What’s new?

Since our last post, tons has happened…

We got a laser!

Moved all that stuff from our last post to a new, safe location.

We’ve been making lots of stuff like spatulas…


… and carving pumpkins with the water jet!

Meeting to start businesses,

and still getting lots of donations…

Come on down, and make something!

So much stuff, so little space…

We have recently received an absolutely massive donation of supplies and equipment from a very generous member of the community. The only problem… it’s all in Salt Lake and our current space in Provo is already packed to the brim.  On a busy night, it starts getting pretty cramped!

Included in the donation is a massive fully-functional 3D printer (can double as light-duty mill), 4-axis lathe, and several other unfinished printer/CNC projects.  We have countless boxes and shelves filled with motors, actuators, hydraulics, pneumatics, bearings, gears, fasteners, wires, belts and so much more…but nowhere convenient to store it. If we could combine these resources with the tools and supplies from the existing 400 square foot ProVolt Makerspace, we think could have the biggest and best-equipped space in the nation.




2016 in review

2016 was our best year yet! We got the water jet cutter working, and met many new people! We also had some setbacks, but have more than made up for them by the awesome things that have happened, and things we are looking forward to.
Here are some pictures of things you may have missed over the last year.

Ben cutting valentines gifts
Ben cutting valentines gifts
Cutting tank treads for Red Devil on BattleBots
Cutting tank treads for Red Devil on BattleBots
Kelie (left) and Jeremy (right) show off a stone gear
Kelie (left) and Jeremy (right) show off a stone gear
Mary Fenley holds an aluminum peace sign
Dr. Mary Fenley holds an aluminum peace sign
Winchester poses for his silhouette
Winchester poses for his silhouette
Plywood silhouettes of Winchester and John Fenley
Plywood silhouettes of Winchester and John Fenley
Ephraim uses the lathe
Ephraim uses the lathe
Allen uses the grinder
Allen uses the grinder
Dan (left) designs a part, while Ashley (right) prepares to do chasing and repousse
Dan (left) designs a part, while Ashley (right) prepares to do chasing and repousse
John, representing ProVolt (left) and Beth, Representing Make Salt Lake (right) attend a meeting of makerspace organizers at the White House
John, representing ProVolt (left) and Beth, Representing Make Salt Lake (right) attend a meeting of makerspace organizers at the White House
Swag from DC from spaces we connected with
Swag from DC from spaces we connected with
Ales (center) and 2 BYU students (left and right) work on a robot hand
Ales (center) and 2 BYU students (left and right) work on a robot hand
Kelie (right) shows off his Batman grappling hook
Kelie (right) shows off his Batman grappling hook
Mike (left) and Lloyd (right) experiment with liquid nitrogen
Mike (left) and Lloyd (right) experiment with liquid nitrogen

Shout outs to Andrew, Joe (x3) , Jaan, Omar, Chris(x2), Wesley, Jordan, Pam, Brad, Jason, Wil, Brian, Patrick, James, Wisteria, Martin (x2), Amy, Davido, Roy, Kevin, Eric (x3), Ryan, Hillary,  Andrea, Michael, Nicco and others who weren’t pictured, but have made 2016 a very exciting year for us.

Special Thanks to Jim Williams, Boomerang Books, Jerome Miles, and New Vistas for supporting us by buying lots of water jet time, Ben, Kelie, and Allen for their outstanding volunteer work, and to Steve Fordham, Pam Watkins, Damon Downing, Habitat for Humanity, and Dr. Mary Fenley for their generous donations. You have made 2016 a success!


Vinyl is awesome

We recently got our vinyl cutter working after a whole lot of troubleshooting. We traced the serial signal with an oscilloscope from the computer, all the way to a chip deep inside the machine. When we looked up the chip, we discovered we were transmitting to it’s transmit pin, and really just needed a serial null-modem (crossover) cable and now it works great. Check out this Silhouette Sticker machine we took to the Barnes and Noble Mini Maker Faire!


Anyway, we’ve been using it to make stickers, and decals, and the other day I even made the shirt I’m wearing in the video above!


The Vinyl was placed on the shirt.


The shirt was protected from over-spray, and 2 coats of green T-shirt spray paint were applied.


I think the finished shirt looks great!

Electric Longboard Project

A couple moths ago I was standing on my longboard while talking with John, and glanced down at the trucks and said to him “I wonder if I could put a motor on this”.  Discussion ensued for a few minutes afterwards. Within a couple weeks, I started designing something that could clamp to the truck and offer support to a motor mount plate. The first test cut looked like the first picture below. I don’t have any good renderings of the “completed” version 0.1 but the but long story short; the flexing c-clamp nature of the design made this bad. It was later switched to a two-part clamp.


Interestingly enough, within a couple days of my first designs, I met another ProVolt member, Mike, that already had the electric motor, speed controller, and remote to actually build this thing! So we put together a quick improvised single-piece clamp that actually worked quite well for a while. I’m not sure that this dimensions used in this next rendering are correct, but you should get the idea. It had some limitations.. we couldn’t use very thick metal, or else the motor shaft was completely covered. But it worked for at least a few miles worth of riding, even if it was vice-grip’d on for the first test ride.


So I played around with the design some more and cut this next one one! We put quit a few miles on this mount, eventually the outer clamp cracked through one of the thread holes and was showing some pretty extreme signs of abuse. It would need beefed up and also modified to not rely on friction fits anymore.




So we gave it TEETH so it could BITE!
RAWR! Each tooth adjustment gives 10 degrees or rotation. In practice, this seems to be the right amount. The first one had a circular insert before we had square trucks to clamp to.


The assembly is driven based off of the pulleys’ teeth count and the belt size. All I have to do is export and cut it. I’ve relied heavily on solidwork’s ‘configurations’ in this design. The three-piece motor mount shown above was modeled as a single multibody part, and each configuration mated to itself the the assemble level. Leaning new things is fun! This has certainly been an iterative process.


And here’s the most recent version that’s up and running! It goes up to 24 MPH, and will happily run 8 miles from two new 5000mAh 4s lipo airplane batteries (10Ah, 33.6v). The batteries we’ve been testing with are pretty worn ad barely last half the distance. The next step is to build some beefier battery packs out of 40 LG HG2 18650 cells in a 10s4p configuration. That’ll be a 120 Ah 42v pack, I’m very curious what kind of range we’ll see.


More edits to come with video of it in operation and the fancy lights!

tile it up

We have been looking for projects to keep the water jet busy, and one thing we have had some success with is cutting tile. So a few days ago, we approached the Habitat For Humanity Re-store to see if we could get some broken tiles donated. They were more than happy to help us out, and get rid of some of the stuff they couldn’t sell.


I was worried that my trailer would break when they loaded it on. I’ve never had that much weight in it before.


We started sorting it, but mostly there were too few of any particular design to make it worthwhile. But that’s perfect for some of the projects we have been brainstorming.20160921_010916

Logo tiles are awesome!


These 5 inch high tessellating geckos take 3 minutes to cut. Also we can do numbers, or letters, or anything else we can think of, and now we have an essentially unlimited supply of material to work with.

Penrose tiles? Tile gears? Custom mosaics?

What would you make?


Happy Birthday!?


We should have had a party because ProVolt turned 2, but real stuff has been happening, so something like an arbitrary date fell through the cracks.


Two weeks ago, I was at the White House! I went to represent ProVolt at the Nation of Makers meeting, and met with over 170 other makerspace organizers. I took 80 stainless steel keychain bottle openers to give to people.


They were a big hit, and everyone was surprised when they held them and realized that they were metal, and not plastic.

I even made a titanium one for the President!



Bat-Claw grappling hook.

Yeah, it’s exactly as awesome as it sounds. A fully functional grappling hook and self-releasing jaw clamp. Cut from stainless steel on our waterjet. I I was inspired to design mine after seeing what theHacksmith came up with. It’s a hefty piece of hardware, for sure. No need to ramble, check this thing out:


The finished batman grappling-claw!
The finished batman grappling-claw!
Grappling claw, retracted mode.
Bat-Claw, retracted mode.
Claw can clamp onto bars, or sink its teeth into wood.
The bat-claw can clamp onto bars, or sink its teeth into wood.
And of course, it can grapple with the outer hooks.
Of course, it can grapple with the outer hooks.
Before bending the bat-hooks.
Before bending the bat-hooks.
Almost finished, laying out for assembly...
Almost finished, laying out for assembly…
Cutting on the waterjet is going well.
Cutting on the bat-waterjet is going well.
Testing with the polycarbonate
Testing with the bat-polycarbonate
Cutting the polycarbonate
Cutting the polycarbonate


Modeling and clearance checking. More than half of the two days it took to complete this project were spent producing this.
Modeling and clearance checking. More than half of the two days it took to complete this project were spent producing this.


Polycarbonate Gift Box

I found a wonderful little necklace with pressed flower embedded in acrylic that I wanted to give as a gift. However it didn’t come with a gift box so I decided to make a fancy one myself. It was modeled in Solidworks as a single multibody part and each body added to the same drawing as separate drawing views allowing for easy dxf export for final cutting. The model is parametric, allowing for different thickness materials to be used, or to scale the X/Y dimensions of the box. I was lucky enough for this design to work first try; only a minor bit of filing was required to allow the two halves to fit together. Took less than 10 minutes of total cut time. All pieces press-fit and it stays together quite nicely without glue.

Final resultsIMAG0640


Solidworks modelcube1

2D Drawing

Cut on the JetIMAG0634


Greetings! Although we’ve had a bit of bad news lately, all is not lost! The shelving units and majority of our useful/interesting/random stuff has been relocated to the garage housing the waterjet. It is a bit cramped [I prefer to say compact and efficient] but still just as functional if not more so than before. We don’t have the great big back yard for some of our particularly ‘combustible’ projects, but I’m sure the asphalt in front will do just fine. The space isn’t internet ready, but that could very well change; for now you’ll need to download and plan ahead of time unless your phone can be tethered. No more comfy chairs or extra computer workstations at this time; there simply isn’t the square footage for some of the things we had before. More so than ever, will we have to tidy up after ourselves to maintain a usable space. I hope to see more of you stopping by on Tuesdays and Thursdays!

I apologize for the vertical video, but it looked better for a walkthrough. Check it out.