Verbatim - UTA-09 Gan III Universal Travel Adapter 70W - USB-C, USB-A - 70 W - 120 V AC, 230 V AC Input - Black/Gray
Model: 32124
SKU: 12771920
Reviews coming soon
Reviews coming soon
We’ll try to get your question answered within 24 hours by a Best Buy customer or brand representative.
The Verbatim GaN III Universal Travel Adapter is a compact and versatile solution for travelers. This adapter supports over 180 countries, offering EU, UK, US, Australia, and China plug options. Utilizing advanced GaN III technology, it's more efficient and compact. This 5-in-1 adapter allows simultaneous charging of five devices through AC and USB ports, including one (1) USB-C with Power Delivery 3.0 (with PPS support), Quick Charge 4+ output, up to 70W each, two (2) USB-C up to 15W, and two (2) USB-A ports up to 12W. Ideal for international travel, this adapter gives you 100% peace of mind wherever you may go. Verbatim's GaN III Universal Travel Adapter comes with a 2-year Limited Lifetime warranty.
The Verbatim GaN III Universal Travel Adapter is a compact and versatile solution for travelers. This adapter supports over 180 countries, offering EU, UK, US, Australia, and China plug options. Utilizing advanced GaN III technology, it's more efficient and compact. This 5-in-1 adapter allows simultaneous charging of five devices through AC and USB ports, including one (1) USB-C with Power Delivery 3.0 (with PPS support), Quick Charge
Equipped with EU, UK, USA/Japan, and AUS plug formats, this travel adapter ensures you stay connected in virtually any country you visit, offering true worldwide usability.
With an AC input of 100V-250V and a 10A Max rating (2500W Max), this adapter provides a stable and secure power source for all your electronic devices, wherever you are.
The included travel pouch makes it easy to carry and store, while the adapter's streamlined design ensures it won't take up valuable space in your luggage, perfect for travel.
Benefit from the latest Gallium Nitride technology, offering superior charging efficiency and reduced heat generation in a smaller form factor, ensuring optimal performance.
Learn more >