Carrier Board for Pixhawk autopilot V5+ – SubD connector version
€900.00
Tax excluded
Delivered within 7-10 days for orders within EU
Carrier Board for Pixhawk V5+ Autopilot – SubD Connector Version
This carrier board is designed for the Pixhawk V5+ autopilot, providing reliable performance in challenging environments. The SubD connector version features 2 SubD connectors. This reduce the final price and, above all, the costs for the user in cable harness manufacturing. Like the microD version, the connectors effectively separate signals prone to electromagnetic interference, ensuring optimal signal integrity. Built for tough applications, this board is ideal for drones operating in demanding conditions. With its durable design and advanced connectivity, it's the perfect choice for professional drone systems requiring precision, reliability, and excellent performance in harsh environments.
Carrier Board for Pixhawk V5+ Autopilot – SubD Connector Version
This carrier board is designed for the Pixhawk V5+ autopilot, providing reliable performance in challenging environments. The SubD connector version features 2 SubD connectors. This reduce the final price and, above all, the costs for the user in cable harness manufacturing. Like the microD version, the connectors effectively separate signals prone to electromagnetic interference, ensuring optimal signal integrity. Built for tough applications, this board is ideal for drones operating in demanding conditions. With its durable design and advanced connectivity, it's the perfect choice for professional drone systems requiring precision, reliability, and excellent performance in harsh environments.
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Carrier Board for Pixhawk V5+ Autopilot – SubD Connector Version
This carrier board is designed for the Pixhawk V5+ autopilot, providing reliable performance in challenging environments. The SubD connector version features 2 SubD connectors. This reduce the final price and, above all, the costs for the user in cable harness manufacturing. Like the microD version, the connectors effectively separate signals prone to electromagnetic interference, ensuring optimal signal integrity. Built for tough applications, this board is ideal for drones operating in demanding conditions. With its durable design and advanced connectivity, it's the perfect choice for professional drone systems requiring precision, reliability, and excellent performance in harsh environments.