DJI Neo 2 - Battery charger - two-way - 3 x batteries charging - 2 A - 3 output connectors - for Neo 2

The DJI charging hub is an accessory designed for drones, ensuring efficient power management. This two-way battery charger allows users to charge multiple batteries, accommodating up to three batteries simultaneously. With a voltage output of 5 V and a maximum electric current of 2 A, this hub delivers power, making it a companion for drone enthusiasts who require a reliable charging solution. The inclusion of three output connectors enhances usability, allowing for a streamlined charging process.

• Designed for efficient charging of drone batteries
• Two-way functionality for versatile power management
• Supports charging up to 3 batteries at once
• Provides 5 V voltage output with 2 A current
• Includes three output connectors for added convenience

• Efficient charging solution
  This charging hub allows for the simultaneous charging of up to three drone battery packs, ensuring users are ready for their next flight.
• Versatile two-way functionality
  The two-way design enhances the charging experience, enabling users to manage power effectively and maximize battery performance.
• Robust power output
  With a 5 V voltage output and a maximum electric current of 2 A, this charger delivers reliable power, optimizing charging times for various battery types.
• Multiple connection options
  Featuring three output connectors, this hub adds convenience and flexibility, allowing users to connect and charge multiple batteries.

The DJI charging hub is an accessory designed for drones, ensuring efficient power management. This two-way battery charger allows users to charge multiple batteries, accommodating up to three batteries simultaneously. With a voltage output of 5 V and a maximum electric current of 2 A, this hub delivers power, making it a companion for drone enthusiasts who require a reliable charging solution. The inclusion of three output connectors enhances usability, allowing for a streamlined charging process.