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A2 Airborne Power Module|1800W 400V Input to 50V Output | For Drone Lighting & Surveillance Systems

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October 31, 2025
Category Connection: Tethered Drone Accessories
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Tags:
#drone lighting system #tethered drone power supply #Onboard Power Supply
Brief: We show the practical steps and results so you can judge suitability quickly. This video provides a detailed demonstration of the A2 Airborne Power Module, showcasing its operation from a 400V input to a stable 50V output. You will see how this 1800W unit integrates with drone systems to power lighting and surveillance equipment, highlighting its real-world application and performance.
Related Product Features:
  • Delivers a high power output of 1680W to 2000W for demanding drone applications.
  • Accepts a wide input voltage range of 360-400V DC for flexible power sourcing.
  • Provides a stable 48V DC output at 35A to reliably power onboard systems.
  • Designed for compatibility with G3 and G4 tether boxes for seamless integration.
  • Compact and lightweight at 530g, minimizing the impact on drone payload and performance.
  • Features a robust model number AF-400S48-2K, indicating its specific power capabilities.
  • Compact dimensions of 148mm x 63mm x 55mm (excluding cable exit) for easy mounting.
  • Engineered for airborne use, specifically supporting drone lighting and surveillance systems.
FAQs:
  • What is the power output range of the A2 Airborne Power Module?
    The A2 Airborne Power Module delivers a power output ranging from 1680W to 2000W, making it suitable for high-demand applications like drone lighting and surveillance systems.
  • Which tether boxes are compatible with this power supply unit?
    This onboard power supply is compatible with G3 and G4 tether boxes, ensuring easy integration into existing drone power management setups.
  • What are the input and output voltage specifications?
    The module accepts an input voltage of 360-400V DC and provides a stable output of 48V DC at 35A, designed for efficient power conversion in airborne systems.
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