OVERVIEW

Unleash UAS Connectivity with skyStation

$1,500 SKU: UAX-90082-01

skyStation delivers top-tier CNPC technology optimized for BVLOS drone operations. It integrates seamlessly with SkyLine for enhanced multi-frequency connectivity, ensuring compliance with the toughest aviation standards. Designed for durability and versatility, skyStation supports both fixed and mobile setups, making it ideal for diverse operational environments. Whether it’s for mission-critical communications or extended range operations, skyStation provides a reliable foundation for your UAS needs, ensuring seamless performance and safety in all weather conditions.

Additional Features

Expanding Operational Flexibility

Weatherproof and Durable


All skyStation units, including the 915 and 5060 series, are equipped with IP67-grade enclosures, making them suitable for all-weather operations.

 

Global LTE Connectivity


Integrated LTE radio (in selected models) provides backhaul connectivity, ensuring consistent performance across global operations.

 

Integrated GPS


Offers precise positioning and timing, essential for coordinated operations and safety in UAV management.

 

FAQ's

Knowledge Base

    • How does skyStation integrate with SkyLine?

      skyStation automatically registers with the SkyLine Cloud Managed BVLOS Service for seamless operation and control across multiple ground stations.

    • Can you help me understand the GRS link switching and roaming logic?

      The GRS (Ground Radio Station) uses SkyDM (SkyLine DataMux) to manage both link switching (between mediums/paths) and roaming (between multiple GRS within a medium). SkyDM is the key component that multiplexes the C2 links during a flight.

      Link Switching
      Link Switching chooses the primary link medium/paths (e.g., LTE vs Satcom) on the ground.
      • Inputs: 1-second average of received user data on all links.
      • Scope: Evaluates and switches between different link mediums/paths (e.g., LTE vs. Satcom).
      • Prioritization: When the current active link becomes inactive (no data for >1 second), chooses an active link with the highest received rate (if multiple).
      • Evaluation cadence: Every 1 second with double-hysteresis, consistent with muLTElink.
      • Trigger: Switch occurs when a link is disqualified (0 user data, poor RSSI, or loss of connectivity).
      • Behavior: Prioritizes stability with hysteresis to avoid unnecessary flapping.

      Roaming (Within a Link)
      Roaming chooses the lead GRS within a given link when multiple GRS are available.
      • Scope: Roaming operates within a single link when multiple GRS are available.
      • Inputs: Network connectivity status, RSSI strength, and reception of ARS heartbeats.
      • Qualification: Each GRS is qualified using this combination of factors.
      • Evaluation cadence: Every 1.5 seconds.
      • Hysteresis: Single hysteresis applied to reduce unnecessary swaps.
      • Selection: Chooses the lead GRS from qualified candidates; prefers strongest RSSI if all else equal.

      Key Takeaway
      • Primary vs. Lead distinction: Note that link switching chooses the primary link medium, while roaming chooses the lead GRS within that link.