SKYHOPPER TACTICAL
Wearable and Secure Communication for
Dynamic Field Operations
Designed for the modern operator, the SkyHopper Tactical provides a robust communication bridge between dismounted teams and their unmanned assets. This wearable SDR delivers high-definition video and mission-critical telemetry through the most challenging terrain, ensuring a constant link where traditional systems fail. By utilizing cognitive frequency management across the 2.3–2.7 GHz spectrum, the radio maintains stable control of drones and loitering munitions even in contested environments.
Integrated Secured Autonomy™ with ICE software provides a triple layer of immunity, cybersecurity, and encryption, hardening your data against electronic warfare and interception. Whether deployed in Point-to-Point or self-healing Mesh configurations, its low-latency architecture ensures responsive, real-time control. Built to MIL-STD-810 and IP67 standards, the SkyHopper Tactical offers uncompromising reliability in a compact, mission-ready form factor.
Highlights
BODY-WORN TACTICAL DESIGN
MIL-STD-810 hardware optimized for dismounted operators and harsh environments.
JAMMING RESILIENCE & CYBER PROTECTION
Secured Autonomy™ with ICE software for hardened, encrypted links.
REAL-TIME UxV CONTROL
Low-latency SDR architecture for responsive command of unmanned platforms.
ADAPTIVE MESH NETWORKING
Self-healing relay modes that maintain connectivity through complex terrain.
Key Features
- Wideband SDR supporting 2.3–2.7 GHz operations
- Point-to-Point, Multipoint, Mesh, and Relay modes
- Low-latency architecture for real-time unmanned system control
- ICE (Immunity, Cybersecurity, Encryption) software suite
- Network-compatible with all SkyHopper variants
- Designed & built according to MIL-STD-810 ruggedization
- IP67 protection
- External power interface with PRC-148 battery support
What is
Secured
Autonomy?
Mobilicom’s Secured Autonomy framework protects uncrewed systems across three pillars: Secured Autonomous Platforms, Secured Autonomous Fleets, and Secured Communications & EW Protection. Together, these pillars deliver end-to-end resilience for drones and robotics, reducing compliance risks and strengthening mission reliability.
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We wrote the book on securing autonomy.
Secured Autonomy: A Cybersecurity Primer for Drones and Robotics is the industry’s first dedicated guide to protecting uncrewed systems. Written for design teams, OEMs, operators, and procurement leaders, it offers a shared language and framework for securing platforms, fleets, and communications.
Reserve your free copy >Learn More About SkyHopper Tactical
Connect with our team to discuss how SkyHopper Tactical can support your mission requirements.
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