Frequently Asked Questions
Does this charger work with USB-C phones?
It works with USB-C compatible devices including Motorola Razr (2019/2020), Razr 5G, Edge (2020/2021), Edge+, Edge 5G uw, Moto Z family phones, Moto G Fast, G Play (2021), G Power (2020/2021/2022), G Pure (2021), G Stylus (2020/2021), G Stylus 5G (2021), G7, G7 Play, G7 Plus, G7 Power, G7 Optimo, G7 Optimo Maxx, G7 Supra, Moto G6, G6 Plus, Moto G100, Moto X4, Moto M, Motorola One, One 5G (5G uw), One 5G Ace (5G uw Ace), One Action, One Hyper, One Macro, One Power, One Vision, One Zoom.
What are the output specs on this charger?
5V 3A (default)
9V 3A
10V 3A
The output depends on the ability of your device, so 30W might not be fully utilized.
9V 3A
10V 3A
The output depends on the ability of your device, so 30W might not be fully utilized.
Can this charger be used on a 220 volt outlet?
Yes, this charger has universal input, from 90 up to 264V.
Does this charger work with Moto G6, Moto G6 Plus or Moto G7 series?
Yes. Moto G6, G6 Plus and Moto G7 series use USB-C ports. Moto G7 Plus phone is designed to take up to 27W of power, the other phones can only take the max power they were designed to draw from the charger. This charger does not work for Moto G6 Play or G6 Forge since Moto G6 Play and G6 Forge use micro USB connectors. Motorola TurboPower™ 18 Wall Charger with micro USB Data Cable would be the suggestion to charge Moto G6 and G6 Forge phones.
Does this charger use QC or PD technology for fast charging?
This charger is using USB-PD (power delivery) protocol.
Can this charger charge MacBooks?
This charger can charge Mac models that have USB-C port for charging, including MacBook 2016 and Mac mini 2018 and MacBook Air 2019/2018. This charger can also charge MacBook Pro 2019/2018/2017/2016, but its max output power is 30W.
If I replace the short cable with a longer one (non-Moto), does it still activate turbo charge?
The short answer is, it depends on the length and the quality of the cable used. The original Motorola data cable was specifically designed for this charger, so you would have to do some experimentation to find out if a different cable would work. As cable length increases, it becomes necessary for thicker gauge power conductors to compensate for voltage drop. If the thickness of the gauge power conductor is not increased enough to compensate the voltage drop, the turbo charge will not activate.
