The LG Wing is probably one of the most unique devices we've seen all year...or maybe even
of all time. It's one of those devices that, well, blazes its own trail without really
stopping to ask for directions. And I'm all for it. This is a pre-production unit sent
to me by LG – so it's not a retail unit. The durability test has to wait until that
comes out like we always do. But the hardware is finalized so we can take it all apart and
see how it works. Huge thanks to LG for sponsoring this video and sending over the Wing. Rather
brave of them since I've never opened up a phone like this before. And there's a pretty
good chance it won't survive. Let's get started.
[Intro]
The LG Wing has about the same size, shape, thickness and weight as my Note 10 Plus inside
of its case. But the LG Wing can do this...which is something I never thought a phone would
need to do. Instead of folding, this guy swivels. It'll be super interesting to see how that
works from the inside.
The phone splits in half, swiveling up into a t-shape so the screen is horizontal while
revealing a secondary square screen down below. The swinging motion feels solid and really
easy to initiate. And something catches the screen at the top of the swivel to gently
ease it into place. We're going to find out how the hinge works once we get inside. LG
has installed a high lubricity polyacetal which is a lubricated plastic of sorts that
surrounds the front panel and protects the screen. It's a softer, smoother plastic raised
up to form a slight cavern inside so foreign materials won't be rubbing up on the screen
when it's closed or opening. This is important because pocket sand is a real danger to glass
displays.
When the phone is opened up in its winged state, there's more real estate for activities
and multitasking. Like with YouTube, it displays the video up top and the video controls down
below. Or when we're in the camera app the bottom display can act as a gimbal for the
camera unit adding extra electronic stabilization to the camera. There is no physical movement
of the camera hardware while you're controlling that gimbal. It's all done with software,
but still pretty cool.
Activating the top camera makes it pop out of the phone like a daisy, and then the Wing
can film forwards and backwards at the same time. It also has the same retract and fall
protection features that we've seen in other pop-up cameras. The coolest thing though,
I think, is the ability to watch a video full screen while another app like texting is open
at the bottom. Or even the ability to comment on a video while it's still full screen. Or
maybe while you're on a road trip, navigation can be vertical while the music is over on
the side screen. There are a lot of different options. I mean, let's be honest, this probably
isn't going to be the best phone to recommend to grandma. But if you're looking for the
latest, craziest, and most uniquely designed phone on the market, this might just very
well be it.
Now that the Wing has been awake for 5 minutes, it's time to take it apart. So keep in mind
that this is my first time seeing the LG Wing and it is very different from any other phone
we've taken apart recently. So cross your fingers for our new friend's survival.
The LG Wing has passed 9 different mil standard 810g tests – one of which is the shock test,
which dropped the Wing at 26 different angles from 1.2 meters and it still survived. But
that's obviously quite a bit different than being completely dismantled. I'll remove the
back glass panel since that's where I'd assume we'd find the screen and internal connectors,
along with whatever magic makes up that swivel hinge.
With the back glass gone, we get our first look at the wireless charging pad, and the
no dogs allowed sticker which is good. Since I'm not a canine I'll continue. There are
9 normal Phillips head screws holding down the top plastics. And once that panel is removed
we get our first tease at how LG has assembled the Wing. We know ribbon cables can flex,
you know, from those pop-up cameras. And this ribbon cable controlling the screen goes through
the PCB and rotates gently with the display inside of its large, smooth, circular opening.
LG says they've tested this opening motion over 200,000 times. Which, like if you flipped
open the phone 100 times a day would still last you about 5 ½ years. So far, so good.
We can also get a close up look at the pop-up front facing camera. It's got the same stepper
motor setup that we've seen other pop-up cameras use. I used to dedicate an entire video to
a pop-up camera, but now we've got whole phones splitting in half. Technology is pretty great.
I'll disconnect the battery, the bottom screen, the USB-C charging port cable, all just like
little Legos. Then I'll pull out the SIM and expandable memory SD card tray. You might
think that a phone like this wouldn't have any water protection, and you're kind of right.
The phone isn't exactly sealed shut. But LG has coated the internal boards with a water
repellent coating. There's still no official IP rating, so keep it away from water, but
it is nice to know it does have some protection.
I'll lift the motherboard out from the phone after disconnecting the 32 megapixel front-facing
camera. There are 3 rear facing cameras. The 12 megapixel swivel camera up top, a 64 megapixel
main camera, which does have optical image stabilization, and a 13 megapixel wide angle
camera down at the bottom. The top camera does the whole gimbal thing that I showed
you earlier, with its built in electronic stabilization. There is a small thermal pad
on the back which helps transfer heat away from the processor into the frame of the phone.
I'll take the battery out next before we try to remove the wing. There is an incredibly
reasonable amount of adhesive holding the battery down. No magic pull tabs. But it does
pop up easily with my pry tool. Thumbs up for that. It has a 4,000 milliamp hour capacity.
We have a few more revelations about that hinge from this vantage point. The little
doohickey that cushions the hinge opening is right here next to the display ribbon.
It's the smallest hydraulic damper I've ever seen. Hydraulic shocks are common on trucks
and off-roading vehicles to help cushion the impact of the vehicle while off-roading. And
here we have the babiest of the baby sharks inside of the LG Wing. If we can get an “awe”
down in the comments that would be great. We'll get a closer look at that guy in just
a second. In order to get the front screen off, I imagine it has something to do with
these 6 large Phillips head screws. After those are gone, I can tell the screen wants
to come away from the phone but it's still connected somehow. I'm trying to be gentle
since I never really asked LG if they wanted this phone back alive or not. But, they also
didn't tell me how to open it, so here we are.
After a lot of unfruitful jiggling and wiggling, I realized that the screen itself had a little
hole in its sliding mechanism. Kind of like how we would find in a hotel room chain door
lock. And once I got those internal screws removed, it gets loose enough so the hole
can be lined up and popped off the body of the phone. I used to, you know, tell my mom
that video games would help me learn problem solving skills that I could use as an adult.
And I don't think this is exactly what she had in mind, but I'm still counting it.
There are 9 black screws holding the hinge to the super thin top display. And once those
are gone, we finally get our full complete view of the LG Wing hinge. The rest of the
hinge components are riveted together which makes sense, because what's left inside are
two pretty powerful springs. One that helps the phone open and hold it open. And the other
that holds it in a closed position. Both equally balanced so that the swiveling motion itself
is easy. The large hole in the center is for that ribbon cable. The two curved sections
you see on the hinge are for the double locking mechanism that keeps the screen from opening
too far in either direction. And having two of them both made out of metal helps keep
the screen strongly positioned parallel to the rest of the phone body. It looks like
our itty bitty hydraulic damper is held in place with three tiny screws of its own. I'll
pop those out and pull away our tic-tac size little friend. It's amazing how small this
thing is. The same technology that keeps the screen door from slamming shut is now inside
of a cell phone. 2020 has been pretty wild.
Speaking of wild, it's going to be really crazy if I can get this whole thing put back
together and functioning again.
I'll feed the top display through the hinge and get that screwed down. The top display
is 6.8 inches, and the bottom display, which is still attached to the frame, is just about
4 inches. Getting the curved metal guiding slot in the screen lined up with the metal
post on the phone body is probably the trickiest part of the reassembly. But once I feel it
get clicked in, everything else just falls into place exactly how it should. And I can
attach the spring portion of the swivel hinge back to the frame from the inside. Everything
else is relatively normal just like a regular phone.
The motherboard goes back in with its popup camera. And all of the little Lego style ribbon
attachments get clipped in. I'll lay the battery in place and get the Wing screen ribbon connected.
Then I can attach the wireless charging and protective back plastics with the screws.
And trust me, I'm just as surprised as you are. The whole thing still turns on and functions
like normal. Not too shabby.
I'm impressed at LG's leap of innovation. The Wing brings some exciting diversity to
an otherwise rather boring sea of rectangles, and I think it's pretty cool. I'm curious
to hear your thoughts about the Wing down in the comments. We'll do a durability test
when the retail version comes out to keep things consistent. I am glad that LG gave
us an early look inside though.
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