RC Chargers & Power Supplies

Every RC modeler and FPV pilot knows that proper battery charging is fundamental. In this category, you'll find modern microprocessor chargers designed for safe and efficient charging of various types of batteries used in modeling (LiPo, LiHV, Li-Ion, NiMH, NiCd, Pb) and dedicated power supplies.

A good charger is an investment in the safety and lifespan of your packs. We offer devices that provide:

• Precise charging and cell balancing: Crucial for the longevity and safety of lithium batteries (LiPo, LiHV, Li-Ion).
• Various operating modes: Charging, discharging, storage charging, cycling (for NiMH/NiCd).
• Support for multiple battery chemistries: Versatility of use.
• Clear displays and intuitive interfaces: Ease of use and process monitoring.

You'll find both AC/DC chargers (with built-in power supply, plug directly into the wall outlet) and compact DC chargers (requiring an external power supply), as well as multi-channel models that allow charging several batteries simultaneously. We offer proven brands such as ISDT, HOTA, or SKYRC.

Choosing the right charger and optional power supply depends on your needs, the batteries you own, and your budget. Pay attention to:

• Charger Power (Watts): Determines the maximum total power the charger can deliver. This is crucial when charging high-capacity or high-voltage packs (e.g., 6S) and when charging multiple batteries at once. More power allows for faster charging at higher currents.
• Maximum Charge Current (Amps): Important to be able to charge batteries at 1C (capacity in Ah) or higher if the battery manufacturer allows. E.g., a 5000mAh (5Ah) battery requires 5A for a 1C charge. For multi-channel chargers, check the max current per channel.
• Supported Battery Types and Voltages: Ensure the charger supports the chemistry of your packs (LiPo, LiHV, Li-Ion, NiMH) and their cell count (e.g., up to 6S for LiPo).
• Number of Channels: Single-channel chargers are cheaper, but dual- or quad-channel models allow charging multiple batteries independently at the same time, which is very convenient.
• Power Input Type (AC/DC vs DC): AC/DC chargers have a built-in power supply and can be plugged directly into a 230V outlet. DC chargers are typically smaller and lighter but require an external power supply (e.g., 12-24V). The choice depends on where you charge most often (at home or in the field from a car battery or dedicated PSU).
• Choosing a Power Supply (PSU) for a DC Charger: If you choose a DC charger, you need a PSU with the appropriate output voltage (matching the charger's requirements) and power (W) at least equal to or slightly greater than the charger's maximum power draw.
• Additional Features: USB ports for charging phones/radios, Bluetooth connectivity for app control, internal resistance measurement, temperature sensor capability.

Reputable brands like ISDT, HOTA, SKYRC offer a wide range of models with varying power and features.

Proper battery charging, especially for LiPos, is absolutely crucial for safety and pack longevity. Wondering which charger is best for your collection of 4S and 6S batteries? Should you choose a convenient AC/DC model, or perhaps a more powerful DC charger and a matching power supply? What wattage is sufficient?

Don't risk it – ask the Avifly experts! We'll help you choose the charger and power supply perfectly suited to your needs and budget. We'll advise on power, charging current, and features, recommending proven models from ISDT, HOTA or SKYRC.

Our offer includes reliable RC chargers and efficient power supplies, available in stock with fast shipping from our warehouse in Poland. Take care of your batteries and charge them safely and effectively!

Have questions about chargers? Write to us: Contact Us