BS30 Battery Station for Dji M30

The BS30 Intelligent Battery Station is designed for professionals who need efficient, reliable, and organized power management for their drone operations. This portable hub can charge up to four flight batteries and two remote controllers simultaneously, allowing you to rotate batteries quickly and maximize flight time. With its fast-charging capability, batteries can go from 20% to 90% in just 30 minutes, ensuring minimal downtime. Equipped with Standby and Storage modes, the BS30 maintains your battery health while keeping operations smooth and hassle-free. Compact yet robust, this station is ideal for fieldwork, inspections, and large-scale drone missions.

1. Simultaneous Charging – Charges up to four flight batteries and two remote controllers at the same time.

2. Fast Charging – Charges two TB30 batteries from 20% to 90% in approximately 30 minutes.

3. Full Charge Capability – Charges two TB30 batteries from 0% to 100% in roughly 50 minutes.

4. Standby and Storage Modes – Optimizes battery health during idle periods.

5. Portable Design – Compact form factor makes it easy to transport and deploy in the field.

6. User-Friendly Interface – Simple operation reduces errors and saves time.

7. Dust & Water Protection Tips – Although not IP-rated, can be protected with external covers.

8. Power Efficiency – Maximum output power of 525 W ensures fast and stable charging.

9. Wide Compatibility – Works with TB30 and WB37 batteries, ideal for multiple DJI drones.

10. Flexible Input Range – Supports 100-240 VAC, 50/60 Hz, adaptable for global operations.

11. Durable Construction – Tare weight of 3.95 kg with a sturdy build for frequent transport.

12. Temperature Resilient – Operates in temperatures from -20 to 40 °C (14° to 104° F).

13. Smart Battery Rotation – Ensures batteries are charged according to their power levels.

14. Reliable Field Performance – Ideal for professional drone operators who need consistent uptime.

15. Optimized Workflow – Helps manage multiple batteries efficiently, reducing downtime during missions.