Cable Matters 2-Pack 40Gbps Flat Right Angle USB C Adapter, Up to [4K@240Hz Video, 240W Charging, 40Gbps Data Transfer] 90 Degree USB C Adapter, Compatible with Thunderbolt 4, iPhone 16, Steam Deck

(Combo - Vertical)Was having trouble with the USB C cable on my 6400mAh KIWI design Comfort Battery Head Strap (B09XF69CR9) fitting loosely in the headset and falling out enough to stop charging. Thought it was just the plug being super loose and not being able to snap in but it was actually the opposite sort of problem. The male USB C plug on the strap was just a SUPER tight fit. Plugging it into the adapter required a lot of force but I'd much rather break a ~$5 adapter or $60 battery strap than the VR headset worth hundreds of dollars! The adapter plugs into the headset snugly and without spooky amounts of force being needed. Little bit of a pain to unplug as again, it is snug, but you can safely unplug it without breaking anything and it's going nowhere even during very active gameplay.It absolutely has sufficient power transfer to keep the VR set charged. Just got finished playing around 6-7 hours of H3VR and it performed flawlessly. The battery pack was able to fully drain before the headset started showing any drain in the UI. The smudges on the adapter in shown in my images are sweat btw, I played hard. They came looking clean and unblemished. Prior to my VR session I also made sure both adapters allowed the headset to charge.It held up be me squeezing it with the obscene amount of force the headset's cable needed to finally click into it just fine. Definitely seems to be a pretty solidly made product so far. Worst case the pack cost me just under $10 after tax and it comes with two different adapters that should both work fine for the task.If you're having trouble with your KIWI battery strap this is a very simple and affordable solution for the problem both in terms of time and money. I'd highly recommend trying this simple adapter before going the return and replace route. I strongly recommend plugging the battery pack cable into the adapter first THEN plugging the adapter into the headset. Don't risk the port on the headset by doing it the other way around.

Have you ever connected a USB-C cable to your phone or tablet and then had it bend at the point of connection to the point where it puts excessive wear on the connector or it stops charging? This little adapter solves that nuisance perfectly. When installed, it routes the cable 90 degrees away from the port on the device and runs it parallel to the device. This makes holding the device easier, it relieves strain on the cable connection, and just gets out of the way. I'm using mine on the charging cable for my iPad Air, and it makes me wonder why I didn't do this sooner. It's literally a no-brainer at a very affordable price. Highly recommended. 5 Stars.

Work as intended.

These right angle adapters are exactly what I needed. They let me adjust the direction of USB-C cables without putting any strain on the ports. This is helpful in tight spaces when using a device while charging. They feel solid, connect snugly, and I haven't had any signal or charging issues. Highly recommend.

Using this adapter for a Raspberry Pi based HOTSPOT for amateur radio, works great and allows cabling to be more easily routed to plug.

Four stars for meeting all requirements. Doesn't _exceed_ expectations, so it doesn't get the fifth star.One of the problems I've run into when I want to use a device while charging it is that the USB cable may be pulled sideways in a sharp bend. This persistent pulling and flexing tends to cause cables to fail relatively quickly.Using these adapters makes the change of direction happen in a way that does not strain the cable or the connector.

Needed one for a NUC PC with a front-panel USB-C connection, to tuck the cable in neatly and keep it from sticking out. Worked perfectly, not much more to say.

Very helpful with my steamdeck dock and also my poor table monitors. Allowing for better cable management and tight bends. Everything worked and no delay latencies