MBR 144 MK3 Compact

Mobile Broadband Radio

The MBR 144 MK3 Compact leverages advanced phased array technology with precise beam‑forming to deliver reliable, high‑performance operation across a wide range of mission profiles. Its compact design and low weight make it exceptionally well‑suited for mobile and unmanned applications, where space, power and payload capacity are critical constraints. As part of the proven MBR family, the MBR 144 MK3 Compact maintains the series’ reputation for robustness, efficiency and cutting‑edge engineering. Despite its small footprint, it provides powerful capabilities and stable performance, enabling seamless integration into modern autonomous platforms and mobile systems.

Built for mobile platforms

Whether mounted on high‑speed platforms, unmanned systems or mobile command units, the MBR delivers resilient real‑time communication in even the most dynamic environments. Its robust ad‑hoc networking, continuous real‑time beam steering that locks onto the far‑end asset, ultra‑low latency and automatic link optimization work together to maintain an uninterrupted data flow for fast‑moving operations. The result is a radio system purpose‑built for missions where extreme mobility, high data throughput and uncompromising reliability converge.

Ultralong range

The MBR’s advanced phased array technology with the precise narrow beam achieves reliable digital communication across ultralong distances - without relying on satellite or cellular infrastructure. Whether you are operating in remote coastal zones, in the air or across vast areas, the MBR delivers reliable, highbandwidth connectivity where others drop off. Designed for longrange missions and distributed operations, the MBR keeps your team in sync and in control over unbeatable distances between your assets.

GNSS denied operation

Built with resilience at its core, the MBR integrates independent, embedded network‑timing and synchronization mechanisms that deliver stable, deterministic performance. By operating entirely without reliance on satellite‑based navigation or timing sources, it removes the common vulnerabilities introduced by jamming, spoofing and other GNSS‑targeted disruptions. Whether deployed in high‑risk environments or regions with degraded or denied signal conditions, the MBR maintains interference‑resistant, mission‑critical connectivity — keeping operations secure, stable and uninterrupted when reliability matters most.

Interference resistant beam steering

Based on its advanced phased‑array architecture, the MBR generates real‑time steerable narrow beams that preserve robust link integrity while significantly reducing susceptibility to jamming, interference and other hostile signal conditions. This enables the MBR to maintain full operational performance even in contested RF environments, sustaining reliable connectivity without degradation from intentional or unintentional interference.

One system - countless applications

Designed with flexibility in mind, this communication system adapts to a wide range of operational needs. With multiple models and configurations available, it can be seamlessly integrated across aircrafts, vessels, ground vehicles, UAVs, USVs, UUVs and even personnel-worn setups. Whether supporting autonomous platforms, mobile teams or complex multi-domain missions, it delivers consistent, high performance connectivity — no matter the platform or environment.

Tailored for your demands

The MBR product range is built to meet the diverse demands of modern operations, offering units optimized for specific assets and mission profiles. Each system delivers seamless, highcapacity IP based data exchange, dependable performance and rugged construction — with no moving parts and no need for regular maintenance. Whatever the mission, wherever it takes place, there is always an MBR ready to connect your team.

Extreme durability

With solid-state technology, precision manufacturing and no moving parts, the MBR is engineered for maximum reliability and minimal maintenance. Its rugged design ensures long-term durability, even in the harshest environments — so you can count on consistent performance, mission after mission. The MBR is field proven by many NATO countries.

Key features

  • Phased array wireless data link
  • Ad hoc network operations
  • Very long range with high data throughput
  • For any mobile and unmanned platforms
  • IP based data exchange
  • GNSS denied/spoofed operation
  • 56-bit link encryption embedded in hardware
  • Frequency range 4400-5000 MHz
  • Easy to install and operate
  • Minimal maintenance
  • No ITAR restrictions applies
  • Classified as non-listed item
  • Field proven by many NATO countries

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