Dronmarket - Drone, DJI Ürünleri
0 850 532 8797 0 545 300 3766

Drone Batteries

Unless you're building a drone, your battery options will be limited by the manufacturer. Most drones can use batteries that offer a variety of total flight time, but your choice will still be limited by your drone's maximum takeoff weight.
Are you into FPV racing? Look for a higher C rating your LiPo will need to offer a higher discharge rate to get that extra speed boost. For longer flight times, large capacity batteries can be useful, but again, longer duration means a heavier battery and swapping can become a wash.
It depends on how often you fly and what kind of mission you are running.

Cells and Voltage

LiPo batteries are assembled using rectangular cells that are connected to produce a specific voltage. One cell represents about 3.6V; 2 cells, 7.2V etc. The number of cells for your ready-to-use UAV will be determined by the size and design of the battery compartment. DIY pilots will of course have more options
Obviously, the more cells, the higher the voltage and the longer the flight time. As an example, a DJI offers a four-cell LiPo battery for the Mavic 2 at 14.4V for a flight time of 31 minutes.

Capacity

The capacity, usually measured in milliampere hours (mAh), determines how long the battery can power the drone's motors. Easy math - the higher the mAh, the longer the flight. But there's a trade-off - higher capacity means a heavier battery. Another benchmark - DJI offers a 15.2V LiPo battery for the Phantom 4 with a capacity of 5870 mAh and weighing about a pound. This will mean approximately 30 minutes of flight time.

Discharge rate

The discharge rate of a LiPo battery determines the energy extraction rate that powers the drone's motors. This may be one of the most important terms to understand - a drone motor that draws in too much water (and damages the battery) is going for a dirt nap.
Discharge rates are measured in degrees C. As with most LiPo terms, a higher number equals a heavier battery. Once you know the C rating, you can calculate estimated flight times by first finding the battery's maximum continuous amp draw (A).
To do the calculation: Multiply the degree C by mAh (converting a four-digit number to two). This will provide the "A" amp draw of the battery.
Example: A 10C rated 5870 mAh would have 58.7 A (amp draw).
Once you have these numbers, you can connect them to an online calculator to estimate the flight time of your LiPo battery.


iMAX B6AC Dahili Adaptörlü NIH 2-6S  Lipo Pil Şarj Aleti (80W)
180 mm x 230 mm LiPo Batarya Taşıma Çantası
247,58 TL 330,10 TL
DJI P4 PART 64 INT.FLIGHT 5870 MH BATERY
8.400,00 TL
Snaptain A15 Batarya
Snaptain A15 Batarya Drone Batteries
152,54 TL
JawsPower 6500 mAh 6S LiPo Drone Bataryası
4.199,90 TL 4.429,60 TL
JawsPower 5200 mAh 4S LiPo Drone Bataryası
2.162,63 TL 2.296,82 TL
JawsPower 4200 mAh 4S LiPo Drone Bataryası
1.968,71 TL 2.165,59 TL
JawsPower 3300 mAh 4S LiPo Drone Bataryası
1.279,65 TL 1.706,21 TL
JawsPower 1300 mAh 2S LiPo Drone Bataryası
360,92 TL 459,36 TL
DJI Mavic 2 Pro Battery
DJI Mavic 2 Pro Battery Drone Batteries
Lipo Battery Carrying Box 240x65x180mm
330,10 TL
TATTU 1550mAh 11.1V 75C 3S1P Lipo Battery with XT60
Swaytronic Drone LiPo Battery 6S 22.2V 16000mAh 35C/70C
Team Orion Carbon Sport Drone LiPo Batarya 1800 mAh 45 C 2S 7.4V
IdeaSoft® | E-Ticaret paketleri ile hazırlanmıştır.