This is how to handle drone batteries properly for safe flights

The understanding of how drones batteries work and how to handle them correctly is essential for every newcomer who is enthusiastic about drones. As complex as the topic may seem, with the right information and a precise approach, you can maximize the lifespan of your batteries and utilize their performance optimally. In this guide, you will learn everything you need to know about handling smart drone batteries.

Key insights

• Smart batteries have a status indicator.
• Batteries discharge to an ideal storage voltage.
• A fully charged battery is essential for takeoff.
• The operating temperature of the battery affects its performance.
• Batteries should never be discharged below 30% capacity.

Step-by-step guide

1. Checking the battery status

Before using your drone, it is crucial to check the charge level of your battery. To do this, press the button on the top of the battery. You will receive visual feedback on the current charge status. If the status light flashes, it means that the battery is not fully charged.

2. Understanding discharge

A smart battery automatically discharges to an ideal voltage for storage when left unattended for a while. This is important for extending the battery's lifespan. If you store the battery for an extended period, make sure it is in a condition that allows for the best possible storage.

3. Preparing for takeoff

Ensure that the battery is 100% charged before each flight. A half-full battery is a risk and may lead to a mid-flight interruption. To avoid unpleasant surprises, make sure the battery is full before launching the drone.

4. Temperature control

The operating temperature of the battery is a critical factor. In cold weather, the battery may suffer performance losses, potentially leading to a crash. Before takeoff, ensure that the battery has reached the optimal operating temperature.

5. Maintenance and care of the battery

Taking good care of the batteries pays off. Follow the manufacturer's recommendations for the care and storage of the battery. This is key to the battery's longevity and consequently for the performance of your drone.

6. Fault detection

Smart batteries are equipped with safety systems that warn you of problems. If a cell in the battery is defective, this will be automatically detected, and the drone will not start. Thus, your aircraft is safe, even if there is a problem with the battery.

7. Using telemetry data

During the flight, you can access telemetry data via your iPad or phone. This shows you the current charge status of your battery – keep informed about how much energy you have left and plan your flight accordingly.

8. Minimum charge capacity

It is advisable never to allow the battery to drop below 30% capacity. A full discharge would significantly shorten the battery's lifespan. By maintaining this buffer, you can also ensure that you always have enough energy for a safe return to the landing site.

Summary – Proper handling of drone batteries

Handling drone batteries is not rocket science if you take the time to understand the basics. By following the guidelines mentioned above, you will not only extend the lifespan of your batteries but also ensure the safety of your flights. Always keep a close eye on your battery's performance and follow the recommendations to avoid unexpected problems.