Arcade Style Dance Dance Revolution DDR Metal Pad Instructions
1. Sheet Metal and Plywood
Cut 5 square pieces from 1/2 inch plywood. Each
piece should measure 10 7/8 inches by 10 7/8 inches.
Then cut 5 square pieces of 26 gauge sheet metal.
Each piece should measure 12 inches by 12 inches.
Each DDR panel is an 11 inch square, so when you
bend the sheet metal around the plywood, each
square should measure around 11 inches.
2. Metal Panel
Center the sheet metal over the wood and drill 4 holes,
one in each corner. Put a screw in each corner. I used
Phillips Mod Truss, Lath, Self Drill screws that are 1 1/4
inches long. Don't screw in the screws all the way yet.
Take a rubber mallet and pound the sheet metal to wrap
around the sides of the plywood. You will have to snip
the corners with tin snips. Underneath the plywood,
glue two rails along the sides, laying the wider sides
flat to reach from corner to corner. I used 1 inch by
2 inch MDF fiberboard. Pre-drill holes in the MDF for
the screws because the fiberboard splits. Now screw the
4 screws all the way into the rails. You wil build 5 of
these panels. All the rails run horizontally (left to right)
with the wider 2 inch side lying flat.
UPDATE - Because the MDF splits easily, I would use
some other 1 inch by 2 inch rail, something cheap like pine.
You will need 16 brackets. They are called Stanley
corner braces ( 2 inches ) There are two brackets in
each package and they cost almost $3 per package.
Screw each bracket into the sides of the 5 metal
panels. You will have to puncture the sides of the
sheet metal with something sharp like a nail and
pre-drill the hole before screwing in the screws.
Make sure the brackets are even with the surface
of the sheet metal panels. The screws that come with
the Stanley braces are only 1/2 inch long, to make
the pad stronger, don't use these screws and use
screws that are at least 1 inch long.
After you have screwed all 16 brackets together
to the 5 metal panels, you should have a frame
that looks like this. The blank spots are where
the arrow buttons will go. You should have 5 metal
panels that are about 11 inches square and 4
blank spots that are about 11 inches square. The
whole frame should measure 33 inches by 33 inches.
5. Dance Pad Controller and Wiring Diagram
This is the $5.99 Playstation Controller I opened up
and soldered 5 wires to the controller. One each for the
UP, DOWN, LEFT, RIGHT and GROUND. The black wire
is the controller's wire that plugs into the playstation.
I drilled a hole in the controller and the tan cable is
a telephone wire with five wires that go to the pad. I
designed the pad this way so that the controller is still
functional. I use it for the X and O and START and
SELECT. You can buy it at Gamestop for only $5.99
To Solder the Controller
1 - Where the cable comes out of the controller,
drill a hole underneath it so that the
telephone cable can fit through there.
2 - Put the telephone cable through
the hole in the controller.
3 - Take out the circuit board from the controller.
4 - Drill a very small hole at the edge of the
solder points. (I used 1/16 inch drill bit)
5 - Stick the wire through the back of the circuit
board into the hole you just drilled.
6 - Solder the wire to the solder point.
7 - Repeat the steps for all five solder points
- UP, DOWN, LEFT, RIGHT and GROUND.
8 - You will have to cut away some of the circle
shaped plastic in the controller to fit the wires.
9 - Put the controller back together, use some tape
to hold the shoulder buttons from being pressed.
10 - Plug the controller into the playstation
and put in a game.
11 - Touch the ground wire to each of the UP, DOWN,
LEFT and RIGHT wires to see if everything
These are the solder points on the circuit board.
I only soldered to the UP, DOWN, LEFT, RIGHT and
GROUND. Larger picture at DDR Metal Catastage
This is a diagram of the wiring from the playstation
controller to the pad. There are 5 wires coming from
the controller - UP, DOWN, LEFT, RIGHT and GROUND.
Get 4 more wires and connect them to the GROUND
wire by twisting them and soldering them all together
or use a wire nut. So you have a total of 4 GROUND wires.
Now you have 8 wires going into the pad - 4 GROUND wires,
and one each for UP, DOWN, LEFT, and RIGHT. The 4 GROUND
wires are each connected to the 4 sheet metal on peg board
panels. The other 4 wires UP, DOWN, LEFT, and RIGHT
connect to the sheet metal attached to the lucite panels
for the UP, DOWN, LEFT and RIGHT arrows.
6. Underneath the Arrow
Now it's time to build each arrow. Measure the blank
space, it should be about an 11 inch square but it may
not be perfect. Measure each blank space for the arrows
separately because they might not be all the same size.
Now cut a piece of peg board to fit under the brackets.
Cut 4 pieces of the MDF fiberboard for rails, lay the
wider side flat to support the arrow panel. Put screws
through the peg board into the rails so that the top of
the screws are flush with the peg board. I used 1 inch
black drywall phillips screws that fit perfectly in the
peg board holes. Pre-drill the holes because the screws
will split the MDF.
This is how the pad will look from underneath. The UP
and DOWN rails will run vertically. The LEFT and RIGHT
arrows will run horizontally. You could add more rails
for the center section for more strength in the center.
If you need to build your pad to accomodate more
weight, just add more rails to each peg board panel.
7. Sheet Metal on Peg Board
Cut a piece of sheet metal into a 9-1/2 inch square and use spray
adhesive to glue it to the peg board and duct tape the sides. On
the top left of the picture is a white wire, this is the ground wire
from the controller that is soldered to the corner of the 9-1/2
inch square piece of sheet metal. The brown stuff around the sides
is high density weatherstripping. The white triangles in the corners
are foam core, 3/16 of an inch thick. If you can't find foam core
you could probably cut up an old mouse pad for the triangles. The
foam core and weatherstripping will hold up a lucite panel with
sheet metal. Make 4 of these peg board panels for the UP, DOWN,
LEFT and RIGHT arrows. To cut down sheet metal costs, instead of
a perfect 9-1/2 inch square you can make it 9-1/2 inches by 9 inches.
UPDATE - To make the arrows more sensitive, I cut two 1/2 inch gaps
in the weatherstripping along all four sides. The arrows feel less spongy
and the gaps let air trapped in between the lucite panels escape. Also
don't use aluminum sheet metal, the solder won't stick to it. Use
26 gauge zinc stainless steel sheet or sheet metal that says plated
steel sheet. The sheet metal will look like it has spreckles on it.
8. Sheet Metal Attached to Lucite Panel
This is the underside view of an arrow with a 9 1/2 inch
square piece of sheet metal attached to a piece of lucite with
spray adhesive and duct tape. The lucite is 3/32 of an inch
thick. This piece will sit on top of the weatherstripping.
You will build 4 of these, one for the UP, DOWN, LEFT, and
RIGHT arrows. From the controller there will be 4 wires for
UP, DOWN, LEFT and RIGHT. Solder each of the wires to the
corner of the 4 sheet metal panels and cover the soldered
part with a few layers of duct tape. You should rough up the
corner with sandpaper to make the solder stick better. When
this panel is stepped on, it will complete the circuit with
the sheet metal on the peg board, and the weatherstripping
will push it back up. Measure each blank space separately
for the arrows and cut the lucite pieces to fit underneath
the brackets. The lucite pieces should be a little smaller
than 11 inches square. Probably about 10-3/4 inches square,
but they may not be all the same size for each arrow.
9. The Two Panels That Make An Arrow
These are the two panels that make up an arrow.
On the top of the picture, you can see a white
wire that is soldered to the corner of the 9 1/2 inch
square piece of sheet metal attached to the lucite.
In this picture is the DOWN arrow, so the long wire
you see is the DOWN wire from the controller. To
the left of the long wire is a small wire, this is one
of the 4 GROUND wires that connects to the sheet
metal on peg boards.
10. Close Up of Arrow
You can use any kind of arrow graphics that you want. Just find
a graphic and sandwich it between the two pieces of lucite. It is
very important to use 3/32 inch thick lucite so that the arrow
panels and the non-arrow panels end up being the same height.
This arrow panel consists of from top to bottom :
Clear Lucite with Sheet Metal glued to underside
Weatherstripping and Foam Core
Sheet Metal on Peg Board
MDF rails for support
The arrow panel sits underneath the brackets. You will have
to drill holes through the lucite and peg board and into the
MDF rails. Make sure that the bracket screws do not touch the
9-1/2 inch sheet metal contacts, or it could cause a short.
11. DDR Pad
This is the completed Dance Dance Revolution pad.
The whole pad measures 33 inches by 33 inches. For
the complete dimensions to a Dance Dance Revolution
arcade game check out The Melting Pot
12. DDR Pad with Back Section
I added a small back section to the pad for added
safety. It's made of 1 inch by 3 inch MDF fiberboard
that's 33 inches long wrapped in sheet metal that is
screwed together with a 1 inch by 2 inch piece of MDF
fiberboard that's also 33 inches long and with a 2
inch strip of peg board thats 33 inches long to make
to make it 1/8 higher than the pad. Even though the
backpiece is higher, you can't see the difference. But
you can feel the backpiece with your feet if you are
drifting too far backwards which makes it safer. If you
plan on adding the backpiece, then make your bottom
peg board 33 inches by 35 inches instead, so you can
connect the backpiece without the 2 inch strip of peg
board. I also used 4 long screws to go through the MDF
rail on the backpiece to the MDF rails on the pad.
13. Bottom of Pad
This is a view of the bottom of the pad. It's one
big piece of 33 inch by 33 inch peg board. I used
the rough side of the peg board on the bottom so
the pad won't slide around. I pre-drilled all the
holes and screwed 1 inch Phillips drywall screws
into the MDF rails. I then labeled all the holes
where the screws go just in case it needs fixing.
If you decide to add the backpiece for added safety
then cut the bottom peg board 33 inches by 35 inches.
14. Complete Dance Dance Revolution Setup
This is my complete set up with my home built
Dance Dance Revolution arcade style metal pads.
The playstation is hidden in the cabinet, and
the controller is hanging on the cabinet door.
I bought these computer speakers from Dell that
they mispriced for only $25. They are THX certified
Altec Lansing ADA885. It has an 8 inch subwoofer
that pumps out the bass which makes it feel more
like the arcade game.
15. Two DDR Pads for Doubles
I built a second pad to play doubles. The distance
between two DDR pads for doubles is 1-13/16 inches.
I screwed together two pieces of 1 by 2 MDF and bent
sheet metal around the 2 inch side which really only
measures 1-1/2 inches. I then cut two 6 inch straps
from some scrap sheet metal and screwed them into the
pads and the new middle piece. Strapping the two pads
together makes the distance between them 1-13/16 inches.
16. Frequently Asked Questions
How much did the metal pad cost?
It cost me about $135 to build. You can build a
cheaper version if you don't use the brackets and
sheet metal. But then you won't get that feel of an
arcade style pad because the sheet metal lets you do
slides and the lucite arrows fit underneath the brackets,
so your feet can feel exactly where all the arrows are.
How do you cut the sheet metal and lucite?
A good pair of tin snips to cut the sheet metal and a
jigsaw with a blade that cuts metal for the lucite. You
could also cut the lucite with a Dremel Rotary tool or
use a sharp tool to score the lucite many times on both
sides and then snap it off over the side of a table.
Where do you get the brackets?
The brackets are from Home Depot and they are 2 inch
Stanley corner braces (2 per package) I found mine in the
section with door parts. If you can't find them, I'm pretty
sure these are the right ones - Stanley brackets. You will
need 16 of them or 8 packs at $2.46 per pack.
What is foam core and where do I buy it?
Foam core is just styrofoam sandwiched by two pieces
of glossy paper. It is 3/16 of an inch thick. I bought it
from Walmart in the art and school supply section. It
with the poster boards. You can probably find it at
any arts and crafts store. I've seen it at Michaels too.
What kind of wire should I use?
Buy a Category 5 (Cat 5 for short) cable. There are 8
wires in the cable. Home Depot sells some cheap Cat 5
cable by the foot for only 14 cents per foot. You will
need at least 10 to 15 feet of cable.
How do I build a stronger pad to accomodate more weight?
Instead of using 1 x 2 rails underneath the pad, use
1 x 3 rails throughout the whole pad. Or just add more
rails underneath all of the nine panels. For the bottom
piece of the pad, instead of using 1/4 inch peg board, use
1/2 inch plywood. Now it will be very strong and heavy.
Can I use aluminum foil for the contacts?
Aluminum foil will work, but because of all the abuse
the pad gets from jumping, the foil eventually rips and
sags causing double and triple hits per step. I used foil
in the beginning, but it became a hassle replacing the
foil when it ripped. So using sheet metal as a contact is
the best solution because it never needs to be replaced.
Why didn't you use microswitches for the arrows?
A DDR pad takes alot of abuse and microwswitches can
break. Plus microswitches make a clicking sound that
can be annoying. By using sheet metal contacts that are
9-1/2 inches square, the whole arrow practically becomes
one big switch. This design lets you step anywhere on
the arrows and it will register a step.
What do you use for the X, O, Triangle and Square buttons?
The pad is wired into the controller, so the controller
is completely functional. I use the controller for the
menu and for selecting songs. I also use the controller
for the X, O, Triangle and Square buttons.
How good does the pad work?
The pad works perfectly, when you step on an arrow it
registers perfectly. You can do slides and you can feel
where the arrows are with your feet. So far I can pass
twelve catastrophics (9 feet) on my pad - Electro Tuned
(the SubS mix), Matsuri JAPAN, Romansu no Kami-sama,
PARANOiA ETERNAL, NO LIMIT (RM Remix), CAN'T STOP
FALLIN' IN LOVE (SPEED MIX), BROKEN MY HEART,
DYNAMITE RAVE, AFRONOVA PRIMEVAL, B4U glorious
style, INSERTiON, and Healing Vision (Angelic mix).
Will the pad break?
The pad is very durable and the pad won't physically break.
But because of all the abuse a pad will take from stepping and
jumping, you might have small problems that are easy to fix like
a wire coming loose. The best thing about a home-built metal
pad is that because you built it, you will know how to fix it.
Will you build and sell me a metal pad?
This project is for someone who has alot of time and
enjoys building things. Because a DDR pad takes alot
of abuse, small problems will occur like a wire coming
loose. The problems are easy to fix, but if I sold a pad
there is no way that I can guarantee that it will always
work 100% for you all the time.
I have more questions, will you help me?
Post the question at DDR Freak. I or someone else
who has built a metal pad will answer your questions.
17. Troubleshooting Questions
I used MDF for the rails and some holes are stripped
MDF strips easily, so pre-drill all the holes. Better yet
use some other cheap kind of wood like pine for the rails.
If you already stripped the holes, put some glue and
wood toothpicks into the hole, then screw in the screw.
Why am I getting double and triple hits for each step?
First isolate which arrow is causing the problem. You can check
this by testing each arrow during the menu. The problem is that
the contacts are touching when they shouldn't be or there is a
loose connection somewhere. Check to see if the wire soldered
to the corner of the 9 1/2 inch square piece of sheet metal is
making good contact. All of the bare wire has to be covered with
solder and be solid. Check the tape over the same connection
because sometimes a sharp solder point can poke through the tape
and make a connection with the sheet metal on lucite. Another
thing to check for is loose or frayed wires usually by the rails.
Make sure there's foam core in the corners under the brackets
and enough weatherstripping to keep the two pieces of sheet metal
apart. Also make sure the screws going through the brackets to the
MDF rails do not touch any of the sheet metal contacts.
Why am I getting BOOS when I know I'm hitting the step?
This problem is related to the double and triple hits problem.
If an arrow is flickering a little because it's making contact
when it shouldn't, then you will get BOOS because the arrow
will register a step when it flickers just before you step on it.
Why are there dead spots on the arrow that don't register a step?
The problem could be from double or triple hits for each
step (see above). Check the weatherstripping and move
the weatherstripping around if you isolate a dead spot.
How do you clean the pad?
The pad may get sticky from dirt, humidity or sweat
I spray some Pledge furniture polish onto a paper
towel and clean all the squares. The pad then becomes
slippery enough so that doing slides becomes real easy.
18. Materials and Costs
$34 - 2' by 3' 26 gauge zinc stainless steel (2 pieces) at Home Depot
Note : I found 2' by 4' 26 gauge plated steel at Lowes cheaper
Don't buy aluminum sheet metal, the solder will not stick to it.
$24 - 16 Stanley brackets (8 packages - 2 brackets per package)
$22 - 2' by 4' piece of Lucite 3/32 inch thick or .093
$8 - 1" by 2" MDF Fiberboard 6 foot length (4 pieces)
$3 - 1" by 3" MDF Fiberboard 4 foot length (1 piece)
$8 - 4' by 4' Peg Board 1/4 of an inch thick
$7 - Playstation Controller
$7 - 1-1/4 inch Phillips Mod Truss, Lath, Self Drill Screws
1 inch Black Drywall Phillips Screws
$6 - 1/2 inch Plywood 2' by 3'
$6 - Spray Adhesive and Duct Tape
$5 - Telephone Wire and Solder
$2 - Foam Core 3/16 of an inch thick
$3 - M-D High Density Foam Tape Weatherstrip
1/4 inch thick, 1/2 inch wide Closed-Cell Foam
$135 - Estimated Total Cost of Building DDR Pad