Anker MagGo 10,000mah Wireless Power Bank - Black | Qi2 Certified Charging, 15W Ultra-Fast Capacity, for iPhone and Other A1654G11
Description
MagGo 10,000mah Wireless Power Bank - Black | A1654G11 Qi2 Certified Charging 15W ultra-fast wireless charging 10,000mAh capacity Warranty: 2 years Anker MagGo 10,000mah Wireless Power Bank - Black | A1654G11 Features Qi2 Certified Charging: Embrace the convenience of 15W wireless charging that comes with the assurance of Qi2 certification for fast, secure, and efficient power boosts. Double Up on Speed: Enjoy 15W ultra-fast wireless charging and power up your devices 2X faster*. Get your iPhone 15 from 0 to 50% in just 44 minutes. Informative Smart Display: Keep tabs on your device's charging journey. From battery percentages to full recharge times, the intuitive smart screen ensures you're always updated. Power Up and Prop Up: With a powerful 10,000mAh, secure 1.8 charges for your iPhone 15 Pro and enjoy hands-free viewing with the built-in stand. What You Get: Anker MagGo Power Bank (10K), 2ft (0.6m) USB-C to USB-C cable, welcome guide, 24-month warranty, and our friendly customer service. How Many Charges Will the Anker MagGo 10,000mAh Give You? With a 10,000mAh battery, this MagGo wireless power bank is a slim daily top-up for phones and small devices. The estimates below are based on usable output after voltage conversion losses: Device Battery Size Charges From This Power Bank iPhone 16 ~14Wh ~1.5 charges Samsung Galaxy S24 ~15.5Wh ~1.5 charges iPad Air ~28Wh ~0.8 charges PS5 DualSense controller ~5.7Wh ~4 charges Apple Watch ~1.1Wh 20+ charges AirPods (with case) ~1.3Wh 18+ charges Charge estimates are based on approximately 24Wh of usable output via the wired USB-C port, after voltage conversion losses. Wireless (MagSafe-style) charging on the pad is less efficient, so charges topped up wirelessly will be fewer than shown. Actual results vary with device battery health, cable, and charging conditions. A power bank's mAh rating is measured at 3.7V, so real-world charges are lower than a direct mAh-to-mAh comparison suggests.