SkyRC B6ACneo
The SkyRC B6ACneo is a beauty on the outside and a beast on the inside. It's a compact yet powerful charger that boasts an impressive charging power of up to 200W in DC mode and 60W in AC mode. Equipped with various ports, including XT60 and USB Type-C, it offers nearly universal compatibility.
The B6AC neo also incorporates a proprietary rectifier circuit, efficiently converting AC power to safe DC power for battery charging. An integrated MCU meticulously controls the charging process to minimize power loss. The inclusion of gallium nitride (GaN) ensures consistent performance and, compared to silicon, offers superior heat dissipation and reduced energy loss.
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SkyRC B6ACneo
SkyRC B6ACneo
The SkyRC B6ACneo is a beauty on the outside and a beast on the inside. It's a compact yet powerful charger that boasts an impressive charging power of up to 200W in DC mode and 60W in AC mode. Equipped with various ports, including XT60 and USB Type-C, it offers nearly universal compatibility.
The B6AC neo also incorporates a proprietary rectifier circuit, efficiently converting AC power to safe DC power for battery charging. An integrated MCU meticulously controls the charging process to minimize power loss. The inclusion of gallium nitride (GaN) ensures consistent performance and, compared to silicon, offers superior heat dissipation and reduced energy loss.
Original: $59.99
-65%$59.99
$21.00Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The SkyRC B6ACneo is a beauty on the outside and a beast on the inside. It's a compact yet powerful charger that boasts an impressive charging power of up to 200W in DC mode and 60W in AC mode. Equipped with various ports, including XT60 and USB Type-C, it offers nearly universal compatibility.
The B6AC neo also incorporates a proprietary rectifier circuit, efficiently converting AC power to safe DC power for battery charging. An integrated MCU meticulously controls the charging process to minimize power loss. The inclusion of gallium nitride (GaN) ensures consistent performance and, compared to silicon, offers superior heat dissipation and reduced energy loss.






















