50000mAh Remax RPP-117 Piloteer Series PD-27W & QC-22.5W Fast Charging Power Bank

Remax RPP-117 Piloteer Series 50000mAh 27W Fast Charging Power Bank

The Remax RPP-117 Piloteer Series 50000mAh 27W Fast Charging Power Bank is designed to provide powerful, dependable energy thanks to its massive capacity and superior charging features. Constructed from robust, fireproof ABS+PC V0 materials, it offers enduring performance and security in a small, portable package. With a genuine rated capacity of 47500mAh and a capacity of 50000mAh, the power bank is a great option for consumers who require frequent on-the-go recharges. To ensure broad compatibility and fast charge support for nearly any device, the Remax RPP-117 Piloteer Series 50000mAh Power Bank supports a wide range of fast charging protocols, including PD3.0, PD2.0, QC3.0, QC2.0, and Apple 2.4A, in addition to additional protocols like BC1.2, VOOC, SCP, FCP, and AFC. A Micro USB input (5V-3A/9V-2A/12V-1.5A) and a Type-C input/output port (5V-3A/9V-2A/12V-1.5A) are both included in the Remax RPP-117 Piloteer Series 50000mAh Power Bank. Both ports can handle up to 18W. Up to 27W of power may be delivered efficiently to bigger devices or quickly charged on mobile phones thanks to the Type-C output. Two USB output ports (USB1 and USB2) also provide up to 22.5W with flexible voltage options, such as 5V-4.5A, 4.5V-5A, 9V-2A, and 12V-1.5A, allowing a variety of devices to operate at their best speed. The Remax RPP-117 50000mAh Power Bank ensures balanced energy distribution without compromising efficiency by maintaining a total output of 5V-3A when charging numerous devices at once. This 50000mAh power bank is made for heavy-duty use and is perfect for long trips, power outages, and emergencies. It can keep gadgets powered for days without requiring a recharge. In addition to its remarkable capacity and multi-device compatibility, the Remax RPP-117 Piloteer Series 50000mAh Power Bank combines ultra-fast charging, strict safety regulations, and tough durability to meet all-day power demands.