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169 Posts
Nice Santa Cruz
Nice Santa Cruz
Awesome work! So did you also make the support brackets for the solar panels? I have 80/20 on the way and have been wondering how I am going to attach panels. I really like how you did yours!Finally managed to find 2 days without rain and when I was available to work on the van... time for the MaxxAir fan and the solar panel support !
I made a template to drill 4 pilot holes so I know where to cut with the jig saw from the top. Yes the template was "CNCed" to match the roof curvature.. totally pointless but it was fun to do and I had (lots of) time to waste while it was raining.
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Then the "oh my god am I really doing this ?" moment..
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Then sanding, drilling, painting, cleaning...
While it was all drying I regrouped all the parts for my roof rack and installed it. Mad those out of 3mm aluminum : waterjet cut, bent, then powdercoated.
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And finally installed everything, then some sealant..
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The rain started again so I had to stop just before I drilled the holes for the solar panel cable glands.. I'm working on the solar panel cables for now, then I'll keep going on the roof insulation.
Thanks !Awesome work! So did you also make the support brackets for the solar panels? I have 80/20 on the way and have been wondering how I am going to attach panels. I really like how you did yours!
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Well I have to say I really like the layout as is, the main concern I could think of is I the lack of dedicated space for skis.. small skis are OK the can be stored sideways in the bike compartment, but anything more than 180cm won't fit..should have thought of it (all my powder skis are over 180cm...).Now that you’ve had time to use the van, how do you like the layout? Would you change it much?
I don't see why it wouldn't work, at first sight I would be concerned about machining precision but I'm not familiar with this CNC so it has probably been addressed... I've build my machine from scratch for the purpose I had. The CNCRouterParts kits are a great choice too, closer to a commercial machine, but it's more pricey..Do you think a cnc router kit like the maslow cnc would work well enough to make a build like yours?
My CAD files are a mess only I can kinda go through, the CAD is one thing but I also made some changes directly in the g-code on-the-fly .. and keep in mind that most of the cabinet parts had to be manually trimmed to fit the curves in the van.. my files wouldn't be of much help, trust me you'd better start from scratch !Would you be willing to share the CAD files to help me get started?
Thanks !Ben, your build is very impressive. Been looking through endless posts looking for ideas for our van, and haven't yet seen a raised bed that folds out like yours. Thanks for sharing. Just amazes me the number of ideas out there all in such a small space!
Got a little busy and had fun with the CNC this past week-end.. it's a start !
This cabinet will have some storage space for the clothes (top), and the bottom part will house the battery (bottom front) + 3 drawers (above the battery) + the electrical panel (above the drawers) and 2 compartments with doors just behind that. The large opening in the rear is for bike storage, no cabinet there even tough there is a panel there against the rear door for mock-up purpose.
And this full cabinet will also support the left hand bed rail...
Still need to make the front panels + some structural parts, and decide how and where I attach it the the van (Ihave a few option, I have to chose one..)
Everything is made out of 1/4" and 1/8" plywood (baltic birch).
I didn't document how I did the ceiling but I still have to take it out to install the lights and apply some varnish anyway.. will take pics then !
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We developed and sell towers: https://www.ebay.com/itm/132465789379Awesome work! So did you also make the support brackets for the solar panels? I have 80/20 on the way and have been wondering how I am going to attach panels. I really like how you did yours!
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Indeed I am.. or was.. because building the van takes a lot of timeLooks like you are a ski builder????
Yep, let's say I was inspired a lot by your products, not that they are expensive but I have access to a waterjet CNC and fully equipped metal shop for bending stuff... so I tweaked them a little bit to fit my needs.We developed and sell towers: https://www.ebay.com/itm/132465789379
And also the tabs to support the panels: http://www.ebay.com/itm/141878685652
Very nice design and CNC work on the cabinets. Neat how you removed mass by hogging
out the recesses. Tabs/notches are slick way to assemble. Curious about the material?
I used to build snowboards. I'd LOVE to have a tabletop CNC machine like that, maybe I'll build one, too! In the 90's, through our company I worked with Abrasive Engineering & Manufacturing to make the first CNC Timesaver sander, which we used to make our cores. I was pretty green about business, I helped them design it, providing most of the required specs, and they CHARGED us for the machine, and then patented it and added it to their line. Now, I would have the prototype for free, and either bill them for my time or get a piece of the profit from subsequent machines sold, or both. I also figured out a big scissor press with 7' long air bladders and heated forms for laminating the snowboards. No cap construction or prepreg glass for us!Indeed I am.. or was.. because building the van takes a lot of time
Yep, let's say I was inspired a lot by your products, not that they are expensive but I have access to a waterjet CNC and fully equipped metal shop for bending stuff... so I tweaked them a little bit to fit my needs.
You're right, commercial aircraft cabinets use aluminum profiles pretty often, but not only.. and it depends of the cabinet manufacturer actually, they all have their receipe.So, you don't use 80/20? I must say, I prefer your workmanship, but I noticed that many aircraft interiors in commercial aircraft are done with 80/20.
Yeah, I've been on a G5, a Citation and a BBJ, and they have amazing finish work. Was on a commercial flight once, and noticed 80/20 on all the corners.You're right, commercial aircraft cabinets use aluminum profiles pretty often, but not only.. and it depends of the cabinet manufacturer actually, they all have their receipe.
However on private aircraft there is no way we could use aluminum profiles, everything is visually top notch with wood trims and veneers everywhere, and leather, and shiny stuff... even in areas the owner probably won't ever look at. Almost everyting in the finishing process is manually and custom made, it's pretty crazy !.. and expensive... but when you buy a priate aircraft money is not a real concern I guess...
It doesn't seems to be wired on a shunt close to the battery (unlike the Victron or Bogart) so I'm wondering how accurate it is. It's definitely a basic product but it seems to be delivering the data one would need to check his energy consumption...