Ultra-compact mesh radio module for resilient unmanned system communications

The Nano² Mesh Rider Radio is a compact radio module engineered to deliver high-throughput, dependable connectivity for unmanned systems operating in complex and contested environments. Designed for size- and weight-constrained platforms, it provides robust data exchange with throughput up to 80 Mbps while maintaining consistent performance across extended distances, with a field-proven operating range of up to 330 km. Its flexible networking architecture supports mesh, relay, point-to-multipoint, WDS access point and client, and internet gateway modes, enabling seamless integration into multi-domain unmanned ecosystems.

Built for resilience in electronic warfare conditions, the system incorporates an advanced suite of anti-jamming protocols alongside dual-radio operation, LTE failover, and multi-node relay functionality to sustain communications under disruption. Its self-forming and self-healing mesh capabilities enable dynamic peer-to-peer connectivity, ensuring continuous link availability without manual configuration. A dedicated ultra-reliable low latency channel (URLLC) supports responsive command and control with latency as low as 1.5–10 ms, while FIPS 140-3 compliance and AES-256/AES-128 encryption safeguard mission-critical data across distributed unmanned platforms.