SKYROVER S1 Charging Hub: The master accessory that organizes your power. Intelligently charges three batteries and safely transports your equipment.
SKYROVER S1 - PROFESSIONAL CHARGING HUB
PD 30W FAST CHARGING
Maximize your productivity. When using a 30W USB PD adapter, this hub can fully charge three smart batteries in a record time of just 3 hours, allowing you to get back in the air quickly.
INTELLIGENT SEQUENTIAL MANAGEMENT
Automatically optimizes charging. The hub detects the power level of each battery and prioritizes the one with the highest charge to ensure you have a battery ready for flight as soon as possible.
TRANSPORT STORAGE
Its ultra-compact design not only charges but also serves as a hard storage case. It protects battery terminals against dust and accidental bumps during your travels.
MULTI-LEVEL PROTECTION
Equipped with an advanced monitoring system that protects your batteries against overcharging, short circuits, and overheating, significantly extending their lifespan.
Technical Specifications
Battery CapacityUp to 3 units
Charging TypeSequential (High charge priority)
Recommended InputUSB PD (Power Delivery) 30 W
Total Charging Time3 Hours (For 3 batteries)
CompatibilitySKYROVER Drone S1
Connection PortUSB-C
FREQUENTLY ASKED QUESTIONS
Can I charge only one battery, or do all three need to be present?
You can charge from one to three batteries. The hub is smart enough to recognize how many units are connected and efficiently manage the power flow.
Does it include the cable and wall charger?
This product is the Charging Hub. To achieve the maximum speed of 3 hours for three batteries, we recommend using a high-quality USB-C cable and a 30W wall adapter that supports the PD (Power Delivery) protocol.
What does "sequential charging" mean?
It means the hub does not split power between all three batteries at once (which would take much longer), but rather focuses all power on a single battery until it's full, then moves on to the next. This ensures you always have a 100% charged battery in the shortest possible time.
