BOLT is the world’s smallest portable battery backup and wall charger combined. BOLT is designed to replace your standard wall charger and will automatically charge with your phone and be ready to go when you are. This makes BOLT a true grab and go solution. Existing portable batteries on the market are typically geared for emergency charging. This means that they are either too big to be practical or they don’t hold enough charge to be useful everyday. Virtually every other battery backup on the market can ONLY be charged via USB and that can be a hassle.
You’ll need to bring around a USB wall adapter or hunt down a USB port. This inconvenient method of keeping smart phones and other devices charged inspired the creation of BOLT. Our passion for simplicity pushed us to make BOLT the world’s smallest battery backup and wall charger combined. BOLT’s compact size and 3000mAh battery make it the perfect balance of portability and capacity that will charge your mobile devices ANYWHERE. Dimensions: 70mm x 34mm x 28mm (2.75″ x 1.33″ x 1.10″). 3000mAh Samsung Li-Ion Battery. Certifications: CE, RoHS, FCC, WEEE. Charge Input: 90-240v A/C (Globally Supported). Charge Output: 5V/1A. Smooth Rubberized Finish. Status Indicator LEDs. Smart Charge Technology: Automatically Bypasses the Battery when Fully Charged.
BOLT is the world’s smallest battery backup and wall charger combined. BOLT is designed to replace your standard wall charger and will automatically charge with your phone and be ready to go when you are. This makes BOLT a true grab and go solution.
Measuring in at 2.75 x 1.33 x 1.10 inches (70mm x 34mm x 28mm), BOLT’s sleek, compact design and 3000mAH Lithium-Ion battery makes it the perfect balance of portability and capacity that will charge your mobile device ANYWHERE.
With 5V/1A fast charging and 90v-240v A/C (globally supported), this universally compatible charger is perfect for every day use, traveling and much more!
Smart Charge Technology: Automatically Bypasses the Battery when Fully Charged. 500+ full lifetime use cycles
