Applications

SDR links for wall-penetrating robotics, grid inspection, commercial UAV BVLOS, and persistent hopping-flight operations. Industrial link stacks for inspection, BVLOS flight, and long-range telemetry. Each scenario pairs dedicated hardware with field-proven waveforms and integration support.

Max Throughput

4K video + telemetry

Link Mode

Low-latency SDR

Deployment

Urban + remote

Wall-Penetrating Robot Inspection

Mdot SDR overcomes severe attenuation in dense concrete and keeps HD links stable across multiple reinforced walls.

Highlights

High-penetration links keep ultra-low-latency HD video stable as robotic dogs move through corridors, stairwells, and utility tunnels.
Reliable indoor connectivity supports real-time thermal and environmental sensing where conventional wireless often fails.

Capabilities

Multi-wall penetration
Real-time thermal telemetry
Indoor autonomous routing

Powerline Inspection

Built for grid maintenance, this solution pairs anti-interference radios with autonomous inspection in high-EMI environments.

Highlights

Drones and automated systems run long-range tower patrols and defect detection with stable high-bandwidth backhaul.
Operators get clear real-time diagnostics, replacing high-risk manual checks with safer predictive maintenance.

Capabilities

EMI-resilient communications
Long-range autonomous patrol
Predictive maintenance workflow

Drone Communication

Mdot's flagship commercial UAV profile provides SDR-integrated video and data links designed for Beyond Visual Line of Sight operations.

Highlights

Anti-jamming capability and robust telemetry channels sustain operation in dense urban corridors and remote infrastructure routes.
The link budget supports synchronized 4K live video plus control data for mapping, swarm coordination, and aerial security patrols.

Capabilities

BVLOS-ready architecture
Anti-jamming resilience
4K live mission feed

Wireless Charging & Hopping Flight

Persistent aerial operation is achieved by combining long-range BVLOS connectivity with autonomous wireless charging stations.

Highlights

Aircraft can hop between charging pads and rapidly recover energy without manual intervention while maintaining active command and data links.
Continuous coordination between ground network and airframe removes range anxiety and enables 24/7 large-area surveillance coverage.

Capabilities

Autonomous charge hopping
Persistent surveillance loop
Always-on command link

Plan around your mission constraints

Share your application scenario and platform constraints – we’ll recommend RF modules, antenna forms, and integration solutions accordingly.

Typical delivery includes topology recommendation, module shortlist, and integration milestones.