Charging Dock for Xbox Controller 5520mWh Batteries
Product description
This compact charging dock gives Xbox controllers a playful robot-style look while keeping two controllers powered and ready for long sessions. The base includes two 5520mWh rechargeable batteries that, according to the manufacturer, deliver roughly 18 to 25 hours of playtime per charge and recharge in about four hours, making it a practical choice for multiplayer nights and extended solo gaming.
Key Points
The dock accommodates two controllers simultaneously and shows charging status with an LED indicator on the robot head, green for fully charged and red while charging. It comes with interchangeable battery covers to fit Xbox One, Xbox One S, Xbox One X, Xbox One Elite and both Xbox Series X and Series S controllers. A discrete battery compartment at the bottom of the base stores an extra pack or small accessories. The product aims to replace disposable AA cells and includes a multi-protection system for overcharge, overcurrent, overheating and short circuit safety, allowing controllers to remain on the dock after they reach full charge.
Technical Specifications
- Name: Charging Dock with 2x5520mWh Batteries
- Battery capacity: 5520mWh per pack.
- Estimated playtime: 18–25 hours per controller, according to the manufacturer.
- Charge time: Approximately 4 hours.
- Cycle life: Up to 2000 recharge cycles.
- Compatibility: Xbox One, Xbox One S, Xbox One X, Xbox One Elite, Xbox Series X, Xbox Series S.
- Indicator: LED status light showing charging and full charge.
Usage Recommendations
Place both controllers on the dock after play to top up their batteries ahead of the next session. The LED indicator makes it easy to see status at a glance during setup or while the console is idle. Swap the included battery covers when moving between older Xbox One pads and the newer Series controllers to ensure a correct fit. The storage compartment under the base can keep a spare battery pack close at hand for quick changes.
Positive Aspects
The larger capacity cells reduce the frequency of charging compared with standard rechargeable kits, which is useful for marathon streams or multiplayer evenings. The robot aesthetic adds a decorative element to a games room while remaining functional. Sustainability is another advantage since the batteries are rated for a high number of recharge cycles, which may lower the overall number of disposable cells used. A minor consideration is that actual runtime can vary with controller model and use of wireless features such as vibration and headset audio, so individual results may differ.
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