loading

In this instructable project, we will try to DIY a magnetic mount QI wireless charger. Most of us if not all have experienced what it's like to run low on battery, or worse run out of battery while we are out and about. If this happens while we are driving, just imagine the potential hazard of having to dig and untangle wires in order to charge our phones.

With this in mind I came up with the idea to combine a magnetic mount and QI wireless charger. This way we can charge our phones by simply placing it on the magnetic dock as shown in the picture.

You may need a QI wireless receiver if your smartphone does not support wireless charging. I have found one from eBay or you can get one here.

For this DIY project you will need to 3D print certain parts. All of the original design files have been uploaded on grabCAD and you can get it here.:)

Here is our official website, if you are interested in Put2Go and you can come here to get more information.

The video below shows how the magnetic mount works:

This is our first version, we have since made revisions until we have arrived to our current version.

We are launching a Kickstarter project in now. You can get one or take a look here.

Our dream is to make a magnetic phone dock with built-in wireless charging, become widely used by everyone. This dock works with both iPhone and Android devices.

See it hold a can of Red Bull with its powerful magnetic force:

See it can can charge while your preferred GPS app is running:

See our Put2Go Kickstarter video below:

Step 1: Prepare Materials

Materials needed are as follows:

  • Coil *1
  • Round neodymium iron boron magnets(8*3mm) *12
  • Transmitting circuit board *1
  • 3D printed magnet base *1
  • 3D printed case *1
  • 3D printed thin board *1
  • AB glue *1 (you can use the other glue as well)
  • Rubber gasket *1
  • QI receiver *1(if your smart phone does not support wireless charging)

Step 2: Prepare the Tools

Tools needed are as follows:

  • A 3D printer(to print the 3D Components)
  • A soldering iron(to solder the coil)
  • A Utility Knife (to cut the Rubber gasket)
  • A Diagonal pliers
  • A Needle-nose pliers

Step 3: Testing and Assemble the Transmitting Circuit Board

Test the transmitting circuit board bought from eBay and attach it to the 3D printed base with the AB glue.

Unsolder the coil to be used on Step 6.

Here is the technical specification of the transmitting board:

product parameter:

  • input voltage: DC 5V
  • input current: 1.2-2A
  • tansmitting power: 5W
  • charge voltage: 5V
  • charge current: 500-1000MmA
  • transmission distance: 7mm
  • charge efficiency: >= 70%
  • size: 65mm*31mm*1mm
  • weight: 22g

product feature:

  • Dynamic Power Limiting 5V 500mA input, 5V 350mA
  • output efficiency >= 70%
  • support all the QI standard wireless charge device, high efficiency, huge working area, easy to use, few heating, integintegrated over current and over heating protection circuit

Step 4: Printing the Magnet Base, the Case and the Thin Board

You may design your own parts or you can download them here. We have also designed the structure to mount the charger on a car, which you may also download and print.

Our idea is to attach it to a car’s air conditioning vane to keep your device cool while charging. We gave it a sawtooth design to give it more grip and stability. You can use Proe to edit, if you wish to tweak the design to suit your needs better.

Step 5: Assembling the Magnets

Attach the 12 magnets onto the 3D printed magnet base with glue.

Step 6: Soldering the Coil

Solder the coil with the transmitting circuit and test its functions.Our Put2Go charger is use a more stable way to fix the charger than the DIY version.

For QI wireless capable phone you may skip to Step 9. Otherwise, please continue to Step 7.

Step 7: Fixing the Thin Board and the Rubber Mat

Attach the thin board and rubber mat to the case using glue.

Step 8: Purchasing and Assembling the Receiver

If you don’t have a receiver yet, you may purchase one from eBay or here. Just attach the receiver onto your smart phone and test if it is working.

Step 9: Enjoy Your Magnetic Mount QI Wireless Charger

You are now ready to use and enjoy your new magnetic mount QI wireless charger!

If you like this instructable project, please help us by voting for us in the contest.

You can also help support us by sharing or purchasing a ready made magnetic QI wireless charger at Put2Go on Kickstarter:)

If you have any questions or suggestions, please feel free to leave a comment.

Thanks for reading!

<p>hello, my phone is redmi3, is that good to use?</p>
<p>My phone is Nexus, is that good to use?</p>
<p>Yes! All support QI wireless charging of mobile phones can use our <a href="http://www.put2go.com" rel="nofollow">Put2Go</a>.</p>
You have to be sure that the charger can charge while your preferred GPS app is running. Some commercial wireless charger cannot do that, they don't have enough power.
<p>Thanks for your comment, <a href="https://www.instructables.com/member/ChristopheB23" rel="nofollow">ChristopheB23</a>! Check out the video I just uploaded. It works perfectly with GPS. On top of that it works perfectly with Siri too.Put2Go offers 1A output, it charges as fast as cables, which other commercial wireless chargers cannot do. so no worries about not enough power:)</p>
<p>I do love your idea!</p>
<p>It seems cool and interesting. I am trying to find a suitable wireless charger in car, ur DIY production just inspires me. I plan to make one, want to know more details about the product. </p>
<p>This looks sleek. I need to get me one of these induction chargers!I am definitely going to build one of these. Thanks so much for this great idea!</p>

About This Instructable

7,169views

99favorites

License:

Bio: I am maker_studio and I love to build robot of Arduino and DIY something fun. Here is something fun: http://kck.st/2cOiMIp Please support ...
More by maker_studio:How to DIY a set of pictrue pannel earphones How to build  a Bluetooth wireless upload Self-balancing Robot How to DIY a magnetic car mount QI wireless charger 
Add instructable to: