MCU 30 extended ruggedized

The Mobilicom extended ruggedized MCU-30 unit is a Cybersecure combined Software Defined Radio with Mobile MESH, IP communications that delivers ad-hoc direct wireless mobile communication without the need for any infrastructure.

With low power consumption, and proven high-performance record in challenging non-line-of-site (N-LOS) surroundings and extensive protection against shocks, vibration, dust, humidity, rain and extreme temperatures this unit is ideal for hand carry, robots or UAS’s (Unmanned Aerial Systems). Especially designed as a Ground Data Terminal (GDT) for harsh environments.


KEY features

NDAA Compliant

The product complies with the National Defense Authorization Act requirements.

Robust long rage communication

Up to 15km line-of-sight (LOS) clear and stable radio signal; up to 30Km with directional antenna.

ICE cybersecurity protection

Detects, prevents, and responds to multiple cyber threats and malicious attacks in real-time without the need for operator intervention.

Modes of operation

P2P, P2MP, Relay and MESH.

HD video transmission

Support verity of video modes: unicast, multicast and broadband.

Fully synchronized system

With GPS or w/o GPS.

Highest form-to-performance ratio

Highly reliable, mobile mesh, IP data link unit at a small dimensions and light weight.

High performance MIMO Radio

Low power consumption and wide frequency range (75 MHz to 5.9 GHz).

Software-defined radio (SDR)

Supports wide variety of changing radio protocols in real time.

Interface avoidance

Prevents mutual interference and allows several transmitters to transmit in the same place.

Real-time GPS

Enabling controlled and autonomous flights.

Field-proven ruggedized unit

Designed to withstand shock, vibration, dust, humidity (waterproof IP67), fog, and extreme temperatures.

Products family members

Available in 2 additional models: ruggedized and lite versions.

Compact & Lightweight

Optimal for UAS/UGV/UMV and other unmanned platforms with strict size, weight, and power (SWaP) constraints.

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