On the other hand if I were to already own 2 3s 5000mAh packs from an offroad 1/10 scale car, wiring would be different. In this case to get to the 5000mAh that I require, I must parallel the 2 battery packs. These packs come from an RC airplane but could work very well in the 6s RC car. The first thing I do is look at what packs I already own and pull out 2 6s 2500mAh. There is no point to purchasing additional batteries just for a new RC vehicle when you have packs that can already work.Ĭonsider requiring a 6s 5000mAh setup for an RC car. They have an average life of about 3 years, even if you do not use them. Wire 2 LiPo’s Based on What Packs you Ownīatteries are expensive. My main focus is trying to match up against the batteries that I own. When I select which wiring I want to use for my specific RC car, boat, or plane, I generally don’t look at it as a parallel vs series. However, if you are comfortable with wiring and understand wiring, you can make a change to the RTR setup! Just keep in mind that this may void any warranty or support the manufacture may offer. In general, if you are using a RTR vehicle, it is best to use the batteries that were intended to run in the vehicle. ![]() Series wiring can be achieved in many different setups (If you are trying to parallel a setup that requires 12s, this may be quite difficult as 12s packs are very rare to be sold in one pack).Boosts maximum continuous current output.Allows smaller Capacity Batteries to be used.Parallel setups do not increase the wire length leading to the ESC.This way you can simply take your charged batteries, plug them in and run the RC. Most manufactures already have the appropriate battery harness selected. However the true answer to this question lies in the Manufactures recommendation and your personal preference. There are a few advantages to both a parallel setup and a series setup. Then consider an 8s – 12s setup and purchasing 8s – 12s LiPo’s. There are not as many 6s LiPo batteries on the market as there would be for 3s LiPo’s for example. It becomes more apparent as to the availability of LiPo batteries when running an RC car or boat using a cell count of 6 or more. Since the battery is usually the heaviest component to be placed in to your RC, balance of it is very important. Most 2 battery rigs will have the packs placed symmetrically about the length of the vehicle. In addition, placing 2 battery packs on an RC car will allow better balance of weight. Depending on the vehicle, it may be easier to physically locate 2 smaller packs on a chassis rather than 1 larger pack. It is more simple to break down the 1 large battery in to 2 smaller packs. Higher powered RC vehicles just by inherited nature use larger batteries to be able to pump out higher amounts of power. Placement of BatteriesĪs we have mentioned above, it’s more common to use 2 LiPo batteries in a high powered RC. Manufactures of RTR vehicles setup an RC in this way for a few primary reasons. In this article we break it down using 2 LiPo battery packs in a RTR setup or even your own build! Parallel vs Series of 2 LiPo Batteries Why RC’s are setup with 2 LiPo Batteries? However, it is fairly common that RC manufactures would setup higher powered vehicles in this way. Theoretically, you can have any RC Airplane, Car, Boat, Helicopter or Drone setup using 2 battery packs. ![]() There are many RC’s on the market that are setup in such a way to use 2 LiPo battery packs.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |