Expandable Communication with Triple Redundancy
SkyLink enhances unmanned aircraft system (UAS) operations by allowing the addition of extra radios to muLTElink for expanded range and four-frequency assurance. This configuration provides four diverse communication links, offering quadruple redundancy for assured connectivity when combined with an IP-based communications link such as Starlink. Ideal for complex missions requiring robust and reliable communication, SkyLink ensures seamless integration with muLTElink to support critical BVLOS operations with enhanced safety and efficiency.
Primary Features
Multi-Frequency Operation
Offers dual-frequency operation (ISM and C-Band) for enhanced reliability and redundancy.
Real-Time Diagnostics and Alerts
SkyLink radios are equipped with advanced diagnostics capabilities that monitor system performance and alert operators to potential issues before they affect the mission. This proactive monitoring helps maintain high levels of operational uptime and safety.
Compact and Lightweight
The SkyLink915 Micro, for example, is just 31x26x9.5 mm in size and weighs 16 grams, ideal for small and lightweight drones.
Additional Features
Advanced System Diagnostics and Performance
Protocol Agnostic
Features a protocol agnostic telemetry interface compatible with various autopilot systems.
Integrated Monitoring
Offers integrated status, integrity, and health monitoring of local and remote radio systems.
Flexible Power Requirements
Supports a wide range of input voltages, facilitating integration into various drone designs.
Environmental Compliance
Meets DO-160G environmental standards for operation in harsh conditions.
Seamless Network Integration
Easily integrates with the SkyLine network management for enhanced control and monitoring.
High Power Output
Provides up to 10W transmit power for C-Band operations, enhancing communication clarity and range.
FAQ's
Knowledge Base
How do I install and configure SkyLink radios on my drone?
Install SkyLink radios by connecting them to the drone’s autopilot via a transparent TTL/RS232 serial interface. Position the antennas to avoid shadowing and maximize line-of-sight with ground stations. Follow specific instructions for physical mounting and electronic configuration from the SkyLine ARS User and Installation Manual.
Can SkyLink operate independently, or does it require integration with other systems
SkyLink radios are designed to operate as part of a larger system and require integration with the SkyLine network management for full functionality. This integration allows for real-time telemetry, health monitoring, and enhanced control capabilities.
What are the recommended checks and maintenance procedures for SkyLink radios?
Regular maintenance includes checking the antenna connections, ensuring the device is free from physical damage, and verifying that the firmware is up to date. Conduct routine tests to ensure the system’s operational reliability, especially in diverse environmental conditions.
How do I resolve connectivity issues or interference encountered with SkyLink radios?
Check for proper antenna placement and ensure there is no physical obstruction or source of interference near the antennas. Verify all connections are secure and that the device settings are correctly configured for the operational environment. Resetting the device or updating the firmware may also resolve issues.
What are the FAA requirements for operating SkyLink radios, particularly in the C-Band spectrum?
Operation in the C-Band spectrum requires adherence to FAA and FCC regulations, including obtaining the necessary frequency authorizations and ensuring compliance with any regional or national restrictions related to aviation-protected frequencies.