WF12 Airborne Power Module | 12kW Peak | 800–1000V Input | 50V/60V Output | 3.5kg

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November 14, 2025
Category Connection: Tethered Drone Accessories
Brief: Get a guided demo that shows common workflows and troubleshooting tips for the WF12 Airborne Power Module. This video provides a detailed walkthrough of the 12kW peak power unit, demonstrating its high-voltage input range and robust 50V/240A output capabilities for tethered drone applications. You'll see the compact design in action and learn about proper connection procedures using the XT60 input and XT150 output terminals.
Related Product Features:
  • Delivers a powerful 12kW peak output for demanding tethered drone operations.
  • Accepts a high input voltage range of 800-1000V for flexible power sourcing.
  • Provides stable 50V/240A output to support various onboard drone systems.
  • Features compact dimensions of 239*204*139mm for space-constrained installations.
  • Utilizes reliable XT60 input and XT150 output connectors for secure power transmission.
  • Maintains robust performance while weighing only 5700 grams for optimal payload efficiency.
  • Designed specifically as an onboard power supply component for tethered drone systems.
  • Offers high-power density with 12kW capability in a portable 3.5kg form factor.
FAQs:
  • What is the input voltage range for the WF12 Airborne Power Module?
    The WF12 module accepts an input voltage range of 800-1000V, providing flexibility for various power source configurations in tethered drone applications.
  • What output specifications does this power supply provide?
    This onboard power supply delivers 50V/240A output, offering 12kW peak power to support demanding drone systems and payload requirements.
  • What connectors are used for input and output connections?
    The module features an XT60 connector for input and an XT150 connector for output, ensuring reliable and secure power transmission in airborne environments.
  • How much does the WF12 power module weigh?
    The complete unit weighs 5700 grams (approximately 3.5kg), making it suitable for tethered drone applications where weight optimization is crucial for performance.
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