Correct, the iPhone version will work with all sizes that support MagSafe.
Glad it missed you. It was not fun lol.
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Production Update!
I should be able to finish all remaining kits this week (Check your PMs) The ones that don’t go out by this Thursday will ship right after Memorial Day.
I will also be reducing the price of the kit from $300 + shipping to $285 shipped within cont. US. I was able to save some money by ordering a few of the parts in bulk so wanted to pass the savings along. I am doing this more to help the community than anything else. If I was just printing a tray and slapping a wireless charger on it I would probably do it for way less. Measuring, cutting, pinning, soldering, sleeving, upholstering, testing, etc takes more time than I expected
Lastly, I have received a few questions in PMs so I would like to address some of them here as I think it’s good information.
- Will my iPhone [N] work with this?
- Yes, all MagSafe enabled iPhones will work.
- Will my Android phone work with this?
- I currently have versions for the Pixel 8 and Galaxy S23/24 Ultra phones. However, I can modify the tray to fit most phones.
- Will this work with my case?
- It depends. All my testing was done with no case as I can't account for all the different variations out there. If the case is not MagSafe compatible your phone will either not charge or not be held in place by the MagSafe puck built into the tray. Case thickness also affects charge rates. If you are having issues (high temps, slow charging) please remove the phone from the case, let it cool down and try again.
- How fast does it charge?
- The power supply will provide the charger the necessary 9V@2.22A for 20W charging. This doesn't mean your phone will charge at this rate all the time though (or even most of the time). Factors such as phone temperature and load play a big role in determining charging speeds. iOS constantly adjusts how much power the phone gets and will sometimes even stop charging altogether if certain criteria is met. Most commonly, high temperature. Inductive charging generates heat, the phone will protect itself and stop charging if temps get too high. This is a common issue with wireless chargers and this kit is not immune to it.
- My phone is not charging, what's up with that?
- As mentioned above, there will be instances where iOS will pause charging due to temperature. This is normal. Go to Settings>Battery and look above the graph, it will tell you the max battery percentage reached before charging was paused. As mentioned above, wireless charing inherently generates heat, add that to the heat generated by the phone's processors while running multiple apps (GPS, music streaming, etc) and it will result in slower charging rates. Wireless charging is tricky and it will never be as fast as wired, but I feel like a car with wireless Apple CarPlay should have the option of wireless charging. I still keep a cable for those moments I need to charge faster. (Top Tip: Connect it to the spare USB-A port in the power supply included in the kit and your phone will charge even faster than when connected to the car's onboard USB)
- Why do I need a dedicated power supply? Can't I just connect it to the USB port in the car?
- Based on my testing, the USB port in the car provides only 5V@2A to the MagSafe charger. This means the max you can get out of it under ideal conditions is 10W. Several people have reported having issues when using these ports so your mileage will vary.
- Can I use the power supply to power/charge something else?
- We are repurposing the electronic toll collector connector in the car's harness behind the glovebox. This is fused at 5amps so the max draw before you potentially blow that fuse is 60W. The power supply we are using is rated at 60W from the USB-C port and 18W from the USB-A port:
- 60 Watts USB C PD (5V/3A, 9V/3A, 15V/3A, 20V/3A)(PPS 5.0~5.9V/3A, PPS 3.3~20V/3A)
- 18 Watts USB A QC 3.0 (9V 2A, 6V 3A)
- 78 Watts Peak Total Combined Power Output (75 Watts Nominal Total Combined Output)
As long as you don't exceed 60W total you should be able to power multiple devices from it. ie: a dashcam, a radar detector, the wireless charger, etc.
- Do I need to cut, tap or splice anything in order to install the power supply?
- No, I will provide a harness that will plug into an existing connector behind the glovebox. This connector provides Ground, ACC and BATT. The latter is not used but I extended it anyway in case anybody wants to repurpose the harness to power something else. (Harness is long enough to be routed down to the passenger side footwell where the fuse box is)
- Will you have have installation instructions.
- Yes. I will be writing some instruction to access the connector behind the glovebox, it is really not that complicated. The rest is pretty straight forward
I think that covers most of it. Shoot me a message if you have any other questions.