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7 parameters should be considered when choosing drone battery

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As we know, the drone power are supplied by the Lipo battery, Which can greatly impact the pilot's experience. Everyone expects Their drone can rate more time, but what parameters Should be Considered When You Choosing the Best Drone battery? Therefore, that's why I write this article.

7 parameters Should be Considered


Drone flight time is largely depended by battery capacity, more capacity is mean more power and more energy. Different drone size need different slim battery, below is a matching table for you, it is for guidance only.


Normally, more capacity is mean more power and more energy. In fact As the battery gets larger, the Increase in flight time Becomes ineffective, Because of the weight of battery. You should have to think about the weight When Consider the capcity, Should not be absorbed into the Choosing bigger capacity battery simply.

Discharge Rate

Discharge Rate ice yet another aspect Crucial That Need to be checked before you Decide to settle for any battery for your drone.You need to get a battery Whose C rating is convenient for your drone. You have to compare the target c-rating and Battery C racing. In short, my principle Is that battery c racing is Greater Than target c-rating but not too higher.


With a higher cell count, performance is maintained above par. However, higher cell counts translate to an Increase in weight Which, in some cases, Affects performance. Choosing the right voltage of battery, You should reference in the datasheet of the motor and esc.


There are many common connectors include Deans, XT60, EC3 and JST, etc.

What is the performance impact of These connectors? Below the list tell you the maximum current rating of the plug connector.

JST connector - up to 5A

XT60 connectors- up to 60 Amps

Deans - up to 60 Amps

EC3 connector - up to 60 Amps

EC5 Connector up to 120 Amps


Tattu, Bonka, Multistar, Turnigy, Zippy, Graphene, SMC, Dronelabs, Ready MadeRC, Thunder Power, Floureon, Venom, Pulse, E-flite etc. Which one is the best one? All of them are good enough.

HV & Smart & graphene battery?

HV mean high-voltage battery, smart mean smart battery. Tattu smart battery features: Self-balancing function, self-discharge function at high temperature storage, over temperature and low temperature alert function, over voltage and over voltage alert function.

The high-voltage battery lipo is meaning 4.35v per cell, more power more energy. The smart battery can internally measure voltage and current, and deduce the charge level and SoH (State of Health) parameters, etc.

Graphene battery, graphene is an excellent conductor of heat and electricity and has interesting light absorption abilities. Turnigy graphene have done better in this regard.


Choosing the right drone battery is no doubt an important issue, and looking after your lipo battery is a translation of an important issue. Do not overcharge and discharge your battery, You should not store a fully-charged battery for over 3 days, etc.

If you have any question of any thing about the main parameters for choosing your drone battery and have more experiences, please leave your message on here, Thank you.

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