QC 3.0 — Qualcomm® Quick Charge technology powers your devices faster than conventional charging, allowing you to spend less time connected to outlets.

CHARGE 2 DEVICES AT ONCE — our Dual USB Chargers have multiple charging ports ; 1 x 1amp & 1 x 2.1amp, allowing you to charge 2 devices at once. 2 x USB SOCKETS - 1 x QC3.0 & 1 x USB 5V/1Amp. 

MULTIPLE APPLICATION — our Dual USB Chargers can be used with smartphones, tablets, sat navs and many other devices.

LED INDICATOR — our Dual USB Chargers are equipped with a led light, letting you know when it is charging.

RUBBERISED FINISH — our Dual USB Chargers are designed with a rubber finish to give you that extra bit of comfort.

12 MONTH GUARANTEE — our Super Chargers come with a 12 month guarantee so rest assured knowing this high quality product is backed up by our year long guarantee.

SPECIFICATIONS

• Technology: QC 3.0
• Input: DC 12-32V 
• Output: QC 3.0
               port 5V/1.0A
• Package included: 1x Car charger (2 USB Ports)

WHAT IS QUALCOMM® QUICK CHARGE™ TECHNOLOGY?
Fast charging technologies are becoming increasingly common, and Quick Charge is one of the most frequently used. Qualcomm® Quick Charge technology powers your devices faster than conventional charging, allowing you to spend less time connected to outlets.

THE BENEFITS OF QUICK CHARGE
When paired with compatible devices, a Quick Charge-enabled charger delivers more power, allowing the connected device to charge faster. As one of the most widely used of the fast charging technologies, Quick Charge is already in many of your favourite smartphones. If your smartphone is Quick Charge 3.0-compatible, you can charge up to 80% in just 35 minutes.*
To future proof your chargers, each new Quick Charge generation is backwards compatible, meaning it will work with the generations that came before.

*Charge up to 4 times faster than conventional 5W chargers. Based on Qualcomm® Quick Charge™ internal tests charging a 2750mAh fast charge battery
(1.5C charge rate) and using the maximum power for a thermal limit of 40C for all charging implementations. Charge time based on 0% to 50% (August 2015).