The auction ends on April 21. Good luck!
***********************************
Scuba housings are not cheap to buy, but they are cheap to build. Home Depot parts + internet mail order + time = Housing for about $70 worth of parts. Start your cam recording, seal it in the housing, edit later.
This one has been down to 92 feet salt water and has made a total of 6 repeat dives with open/close cycles in between. In other words, I didn't just get lucky.
By the way, we also plan to use this at the beach and in the pool. Enjoy!
Remove these ads by
Signing UpStep 1Will your camera fit?
Take your cam into Home Depot or plumbing supply of your choice and sticking it in 3, 4, or even 6" Schedule 40 PVC pipe. Note, it MUST NOT say "cellcore" or "not for pressure applications". This will not take the pressure. You need real, solid, PVC.
My design uses 4" and most of the new compact DV cams will fit, I think. The new JVC harddrive cams might even make it into 3" which is SWEET.
If it will fit in 4" with a little room to spare for the tray, cool. Get the 10 foot length of pipe, three 4" couplings, and a can each of PVC primer and cement.
You'll also need Devcon 5 minute epoxy (buy a few, they're cheap) (two part that mixes in the nozzle) in the glue section and twelve 6/32 x 3/8" stainless steel screws (or allen heads) from the specialty hardware drawers.
| « Previous Step | Download PDFView All Steps | Next Step » |














































A couple of things I changed/noticed - the handles were filled with lead shot, but I found it easier to just plug it with a hot glue gun. Much easier to tear open later on if I need to. Also, the total weight of the housing remains negative even with the handles filled to the brim, so I guess I'll need to stick a pair of pliers or something heavy inside to add weight. I'm thinking of a zip lock (or two) that I can fill with sand right at the beach, and I can stick it under the shelf.
Lastly, I found a whole line of Rustoleum spray paint that had primer in it and was good for multiple surfaces, including plastic, so that saved me a step or two.
Lastly, just thx again for posting the instructable!
Are you sure about the O ring part number being #425? I got it, and it's a good fit to go over the coupling pipes, not the 4" housing pipe (it's too big for that one). As per the schematics, the ring needs to fit right over the housing, so it has to be a bit smaller. Are you sure 425 is what you used?
I already done half work of mine, and already tested to the 15 feet pool and succed ,a few changed from your plan I made and now i planning to make the operating button , i'm promise after done i'll pose the pic
many thanks bro, keep the good work
cheers
I have a few questions for my second build which I will build at my friends machine shop.
1) How important is the diameter of the O-ring?
2) Wouldn't putting the acrylic disk on the "outside" of the coupling lip be beneficial for the non-removable side? (full socket depth for pipe=stronger)
3) What epoxy/ adhesive do you use for the acrylic to pvc bond?
I'm planning on making a window for the non removable side and then using an end cap with a glued in support ring for screws for the removable.
Way cool build btw :)
http://www.gethypoxic.com/linkstore.html?page=shop.product_details&flypage=flypage.tpl&product_id=17
Steve
This creates a redundant closure system , essential when the safety of your electronics is at stake. The clasps listed above leave it VERY easy to accidently open one of the clasps underwater if the edge of it catches on something like your BC, gloves, or wetsuit, whatever.
I have a lot of dives on this housing and I've never unlatched by accident. For sure, you can build any redundant safety into it as you'd like.
Thanks for the instructions!
Video (has a still of me on dive with housing):
http://www.youtube.com/watch?v=nmfSq1j1rjQ