Europe´s Missing Tactical Mesh Data Link
Modern autonomous operations increasingly face jamming, bandwidth congestion, and unreliable links, especially in contested or GNSS-denied airspace. Traditional telemetry radios and point-to-point data links cannot scale to multi-node missions, do not self-heal under interference, and offer limited autonomy when connectivity is degraded.
Expand your business with the TRINITY Series
Next-Gen Connectivity Demands
- Resilient under electronic warfare pressure
- Scalable to multiple cooperative nodes
- Low-latency and high-throughput
- Flexible enough to integrate with any platform
- Export-compliant and secure for dual-use buyers
Available Products
Kopplung's RF communication platforms are actively deployed in tactical UAV missions, providing secure long-range telemetry, command, and data links with robust performance in challenging contested environments.
- Proven RF hardware for telemetry, control & data transfer
- Multi-band operation (L / S / C bands)
- High-power LoS performance up to 100+ km
- AES-256 encryption & frequency hopping
- Compact SWaP optimised for small tactical UAVs
Software-Defined Intelligence Layers
Link-Level Control & Queue Management
Dynamic prioritization and load balancing for telemetry, command, and payload data, ensuring mission-critical traffic always receives the required throughput and latency.
Decentralized TDMA Planning
Distributed time / frequency / spatial resource allocation enabling collision-free communication, multi-UAV scalability, and operation without a central controller.
Link Quality Monitoring
Real-time analysis of RSSI, SINR, BER, and PER for adaptive system reconfiguration under jamming, interference, or fading.
Neighbour Discovery
Autonomous detection and maintenance of nearby nodes, forming the backbone of plug-and-play mesh networking.
Link-Level ACK & Retransmission
Ensures data integrity and reliability in contested RF conditions through intelligent retransmission strategies.
Fragmentation & Reassembly
Optimizes channel usage across variable bandwidths and frame durations to maximize throughput in dynamic RF environments.
LPI / LPD Directivity Control
Low-Probablity-of-Intercept / Detection techniques using directional transmit patterns and intelligent beam control for EW avoidance.