Autonomous Mobile Relay UGVs for Contested C2 Environments
How Autonomous UGVs Sustain Tactical Mesh Networks in Electronic Warfare Environments
Modern Command and Control (C2) architectures were largely built for connectivity in permissive environments. Future conflicts will not be.
In contested terrain, tactical mesh networks degrade rapidly under Electronic Warfare (EW) pressure, infrastructure disruption, GPS denial, and broken line-of-sight conditions. For modern warfighters operating across multi-domain operations, the challenge is no longer simply generating data and telemetry—it is sustaining resilient communications at the tactical edge.
That operational requirement is driving a new class of autonomous military systems designed specifically for distributed network survivability.
Configured as a mobile communications relay, the Hypercraft Razorback functions as an autonomous Unmanned Ground Vehicle (UGV) capable of dynamically repositioning to preserve tactical mesh network continuity across degraded, obstructed, or high-consequence environments.
Unlike traditional relay infrastructure that relies on static emplacement or towed generator systems, autonomous relay UGVs can maneuver with forward elements, adapt to changing terrain, and maintain communications resilience under contested conditions.
Software-Defined UGV Architecture for Tactical Communications
To operate effectively in peer-adversary environments, the platform combines rugged mobility, onboard hybrid power generation, and software-defined autonomy into a rapidly deployable Modular Open Systems Approach (MOSA) architecture.
50 kW Continuous Hybrid Power Generation
A heavy-duty diesel hybrid Auxiliary Power Unit (APU) enables persistent operation while supporting reduced-signature quiet watch capability for extended missions.
42 kWh / 400V High-Voltage Battery Architecture
The onboard high-voltage battery system is engineered to support high-demand communications payloads, edge compute systems, and sustained autonomous operations in degraded environments.
Up to 38 kW Exportable Power
Dedicated clean export power supports high-gain antennas, multi-band amplifiers, AESA-enabled communications systems, electronic warfare payloads, and expeditionary edge infrastructure.
This power architecture enables persistent tactical communications without dependence on vulnerable fixed infrastructure, large generator footprints, or logistics-intensive relay deployments.
Tactical Communications in Contested and Degraded Environments
As autonomous systems become increasingly distributed across the battlespace, the survivability of the network itself becomes mission-critical.
Mobile relay UGVs capable of self-positioning, exporting tactical power, and sustaining communications under contested conditions provide a new approach to resilient Command and Control operations.
These systems can support connectivity across mountainous terrain, urban canyons, obstructed corridors, and EW-contested environments where conventional relay infrastructure becomes difficult to sustain or defend.
As multi-domain operations continue to evolve, autonomous mobile communications relay platforms will likely become foundational components of future force architectures—particularly in environments where static infrastructure cannot survive.
Learn more about Razorback https://hypercraft.systems/razorback/