Best Lipo Battery Charger - Top RC LiPo  Battery Chargers Buying Guide

Looking for the best rc lipo battery charger that will really make your day? Lithium Polymer batteries are used in nearly all electronic devices nowadays. A versatile lipo battery can be used in a number of applications.Flying drones or other radio controlled toys can be a lot fun for people and most of these gadgets run on batteries. All this fun wears out if your quadcopter’s batteries run out. You can have extra batteries, but if the batteries take too long to charge and can’t retain the charge for at least a while, it will not make for a pleasant experience. So you really need to have the best lipo charger if you are to enjoy the hobby.

Luckily, today you can buy specialized battery chargers with ports that can charge your drones’ batteries fast and have the capability to charge more than one battery. You can even get chargers with the ability to charge different types of batteries without fear of causing any damage to your batteries. If you are serious about drones, this would be a really good investment to make in your hobby.

If you fly a quadcopter, you should have a USB multi charger with you so that you can charge multiple battery packs at a time. You can connect multiple battery packs to this multi charger (a little box) first. Then the USB cable with this box is connected to a wall charger. It may take up to an hour to get the batteries fully charged but you get more flight time too because all the batteries are all charged together.

If you looking for a protection bag to save your batteries from overcharging, overheating or overvoltage LiPo safe is the answer. The material used in these lipo battery bags is burn proof and can hold fire.

You would want to pack the batteries in LiPo safely before you connect the charger.

It's also possible to use a car charger to charge your quadcopter's batteries. The DJI car charger can be used to charge Mavic 2 pro/Zoom or Enterprise li-ion batteries. And you could buy this on amazon. You could also use lipo charging boards to charge several lipo batteries at the same time.

Buying one of these is a breeze on amazon's online shop! They offer the right products products for just about anyone. Whether you're looking to power your quadcopter or drone, or need a little extra juice for your RC car, it's all available. These are rc chargers you can rely on to keep you going year after year.


Good field charger and multicharger:

To charge your batteries on the field, you would need a field charger. In case you have several lipo batteries that you need to charge when you do not have easy access to a wall outlet, you would want to have a couple of field chargers and at least one charging board on hand.

A field charger comes with a lcd screen, and if you use it with a multi charger board, you would have the potential to charge several lipos simultaneously. A good field charger will have everything you need to charge your lipo batteries on the field. If portability is a feature you value, this would be an essential product to have.

The user interface is easy to master, and the lcd display gives you all of the vital information you need to see. You would want to buy a model with reverse polarity protection so that it does not get fried if you were to connect it the wrong way.

A field charge will let you draw up to 10A to 14A of current depending on the model. In case you will be drawing more current, you would need to use multiple chargers.

Gone are days of NiCD (nickel cadmium) or NiMH (nickel metal hydride). But if you are still using these batteries, you need not despair. All types of batteries (NiCD, NiMH, LiPo, LiFe) can be charged by the chargers on the market.

A single port charger is a great choice for beginner rc enthusiasts. These chargers are easy to use and typically come with an integrated power supply. They are also affordable, making them a great value for the money.

Before going ahead with selecting one of the best lipo chargers, I will list out the specifications you have to look for in a charger. We will see them in detail even though some of them do not need much explanation.

These Are The Best Lipo Battery Chargers ...:

ISDT T8 Smart Charger

The quad pilot who would want the ISDT T8 Smart Charger is somebody who likes to parallel charge many batteries at a time. By design, it has an output of 30 amp, maxing out at 1000 watts.

The fact that it’s small appeals to a wide range of hobbyists who prefer a charger with just one output that will push loads of amps in their battery packs, big or small. It’s also lightweight, which makes it a delight for the backpack adventurer. This is possibly what you would want to buy if you are keen about buying the very best rc battery charger.

compatibility with popular battery types such as Pb (1-14S), NiMH/Cd (1-21S), LiFe/Lilon/LiPo/LiHv (1-8S)
dual outputs that allow parallel charging
support for BATTGO technology that provide information on battery cycle performance
USB port that enables charging of phones and USB-enabled devices at 5V output
push button intuitive interface for easy menu navigation
built-in XT60 connectors which are specific to either input side or output side
This charger has a plastic case that looks sleek, but the acrylic screen is not scratch-proof. It is advisable to get one of those screen protectors, much like the ones you have with your mobile phone.

There is also a dedicated port for any firmware updates that will require an adapter, which is not yet included in the package. If you buy one, it’ll cost $8 on top of the charger’s $99 price tag.

Tenergy TB6-B Balance Charger Discharger

If you put a premium on versatility, this charger and discharger should catch your attention. It is capable of charging various battery packs and supports many charging connectors, making it one nifty device.

It allows the user not only to charge, but also to balance different packs that will prolong the cycle and lifespan of your batteries.

LCD charging display, which shows individual cell charge and battery status
AUTO function for battery cell count, which prevents overcharging when left unmonitored
internal voltage balancer intended for Lithium Ion and LiPo batteries
discharge balance monitor that will abort discharging when there is an irregularity in the battery voltage cells
compatibility with three battery types, namely, LiPo, LiFe and LiLo
fast charge, including storage mode capability
data storage for 5 different batteries which can easily be retrieved without requiring program settings
The user can set the charger’s program which communicates any error encountered ensuring fail-safe operation.

With the built-in balancer, you have eliminated the need for having a separate device for balancing different batteries. Moreover, the storage mode charging sets the battery’s final voltage that is appropriate when it will be stored. This product comes with a 12-month warranty.

Keenstone Lipo Battery Charger/Discharger

This smart LiPo charger and discharger has professional features that might intimidate a quad newbie. On the contrary, this device offers easy operation with its innovative yet user-friendly interface with smart touch. The Keenstone is able to charge and discharge a multiple number of NiCd/ NiMH battery cells, as well as different lithium battery types.

USB port for upgrades
support for 1S to 6S batteries, including Lithium Ion, LiPo, LiFe, NiMH, NiCd, and lead batteries
built-in voltage balancer for a full recharge
voltage meter for Lithium batteries
Smartpen
AC adapter
data storage of 10 battery type settings
This Keenstone device can deliver a charging current of up to 10 amp, with maximum power output of 100 watts. The same efficiency also applies to its discharge function.

Monitoring and balancing of individual lithium battery cells are possible given the presence of its individual balancer. An error message will be displayed when a problem is encountered during either charging or discharging.

This unit also comes with additional accessories such as charging cable for mini Tamiya, connector for standard Tamiya, XT60 connector, alligator clips, and Deans connector.

SKYRC iMAX B6AC V2 AC/DC Dual Power Professional LiPo Battery Balance Charger/Discharger

The SkyRC pro LiPo charger and discharger is for the FPV enthusiast who looks for more bells and whistles to his gadgets and unwilling to settle for anything less.

This is the pimped and latest version of its predecessor with its modular built and added useful features. It is lightweight and fast charging- qualities that anyone will appreciate to quickly go back into action.

AC input of up to 240 volts
DC input of up to 18 volts
charge current of 6 ampere
discharge current of 2 amp
adjustable terminal voltage for PC connectivity
meter for lithium batteries with internal resistance monitor
set limits on charging current, capacity and time of processing for safety
temperature threshold sensors
compatibility with all known battery types
integral equalizer specific to LiPo, Lithium Ion, LiFe batteries
maximum charge power of 50 watts
optional socket for temperature probe which will terminate process once you’ve reached temperature limit
various charging modes dependent on battery types


The WIFI module availability is a great addition to this charger which allows remote access to your battery information. It is also best for charging heavy duty batteries because you can adjust terminal voltage accordingly.

HTRC C240 LiPo Battery Charger Duo Discharger

The HTRC C240 is quite a neat device which possesses all the desirable qualities in a battery charger and discharger. It is fast charging with the presence of two balance chargers that can perform charging on 2 different batteries in one go. The unit’s plastic shell exterior is compact and has a navigation system that’s easy to use.

support for 1S to 6S batteries, including Lithium Ion, LiPo, LiFe, NiMH, NiCd, and lead batteries
maximum power of 120 watts for a single port
variable DC power
smart fan to dissipate heat during operation
AC adapter with power switch
charging modes for different battery types
battery meter which shows cell counts, voltage, and capacity percentage
TVC to control terminal voltage
independent voltage balancer
data storage for multiple batteries
set limits on charging current, capacity, delta peak, temperature and processing time for safety
The multitude of features from this product makes it an excellent buy considering it is also affordable. It is capable of AC power distribution of 150 watts and DC distribution of twice 120 watts.

Haisito Lipo Battery Charger

The Haisito lipo battery charger is a 80W 6A RC battery balance discharger.

Fast Charging:

The AC input voltage is adjustable between 100 and 240V; the maximum charging current is 3 * 800mA, which is more than enough to charge an 11.1V 1200mAh battery.

RC Lipo Charger:

This charger was created to be used with two three-cell Lithium-ion batteries. This charger features an illuminated LED display that indicates the charge status of the charger. The power LEDs turn red to indicate that the charging process has begun. They turn green when fully grown. This is a high-quality, safe, and durable product.

It is enclosed in a secure and dependable fire-resistant shell. Over-current, over-temperature, short-circuit, and over-voltage protection safeguard both you and your charger.

Lipo Battery Balance Charger:

A self-balancing lithium battery integrated into the charger ensures that each cell is fully charged and protected, extending the battery's life and performance.

Choosing The Best Lipo Battery Chargers - What to look for

  • Number of cells the charger can support
  • Charger power in Watt
  • Output charge rate in Amps
  • Types of cells the charger can support
  • External vs. Internal power supply
  • Other features

Note: Lipo chargers used in hobby grade drones need to be off-board due to limitations in space and payload.

Number of Cells

There will be a limit on the number of cells the charger can work with. Some chargers may support 6 or even 8 cells at a time. However, they may not be able to charge only one cell. So before buying a charger you would want to check the number of batteries supported by the charger.

If you look at computerized RC chargers, most of them can charge up to 6 LiPo batteries and 15 NIMH or NiCD cell packs.

Have you heard about “2S’ battery pack? This means 2 batteries connected in series. Usually, a LiPo battery’s nominal voltage is 3.7V. For a “2S’ pack the voltage will be 7.4 V (3.7V * 2 = 7.4V) and for a three-cell pack, the voltage will be 11.1 V (3.7V * 3 = 11.1V).

What is nominal voltage? It’s the default voltage of a cell when it is resting. A LiPo battery can reach up to 4.2 V when it is fully charged. But the safe minimum voltage of the battery is 3.0V. Hence, 3.7v is considered as the nominal charge because that is the average voltage value.

You would want to note that some chargers used in cars may have input voltages between 12V to 16V and and output voltage of around 17V and 4.5A. You would want to see the specifications of the model for the details.

Charger power in Watt

The power mentioned in Watt represents the maximum output value and hence that is the most important value you should check before buying a charger.

The power is calculated in watt and the formula is voltage (Volts) x current (Amps). If the power requirement is not met by your charger your battery will get recharged in a low current.

Which means if you want to recharge three 2000mAh batteries at 12.6 V and 2A (1C), the power of the charger should be 25.2 watts. Likewise to charge these three batteries in 4A (2C) the power should be doubled that is 50.4 Watt.

As the cell count varies, the maximum current also varies. So you have to be careful that it does not exceed the charge rate of the charger.

Let me explain. The 50W charger that you bought has a maximum charge rate of 5A. If you charge a 3S LiPo the real charge rate can become only 4A (4A=50W / 12.6V). But you should not charge a 2S LiPo battery because the maximum rate of charge current will become 6A (6A=50W / 7.4V) and your charger cannot support that. Consider the capacity of your battery also before buying a charger for your battery.

Above given situation does not consider the efficiency loss of the charger while charging. Here I am assuming the loss will be between 10% and 20%. In that case, you will need a 60W charger.

If you are planning for parallel charging even 60W may not be enough. You can calculate this and you will understand that higher the charge power better the efficiency of the charger. Finding out the ideal charger power for your cells is not rocket science you just need to do some simple math. Look at the example given below.

Battery Capacity = 2200mAh ; Number of batteries = 6 3S batteries ; Charge rate needed per battery =1C

Maximum current rate =1C x 2200mAh x 6= 13.2 A

Hence the power needed for your charger = 13.2A x 12.6V x 120%= 199.6W

Here, the ideal charge rate of the charger will be more than 200W and the maximum charge current is 14A+.

A charger with lower power also will work but it will take a long time for your batteries to be fully charged.

Charge Rate

‘C’ rate or c rating is used to represent a LiPo battery’s charging rate (‘C’ denotes capacity). But mAh is widely used to express the battery capacity. Actually, mAh is the unit used to represent electric charge that is calculated using the formula – current (mA) x time (Hours).


Four factors that control your charger’s current rate are:

Power of the charger
Count of LiPo cells
Charger’s maximum charge current rate
Battery’s maximum current charge
The recommended current rate of LiPo batteries is 1C however; there are some LiPo batteries that are capable of fast charging (2C or higher). These batteries are expensive.

Having said this, it is always safe to charge your LiPo batteries at a lower rate. This will increase the battery life and will prevent the battery from becoming too hot. We will discuss about disposing broken and old LiPo batteries later.

The charge current needed to charge a 3S 2000 mAh battery is 2A (1x2000mA). If you want to charge the same battery at 2C the current needed is 4A (2x2000mA). So if the capacity of the battery is 5000mAh you will need 5A charger current.

You can check the manual of the charger to find out the maximum charging current and rate. Consider this when you buy a charger for your LiPo battery because a charger with a lower rate will take more time.

In some instances your charger and your battery both may support 6A charging rate; However it is not necessary that the battery will get charged at that rate. Other factors that will influence the charging rate are number of cells and power of the charger.

Battery Type

This is very simple. For your LiPo batteries, you have to buy a charger that can handle LiPo batteries. The charger should know the way to interact with your LiPo batteries or else the charger may cause a fire.

You will also get chargers that support multiple types like NIMH and NiCd other than LiPo.

The main advantages of LiPo battery over the NiMH (Nickel-Metal Hydride) or NiCD (Nickel Cadmium) batteries are:

They are lightweight and are easy to manufacture in any shape or size
They can be made in higher capacities because they can contain more power than other two types
LiPo batteries are capable of high discharge rate
Now let us see what are the disadvantages of LiPo batteries:

These batteries have a shorter lifespan when compared to other types
The average number of cycles is 300 to 400
The chemicals used to make LiPo batteries are very sensitive; the battery could catch fire if they are physically damaged. You would never, ever want to use a lipo battery that you suspect has been physically damaged.
When you charge, store, and discharge LiPo batteries you have to be very careful
The accessories used for the maintenance of LiPo batteries are expensive
External vs Internal Power Supply
Here we are going to discuss about the power source to the charger. This is something you most certainly would want to know if you are intent on getting the best lipo charger for the money. There are chargers that come with an internal power source and you can see chargers with external power source too in the market.

If the charger has an inbuilt power supply you may have to settle for a 50-watt charger because they cannot integrate more powerful supply within the charger box. If you need more power you will have to buy a more powerful supply (350+ Watt). But the benefit of having the USB charger is that you can modify any supply that can provide you 250 watt can and use it as the external power source.

But you do not have to worry as all computerized battery chargers are manufactured to accept the charge (12-14 VDC input) from a flight box battery or automobile battery.

You can even see chargers for RC battery that can work on 30+V DC charge. This is useful if you want to recharge battery packs with higher voltage and watt ratings. These high powered battery chargers can also be used for lower voltage charging.

Another category of chargers come with both inbuilt power supply and external power supply support. These can work with an input of 12 V DC and also support a 120 AC household power supply (built-in). But the main issue with this built-in power supply is that this will work with only 50-60 watt chargers.

Here the size is a factor to be accounted for - the charger will become much bigger if you wish to integrate a more powerful supply.

For example, if you want to keep on supplying 100 watts at a rate of 14 V DC you will need much bigger supply. In fact, it will be much bigger than the charger itself. Another fact that you have to consider is the heat that is emitted from these bigger power supplies. To compensate this you will have to add heat sinks and cooling fans making it even bigger.

Add-on Features to look for in top rc battery chargers

Additional features are always good to have but are not mandatory for the performance of your charger. Keep in mind that the more features your charger has, higher the cost will be. There are three types of additional features that can be availed by you. They are basic features, safety features, and advanced charger features. It's always a good idea to use a lipo battery tester, monitor and use only appropriate connectors to connect cells in the battery.

Basic features you would want to have in a LiPo charger

LCD backlit display

The option to view each cell’s voltage while charging
Accurate voltage reading
The addition of charging functions for LiPo battery like balance charge, discharging, and storage

Safety features

Before starting the charging if you can confirm the cell count you can prevent an accident that may be caused due to the use of the wrong charger type
Protection for overvoltage and under voltage scenarios
Option to detect temperature and limit the maximum temperature
Facility to set a timer for charging
Safety alarm or buzzer

Advanced features

Support for multiple types of batteries
Monitoring internal resistance of the battery and cells
Advanced programming so that you can pre-set the values (like charger rate) for each LiPo battery
Capability to connect to a computer so that you can monitor the voltage level, the charging current (of each cell and battery), time and more.

Caveat!

While using a lipo battery charger, users would need to be careful never to jumble the cables and position cables the wrong way. This will likely cause reverse polarity damage.

Familiarize yourself with the buttons on the charger. Review the user manual and test the charger.

  • Before using or charging a lithium battery, read the instructions and safety information for lithium batteries.
  • If the battery is discharged or damaged, do not charge or use it.
  • If it is bulged, enlarged, swollen, or otherwise deformed.
  • If it has a 3.3-volt cell. This means that the voltage of the three-cell 11.1-V battery is less than 9.9 V.
  • Do not charge the battery unattended. Monitor the battery while charging to make sure it does not rupture, burst, smoke, spark, or burn. Also make sure the battery is not swollen or damaged. Disconnect the battery from the charger immediately.
  • Do not charge the battery near flammable materials. Charge the battery in a fireproof container. Do not charge the battery while it is in the drone.

LiPo Battery Balance Charger

A lipo battery balance charger is a great tool to have if you own any lipo batteries. This type of charger is specifically designed to charge and balance lipo batteries, which is why it's such an important piece of equipment to have if you're a lipo battery user.

A lipo battery balance charger is an important tool to have if you own any lipo batteries. This type of charger ensures that each individual cell in a lipo battery is charged to the same voltage level, which helps to prevent problems such as cell imbalance and overheating. If you're looking for a good balance charger, there are a few things you should keep in mind, such as making sure the charger has an LCD screen and an automatic shut-off feature. Finally, make sure the charger is compatible with the size of your lipo batteries.

A balance charger ensures that each individual cell in a lipo battery is charged to the same voltage level. This is important because if a lipo battery isn't balanced, it can cause problems such as cell imbalance and overheating.

A good balance charger will not only charge and balance your lipo batteries, but it will also monitor each cell's voltage level and stop charging when the cells are fully balanced. This helps to prevent overcharging, which can damage your batteries.

If you're looking for a good balance charger, there are a few things you should keep in mind. First, make sure the charger has an LCD screen so that you can see the voltage levels of each cell. Also, make sure the charger has an automatic shut-off feature so that it will stop charging when the cells are balanced.

Finally, make sure the charger is compatible with the size of your lipo batteries. Some chargers are designed for smaller lipo batteries, while others are designed for larger batteries. Choose a charger that is compatible with the size of your batteries.

Lipo Parallel Charging Boards

Lipo parallel charging boards are a great way for hobbyists to charge multiple lipos at the same time. They come in many different sizes and shapes, with some more specialized than others. The most common size is 6S-8S which can typically be used to charge up to four 3200mAh batteries simultaneously.

Many people use lipo parallel charging boards to quickly and easily charge batteries for race drones. By plugging in four batteries at once, you can cut your charging time in half.

If you're looking for a more specialized board, there are some options available that support up to 10S batteries or even higher. These boards allow you to charge larger lipos more quickly, which can be helpful for those flying larger drones.

No matter what board you choose, make sure to read the instructions carefully to avoid any accidents. Always use a lipo charging bag when charging batteries, and never leave them unattended.
If you're looking for a good balance charger, there are a few things you should keep in mind. First, make sure the charger has an LCD screen so that you can see the voltage levels of each cell. Also, make sure the charger has an automatic shut-off feature so that it will stop charging when the cells are balanced.

Finally, make sure the charger is compatible with the size of your lipo batteries. Some chargers are designed for smaller lipo batteries, while others are designed for larger batteries. Choose a charger that is compatible with the size of your batteries.

DC Power Supply for Lipo Battery Chargers

If you are purchasing a charger with an integrated power supply, the following section is not necessary.

There are several factors to consider when selecting the best DC power supply for a lipo charger. One of the first things you should determine is the voltage at which your power supply operates. The majority of lipo chargers operate at a voltage of at least 11 volts, which means they require a power supply capable of delivering at least that voltage.

Finally, the amperage of the power supply must be considered. The majority of lipo chargers require at least 1 amp of current, which necessitates the use of a power supply capable of delivering that amount of current.

Finally, before purchasing a power supply, ensure that it is equipped with a DC connector compatible with your system.

While chargers without an integrated power supply are typically less expensive and lighter, they require an additional power supply. With chargers, the cost of a dedicated power supply frequently exceeds the cost of the charger itself. There are more affordable alternatives, such as computer/server power supplies, which may require some do-it-yourself labour.

The charger's specification should specify an input voltage range, and your power supply's output voltage should meet that requirement. Additionally, for proper operation, the charger will require an adequate supply of power from the power source. The power supply's output current and voltage are multiplied together to determine the power supply's output power.

As a result, you'll need a power supply capable of delivering the same amount of power as your charger. Apart from the benefit of future-proofing your system, there are few advantages to upgrading your power supply. Due to the risk of overloading an insufficiently powered power supply, you should avoid using one. Overloading the power supply will cause it to overheat and eventually fail.

Fastest Charging LiPO Batteries

Can you charge a lipo battery fast? The LTO chemistry is the fastest charging cell available for Li-ion "LiPo" batteries (lithium titanate).
It can be charged to 90 percent capacity in less than ten minutes and then discharged to approximately 98 percent capacity in another ten minutes without being damaged or degraded in any way.

RC Car Battery Charger

There are a few different types of car rc lipo battery chargers on the market. Some are more basic and just charge the battery, while others have features like balancing the cells in the battery and diagnostics to let you know what's going on with your charging process.

It's important to choose the right type of car battery charger for your needs, depending on how you plan to use your battery. If you're just starting out, it might be a good idea to opt for a basic charger until you get a better understanding of how your battery works and what you need from a charger.

Whatever type of charger you choose, make sure that it is compatible with the type of battery you are using. Chargers come in a variety of voltages, so be sure to get one that is compatible with your battery's voltage. Chargers also come with different amperages, so make sure you get one that can handle the amperage of your battery.

Finally, always be careful when using a car rc lipo battery charger. Follow the instructions carefully, and never leave the charger unattended. Chargers can be dangerous if used incorrectly, so it's important to take the necessary precautions.