Brief: See the solution in real use and note how it behaves under normal conditions. This video provides a detailed walkthrough of the WF8 Airborne Power Module, demonstrating its compact 187x185x70mm form factor and lightweight 2.3kg design. Watch as we showcase how it efficiently converts 800-1000V input to a stable 60V/134A output, highlighting its wire-skipping terminals and practical integration for tethered drone applications.
Related Product Features:
Compact dimensions measuring 187 x 185 x 70±1mm for easy integration into drone systems.
High input voltage range of 800-1000V for versatile power sourcing capabilities.
Stable 60V output voltage with 134A current for reliable drone power supply.
Lightweight construction at only 2300 grams to minimize impact on drone payload.
Wire-skipping input terminal design for secure and efficient power connection.
Wire-skipping output terminal configuration ensuring stable power delivery.
8kW peak power capacity supporting high-performance tethered drone operations.
Optimized for airborne applications with robust performance in demanding conditions.
FAQs:
What is the input voltage range for the WF8 Airborne Power Module?
The WF8 module accepts an input voltage range of 800-1000V, providing flexibility for various power source configurations in tethered drone systems.
How much does the WF8 power module weigh and why is this important?
The module weighs 2300 grams (2.3kg), which is crucial for drone applications as it minimizes the impact on flight performance and payload capacity while maintaining high power output.
What type of terminals does the WF8 module use for input and output connections?
Both the input and output terminals utilize wire-skipping technology, ensuring secure and efficient power transmission connections for reliable drone operation.
What are the physical dimensions of the WF8 power module?
The module measures 187 x 185 x 70±1mm, making it compact enough for seamless integration into various tethered drone systems without compromising on power capacity.