframe and flight controller
- Antenna and range planning for your mission profile
- Custom channel plans and hopping patterns
- Designed and engineered at Teknopark İstanbul