Introduction: Google Cardboard 2.0

I highly recommending using my newest plans found here. They are simpler and use less cardboard.

These plans are reverse engineered from the sample sent by the NY Times in November 2015 shown here (without taking it apart, so it isn't exact). v2.0 allows for larger cell phones and uses a conductive button rather than a sliding magnet as the touch trigger as in Google's plans for v1.2. Download the 5 page template I created here (updated 1/1/16). You will need:

  1. the equivalent of a 2'X3' sheet of thin (2mm) corrugated cardboard. I have used a shoebox, pizza box, and the backing from a 3M chartpaper pad.
  2. a pair of 45mm focal length biconvex plastic lenses, either 25mm in diameter (GC 1.0) or 37mm (GC 2.0). I haven't noticed a real difference, but 25 mm are easier to get and cheaper-- less than a buck a set from China on ebay (if you don't mind the 3-4 week shipping times). Expect $6-8 a pair on Amazon.
  3. copper foil for the conductive touch screen button
  4. a tiny piece of dense foam/sponge (about .25 X .25 X .1 inch), like what some electronics come packed in.
  5. cutting tools. I recommend sharp scissors and/or a razor blade for straight/outside cuts and an Exacto knife for curves.
  6. glue
  7. fairly weak velcro (about 3 inches, cut into 3 pieces as below)
  8. a rigid metal edged ruler.
  9. a cutting board or mat is a wise option as a work surface.

Step 1: Glue Template to Cardboard and Cut Outside Outlines Only.

Cut out and glue the template pieces onto cardboard, noting the "grain" (corrugation) to maximize strength. A glue stick will let you peel the template off the cardboard at any point (like folding) and when you're done. You will end up with 2 large pieces (1 and 2), two small (3 and 4), and the button, as shown folded in step 2 below. Hold off on cutting out any of the inside pieces, like the lens holes.

Step 2: Fold Each Piece.

Score (lightly gouge) the folding lines using a metal edged ruler and a dull pencil or coin, then, pressing the edge of the ruler into the scored line, fold the cardboard toward you unless instructed to fold a piece under (like on the button).

Step 3: Test Fit and Adjust

...your folds and cuts to make sure everything matches. It doesn't need to be perfect to work well. From this point on, I'll refer to the "lens face" (with 2 holes for the lenses and a cut out for your nose) and the "phone face" (the goggly looking side where your phone will be placed).

Step 4: Cut Inside Parts-- But Using This Method to Ensure the Best Match.

I suggest that you first cut the holes in the outermost layer and make sure those holes line up with the other layers while folded and assembled in their final position. Depending on the thickness of your cardboard and your transferring, measuring, and cutting skills, holes cut only from the templates while the cardboard pieces are flat may not line up when the layers are folded and put together.

Step 5: Add the Touch Screen Button.

The button is a "pyramid" stuck to a moveable flap that you'll be able to press down. The top of the pyramid will have a sponge (for the soft touch) laid over with conductive copper foil tape to bring the slight current from your finger to your screen. If you want to skip this, you can just reach through the nose hole and touch your screen manually. Glue the button with the front flap tucked under and the back flap behind. The front of the pyramid is the shorter side, which makes it stand straight up. Make sure it is about a 1/4 inch back from the cell phone face of your viewer, or the sponge will be in contact with the screen all the time.

Step 6: Option: Paint It Now!

If you want to paint your viewer, this stage is probably the best time, before gluing pieces together and inserting the lenses. It's better not to paint surfaces you’ll be gluing; bare cardboard to cardboard surfaces set very quickly with Elmers.

If you don’t paint it (I spraypainted this one because I made it as a gift), put a piece of clear packing tape above the nose hole on the inside face. No matter how clean you think you or your friends are, you will end up with an oily stain from your forehead on the lens face of your viewer in no time. Or you could tell everyone you made your viewer out of a used pizza box, even if it has the Nike logo all over it.

Step 7: Glue on the Sponge and Then Add the Conductive Tape.

Cut a piece of copper foil tape the width of the sponge and attach it as smoothly as you can. Then cut a two inch strip and wrap it from below the sponge, over the top of the pyramid to the base. (Tip: Copper tape is best handled by peeling the backing as you need to, rather than all at once. It tends to curl, wrinkle, and stick to itself.) Then cut another piece about 5 inches long and attach it from the base around the top of your trigger flap, where your finger will touch.

Step 8: Insert Lenses

Glue the inner (piece 3) and middle (2A) layers of the panels that will make up the lens face together and insert your lenses curved side forward (toward the phone face or inside of the viewer). Then glue the outer panel (1B) on, checking before the glue sets that they still match well when in their folded positions.

Step 9: Final Assembly

Next glue piece 4 (the inner layer of the phone face) inside piece 1B (the middle layer), making sure not to glue or otherwise bind the button flap (photo 1 shows me pressing it down). If the flap doesn't depress freely, trim around the 3 edges with scissors as needed. The entire viewer will then look like photo 2 above, with all 4 sections connected. [not quite-- the button piece is not attached at top]

To do the final folds and gluing, fold down the top section of the phone face in photo 2 to line up behind the outer layer of the phone face (2A) and glue it. Fold in and glue the two pairs of small side flaps (my finger is holding the right one out so you can see it).

The big side flaps of 2B and the phone cover 1A don't get glued as they will use velcro to be held closed.

Step 10: Install Rubber Band and Velcro.

Velcro holds the front flap over your phone and the foldable side flaps down. If you don't want your viewer to fold back into a basic box, you can glue down the side flaps. If you trace your velcro piece and cut a slot for it in the cardboard as shown, the flaps will sit more flush.

The rubber band functions to provide some traction to prevent your phone from sliding out sideways.

Fire up a Virtual Reality app and insert your phone. A headstrap is optional, but headphones are a must for VR concert footage like Paul McCartney or U2!

Comments

author
DebjaniC1 (author)2016-06-30

i want to downlode google cardboard temlet

author
TrầnQ15 (author)DebjaniC12017-05-19

https://drive.google.com/file/d/0B8GZ08gDjdoudFhGX1JBd2JmUkE/view

author
PaulaA66 (author)TrầnQ152017-07-04

THANKS! Can you show me Step 'Google Cardboard 2.0"? Like Steps Pictures or Youtube. Same as one...

author
PaulaA66 (author)PaulaA662017-07-04

Because, Deaf need visions and can't understand English.. Hope you understand me :)

author
PrabhathC2 (author)2016-10-06

how to make a gcardboad send pdf

author
AdrianC42 (author)2016-09-07

Great that you included the corrugation direction, Thanks A lot! I'm making it

author
DevanshuS6 (author)2016-07-03

Can any one send the qr code for the cardboard

author
DebjaniC1 (author)2016-06-30

i want to downlode google cardboard temlet

author
DebjaniC1 (author)2016-06-30

i want to downlode google cardboard temlet

author
DebjaniC1 (author)2016-06-30

i want to downlode google cardboard temlet

author
zcarey1 (author)2016-06-16

Is the template to scale I printed it but it seems small

author
mnatanagara (author)2016-02-15

Simpler version mixing 1.0 and 2.0 here: https://www.instructables.com/id/Google-Cardboard-15-Best-of-10-20/

author
ExpresionDNet (author)2016-01-24

Very useful !!

If you are from Mexico, you can buy lens (25mm and 34mm) from there:

http://celulares.mercadolibre.com.mx/accesorios/go...

http://expresiondigital.net/3D/ <-Direct contact

Building you own Google Cardboard is cheaper!

author
ww123td made it! (author)2016-01-17

Mine is made using the box for my graphics card, which gives the final work a sense of coolness. I added a custom strap and also changed a little bit of the design. I cropped the inner and middle layer so it won't get too cramped.

Also if you are using a pair of 37mm lenses, you can trash part No. 3, because nearly all the lenses on the market have supports to fix them.

IMG_1402.jpgIMG_1412.jpgIMG_1413.jpg
author
mnatanagara (author)ww123td2016-01-17

Nice touches! None of the lenses I've purchased had supports (maybe because I'm now down to paying 50 cents a pair), but maybe you can post a link to the ones you used? Can you also share how you made your strap?

author
ww123td (author)mnatanagara2016-01-17

The lenses were purchased in China and I'm afraid that the seller won't ship it to the US... These lenses are dirt cheap in China, if you are a retailer. You can actually get them for 1 CNY each (minimum quantity: 100 pairs). These retailers are really draining every bit of your life!
As for the strap, I bought it in the same shop. However, I believe that you can make it without any aid. It's consists of two pieces of velcro to stick on both sides of the cardboard, and a long elastic band with loops on it. You can achieve the same effect by sewing two pieces of velcro on to the two ends of the strap.
I made a tremendous mistake when choosing the velcro: I used the 3M Dual Lock instead of normal velcro. Now every time I put my phone into it, it feels like I have to break the thing up...

author
mnatanagara (author)ww123td2016-01-17

Nice touches! None of the lenses I've purchased had supports (maybe because I'm now down to paying 50 cents a pair), but maybe you can post a link to the ones you used? Can you also share how you made your strap?

author
mnatanagara (author)2016-01-04

Google Cardboard saves a life! http://www.redbookmag.com/life/news/a41632/google-cardboard-saved-a-babys-life/

author
mateusba (author)2016-01-02

Hi, could you show how to assemble the peaces? Please, I can't find a way to assemble the figures of the page 5.

author
mnatanagara (author)mateusba2016-01-03

The button (Step 5) is the only piece that gets folded in multiple directions, as shown in the photo. Every other piece gets folded inward on the dashed lines. I also added more photos and instructions to Step 9, the final folding.

author
mateusba (author)mnatanagara2016-01-03

Thank you!

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