The Backbone of Intelligence
Veyland Infrastructure
Veyland Dock
Dimensions
Weight
Deployment Time
Input Voltage
Landing Precision
Material
Operating Temp
Communications
4390 × 2350 × 1660 mm
2,500 kg
≤180 seconds
220V AC
Horizontal positioning ≤40 cm
Steel / Aluminium / Composite
-20°C to +55°C
4G / 5G / Private network
Veyland Relay
Dimensions
Weight
Power
Battery Backup
Operating Temp
Ingress Protection
Radio
Frequency
Throughput
Failover
Coverage Radius
Mounting
300 × 300 × 450 mm
8 kg mounted / 5 kg unit
Solar — 40W panel
LiFePO4 36Wh — 5 days no sun
-20°C to +65°C
IP67
RFD900x mesh radio
900 MHz primary · 5.8 GHz secondary
Up to 40 km line of sight per node
4G LTE · Starlink secondary
15 km radius per node
Pole mount
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Infrastructure Intelligence
Engineered for demanding defense, infrastructure, and remote wilderness applications. Designed as a rugged backbone for long-range connectivity, it offers an optimal balance of high-throughput data routing and ultra-low power consumption, making it the ideal platform for filling cellular coverage gaps, field deployment, and persistent tactical networking.
Key Features & Capabilities
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Extended Range & Adaptive Mesh: With a self-healing dynamic routing architecture, this platform ensures comprehensive data coverage over vast, non-line-of-sight areas without the need for traditional cellular infrastructure.
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Substantial Payload Capacity: Features a robust power-over-ethernet architecture and auxiliary rail interfaces, allowing it to support advanced weather modules, Node-7 sensor arrays, or high-definition PTZ surveillance gimbals.
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High-Altitude & Rugged Efficiency: Operates at peak performance in thin atmosphere and extreme temperatures, allowing it to navigate challenging mountain ridgelines, deep valleys, and elevations above 1,200 meters with ease.
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All-Weather Reliability: Built to withstand harsh environmental conditions, the node boasts an IP67-rated chassis—capable of maintaining continuous network operations in dense fog, freezing rain, and severe mountain wind storms.
TYPICAL APPLICATIONS
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Remote wilderness and USFS tower network backbones
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Border monitoring and critical infrastructure surveillance
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Emergency response, disaster recovery, and Search & Rescue (SAR)
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Real-time telemetry routing for unmanned aerial platforms and ground sensors
