SkyRC D100 Neo Duo AC/DC charger (AC max 100w total - DC 2x100w)

Efficient and compact

Unparalleled performance thanks to 2 independent ports in a compact design.

You can charge two RC batteries simultaneously using two ports, even with different chemistries. Whether you want to charge your RC car or get a drone ready to fly, the D100neo has you covered!

Despite its compact size, the D100neo makes no compromises on power or efficiency, delivering up to 200W of output power! The charger features a bright color display with no fewer than 76,800 pixels, surpassing the D100’s 8,192-pixel black-and-white screen.

*With DC input, the D100neo can deliver up to 200W of charging power.

Do more with one charger! Suitable for various battery types

Thanks to its exceptional versatility, the D100neo can charge a wide range of battery types. This powerhouse can charge LiPo, LiFe, Li-ion, LiHV, Pb, NiMH, and NiCd batteries.

Speed up your charging with one charger that can handle multiple battery types.

Whether you’re an RC expert, a beginner, or somewhere in between, the D100neo is the reliable and adaptable choice that guarantees optimal performance for all your batteries.

Unlock the full potential of your battery arsenal with the D100neo—versatility multiplied by capability.

Dual AC/DC input

The D100neo is designed to offer RC enthusiasts unparalleled flexibility in the garage or in the field. With dual input ports, you can choose between AC or DC power, depending on your specific situation.

In AC mode, the charging power reaches an impressive total of 100W, dynamically distributed across each port. When connected to DC, the charger unleashes its true potential with an astounding total charging power of 200W. With one port capable of delivering up to 100W, you can charge your batteries incredibly quickly and accurately.

Whether you’re a beginner or a seasoned RC enthusiast who participates in races, the D100neo ensures efficient charging and optimal performance for your RC batteries.

Unparalleled charging, impressive discharging

This advanced device not only offers efficient charging but also impressive discharging capabilities. The built-in balance port allows the D100neo to discharge faster, at up to 25W when used together with the main port. When using only the main port, however, the discharge rate is limited to 5W.

Whether you want to prepare your batteries for storage, balance their voltage, or safely discharge them after use, the D100neo is ready for you!

This advanced discharge function allows you to extend your batteries’ lifespan by precisely controlling the discharge process.

So professional, so digital

The D100neo excels not only at charging but also functions as a versatile dual-output digital power supply.

With just a few clicks in the menu, the D100neo offers a voltage range from 2V to 27V, with an adjustable increment of 0.1V. The current can also be adjusted from 0.2A to 10A, with 0.1A precision.

This dual-output digital DC power supply provides two independently adjustable current outputs, making it a versatile tool for various electronic testing and prototyping applications.

20W PD 3.0 port for fast power delivery

With the 20W USB-C PD 3.0 charging port, our RC enthusiasts can enjoy unprecedented charging speeds. Whether you’re charging smartphones, tablets, or MacBook Airs, this powerful port ensures that you can charge your devices in no time.

Cool charging

Inside the slim housing is a groundbreaking thermal system designed to enable the Arm Cortex-M4 to perform demanding tasks at lightning speed—and in near silence. The fan adjusts its speed and dissipates heat more effectively based on power consumption.

Enhanced protection and greater rectifier circuit efficiency

The SkyRC D100neo charger is equipped with various essential safety features that ensure optimal charging safety.

The D100neo uses a patented rectifier circuit to efficiently convert alternating current into safe direct current for battery charging. The built-in microcontroller precisely controls the charging process to minimize energy loss and create an incredibly compact design.