Picture of Aluminum longboard
Most longboards are made of wood. I wanted something unique so I made mine of aluminum. The aluminum deck is flexible but strong. The entire longboard weighs only 4 kg and is therefore very light!

If you like this design please vote for me in the 'I could make that contest' :)

The idea for the aluminum longboard came from this website: http://bionicgirlnyc.com/2011/03/20/cindrich-aluminum-longboards/


-120 cm of stainless steel bars 
-12 aluminum strips of 1 meter (10 strips of 2cm wide and 2 strips of 1,5 cm wide)
-80 nuts
-2 pieces of wood
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Step 1: Sawing wood to attach the trucks

Picture of Sawing wood to attach the trucks
Copy the holes of the trucks and shape the rest of the wooden pieces as you like. They form the tail and the nose of the deck.
I used multiplex.

Step 2: Attaching the trucks

Picture of Attaching the trucks
Attach the trucks to the wooden pieces, by using nuts and bolts.

Step 3: Attaching the aluminum strips the the tail and nose

Picture of Attaching the aluminum strips the the tail and nose
Attach one aluminum strip to the tail and nose with screws.

Step 4: Bending the strip along the shape of the tail and nose

Picture of Bending the strip along the shape of the tail and nose
Bend the aluminum strip and attach it with screws to the tail and nose.
Repeat this step on the the other side.

Step 5: Mounting the middle strips

Picture of Mounting the middle strips
Cut out two slots on each wooden piece, for the two middle aluminum strips and mount them with glue.

Step 6: Drilling the holes

Picture of Drilling the holes
Drill out three rows of holes.

Step 7: Placing the bars and nuts

Picture of Placing the bars and nuts

Step 8: Placing a horizontal strip

Picture of Placing a horizontal strip
Place a horizontal strip in the middle and secure it with glue.

Step 9: Drilling the holesr

Picture of Drilling the holesr
Drill four rows of holes.

Step 10: Placing the bars

Picture of Placing the bars
Place the four bars and secure them with the nuts.

Step 11: Placing the rest of the strips

Picture of Placing the rest of the strips
Mount at each side one big and one smaller strip.

Step 12: Placing the second horizontal strip

Picture of Placing the second horizontal strip
Place a horizontal strip at the bottom of the deck.

Step 13: Mounting the edge strips

Picture of Mounting the edge strips
Bend two strips around the contour of the longboard at each side and attach them again with screws.

Step 14: Finishing the tail and the nose

Picture of Finishing the tail and the nose
Attach a piece of rubber on the tail and nose with glue, so it looks smooth.
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malex20161 month ago

I liked the design

Alex (www.musicacloud.com)

this is soooo cool! I still want to eat it though

willS54 months ago

When you say 120 cm of stainless steel bars.. can you please explain further.. as in 1/8 1/5.. (etc) please get back to me at the email address or contact the number below.



andersoninman7 months ago

this is so cool! what did you use to connect the aluminum bars all the way across and how many do i need? how much weight can it hold?

chris239210 months ago

I wonder if i can make this out of my old meccano! haha on a serious note though this is awesome! as soon as i have a weekend off i am making this!

sam.merrill.111 months ago

did u ever get an instructable on the second board u mention, the one that cost closer to $50?


This looks awesome! I want to build this this summer!

Cadet Park1 year ago
Can u make a video of riding it
cha chi1 year ago
Ok, I only weigh 90 pounds do you think my shoes would sink in and get enough grip?
you can buy a peice of plexiglass or something similar and secure it to the top of the board
simonvp (author)  cha chi1 year ago
That should be enough. If you don't get enough grip, get some very rough sand paper and sand the top of the strips.
ghaines21 year ago
if i make it i will clad it in wood and i will put an epic livery on it
Tux1021 year ago
How much did it cost you to make this
S51141 year ago
Where do you find the aluminum?
simonvp (author)  S51141 year ago
DIY store
S5114 simonvp1 year ago
having problems finding a store that sells aluminum. If you don't mind, where'd you get yours? And whats the estimated cost?
They sell that stuff near the threaded rod at Home Depot
cha chi1 year ago
Ok, thanks
cha chi1 year ago
90 pounds = 40 kg by the way
cha chi1 year ago
Could you make a drop deck?
simonvp (author)  cha chi1 year ago
I guess you can, if you use aluminum strips that have the curves of a drop deck..
gunguru1 year ago
Be sure not to leave it outside or the aluminum will corrode rapidly any place where steel rod or nuts are touching them. Thats what happens when two different types of metal make contact and aren't insulated.
Looks really cool!!! You don't need any grip either. Pretty awesome.
dimtick1 year ago
I'm not into skateboarding but it looks to me like there's a weak point in the design (or should I say 4 weak points) and that's where the first screw holes where the 2 primary aluminum rails are attached to the wood. there's an awful lot of stress where the aluminum and the wood come together and at those 4 screw locations the holes in the aluminum drastically reduces it's tensile strength. you've built up this elabote grid work of aluminum which distributes the stress but all that stress goes right to those first screw holes.
my first thought is to add some aluminum channels to reinforce those rails.

i really do think this is a cool idea by the way. I wouldn't waste my time commenting if i didn't like it
simonvp (author)  dimtick1 year ago
You're totally right about that! I didn't really thought about that before I built this longboard but after it was finished, I did. But not all the weight goes to those screws, the two bars in the middle also take a lot of the weight away.
whyguy971 year ago
Love the design
simonvp (author)  whyguy971 year ago
darman121 year ago
I love this board, nice job!
simonvp (author)  darman121 year ago
ldelvalle1 year ago
If u take a aluminum bar and run it from the out side bar towards the center base holding the wheels the would some what frame the board giving it a nice look
simonvp (author)  ldelvalle1 year ago
I was already planning to do this, it also makes the board stronger. But still thanks for the idea!
ldelvalle1 year ago
Awsome project but please specify lengths next time
curly6861 year ago
i have a better design for one that you may be able to adapt to be cheaper or whatnot, i'm too busy to make it for myself message me on reddit if you are interested (curly686)
well i just checked aaaaaaaaand it was deleted, sorry. anybody who was interested, if i get enough requests i will gladly re draw it. it was a 42"x9" drop deck with a 3/8 concave, and if im not mistaken my price estimate was 120$ (www.mcmastercarr.com) and im fairly certain it would be in the 9-11 lbs range. this: http://i.imgur.com/PkdMi.jpg was a different one i made that is significantly cheaper(50$) it is VERY stiff, it moved 1/16" down with 260lbs on it, i would be more than happy to re draw and or make an instructabe about it if anybody is interested
I would LOVE to see an instrucables from you. Im planing on building my longboard here soon, and am trying to thing of some other ideas for the board...
i am making an instructabe for that board i mentioned that i have made, i am fairly busy but i think i can get it done in the next five days:) and it is about 65$ in materials
how dangerous is that,like if i hit a bump and i fly up a bit then slam my knee on it,we cut?
bgepp11 year ago
looks cool - do you have a video of this being ridden? I'd like to see this in use before I vote.
simonvp (author)  bgepp11 year ago
If I find some time the next few weeks, I'll film it.
Looks good - I could almost believe there's some acrylic ("Plexiglass", if you like) somewhere in there - but that's probably just my eyesight, since any way to make it grippy would lose its clarity.. ;)

I have a few questions, though...

What 'glue' did you use? - I assume an epoxy, but is there something specific for aluminium?

Why did you use 2cm-wide strips? Did you do some calculations, or was that just what was available? How do you think different widths (and thicknesses) might alter the board's characteristics?

Your materials list says 80 nuts... I counted 90, but could be mistaken. Also, if you alter the materials list so that the "stainless steel bars" become "'threaded stainless steel rod' (or similar), then add something like 'to fit the rod' to the "80 {if I'm wrong, above} nuts", it will be easier for anyone skimming the 'ible to get a handle on what you mean.

Still, a nice idea, that really does look good.
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