Credits sits down with Jason Allard, a carpenter for the movies. He talks about how he got started and some of the films he has worked on. He has built things such as the gazebos in 12 Years a Slave, and the treehouse in Moonrise Kingdom. You can also check out a short video showing him at work and some of the projects he’s completed.
Finally, a whole range of desktop milling machines are coming out in the near future, and Tested has a nice roundup of some of the more promising ones. These machines can cut, carve and mill materials like wood, plastic and even metal, all for $2600 or less.
Propnomicon does a great job showing us some of the best props from the Cthulhu mythos and similar realms.  But this one time, he found this faux-antique vampire-killing kit that was so horribly done that he just went to town criticizing every aspect of it. From the random screwdriver gouging and haphazard use of a blowtorch, to the over-reliance on upholstery tacks, this prop has it all. It is actually a good lesson on what not to do when ageing your props. It’s very distressing.
Olivia O’Connor used to be a prop maker in Sydney, working on films such as The Wolverine and Mad Max: Fury Road. But she’s given that all up and now carves rocking horses out of wood on her parents’ farm in south Gippsland. It’s amazing what you can do with the skills you pick up as a prop maker.
The Spaeth Design website has a whole slew of videos up giving a behind the scenes look at their shop. They have a couple of episodes of “Making Magic at Spaeth Design”, where they look at the various departments and people who work there. Spaeth Design is the New York company that builds animated window displays for companies that include or have included Macys, Lord & Taylor and Saks Fifth Avenue.
Last week I got a call from Triad Stage, a theatre over in Greensboro, NC, to do some carving for the scene shop. I had done some foam carving in the props shop last autumn, and when another project came up, they thought of me.
Layout on the blank
They already had a blank cut to size when I arrived at the shop. This blank was cut by the foam manufacturer, and was made of two pieces glued together (it looked like they used a 2-part polyurethane foam, or even just Gorilla Glue as the adhesive). This helped immensely in getting me started, since the piece was already symmetrical and scaled to the size they wanted. I started by dividing the piece into equal pie shapes and transferring the design from the research onto the foam.
Beginning the carving
The foam they gave me was a 3 lb EPS foam, which was a lot denser than anything I had ever used before. Basically, EPS foam comes in a variety of densities, with 1 lb, 2 lb and 3 lb being the most common. The numbers come from the weight of one cubic foot of foam. So 3lb foam has three times as much polystyrene packed into the same area as 1 lb foam. Of course, EPS is the beaded foam, so it is still trickier to get a smooth surface than it is with either blue or pink foam, but those are not readily available in large blocks like this.
Adding details
The designs on this style of classical capital are very symmetrical and repetitive, so I really only had to draw out one half of one side, and then just trace and transfer it to the other seven halves. I carved the whole thing mainly with my snap-blade knife, surform, sandpaper, and a big ol’ half-round bastard rasp. I broke out a router a couple of times to clear out some of the deep pockets; the router also helped me cut to a consistent depth around the whole piece.
Coated
Since the capital was being placed on a column high above the set and was not going to move or be handled during the show, I opted for a simple coating of joint compound to keep the cost and time down. I basically applied just enough to give it a smooth coating and a nicer surface for paint.
Finished capital
The design on this capital was greatly simplified to allow it to be carved in about half a week. Because it was going to be painted black and be placed high above the set in the shadows, it just needed to hit the high points of the shape so the audience would go “oh, there’s a fancy thing up there.” Or at least, that’s what the audience in my head says after the show.
I have a new video up at the Prop Building Guidebook companion website video page. This one shows basic sculpting and carving of foam. I filmed myself while sculpting a small head for the Vicky “doll” in the recent production of Cloud 9 which we just opened.
Yes, I built this exact same cast iron park bench seven years ago. I even used the same research image you see in the link. I couldn’t build it the same way, though. The first time around, I used a lot of found pieces and details which I did not possess this time. I also needed to build three matching benches, which warranted a different approach then building a single one. I was building and buying all the props for Elon University’s production of Cloud 9, and the whole second act takes place in an English park; the director was keen on basing it off of Kensington Park. We decided to cut and carve the ends on the scene shop’s CNC router.
Rehearsal bench
First I built the seats themselves with some stand-in legs and arms. I arranged some slats I had cut into a shape that was comfortable to sit in, than I screwed them together onto supports which kept the whole thing sturdy. The stand-in legs held it all up at the correct height so they could rehearse with the benches while we worked on the real ends. The idea was that when the real ends were ready, we would just unscrew the fake legs and pop on the real ones without having to take apart and reattach all the original slats. This also ensured that the curve and depth of the seat they were using in rehearsal would be exactly the same on the performance benches.
I began by making a line drawing of the bench in Inkscape, an open source vector graphics editor. I drew three layers; the first was a line showing where all the inside “holes” should be cut and the second showing where the outermost profile should be cut. The third layer showed where all the engraving would go. Rather than cutting all the way through the plywood, the router would only cut partway down, and it would use a v-shaped cutting bit (this technique is known as “v-carving”).
Primed bench end
With the drawings finished, I gave them to the Natalie Hart, the scene designer (also my wife), to import into AutoCAD. I’m sure you can use the Inkscape drawings directly, but I have no experience with CNC file formats, and Natalie has already successfully used her CAD drawings on the CNC machine. The curves I drew in Inkscape turned into a series of many tiny lines in AutoCAD; this meant when they printed, they looked like many tiny lines rather than a single smooth curve. The curves she redrew in AutoCAD printed as smooth curves, however. I’m not sure I will use Inkscape again to draw for a CNC; if I find myself using the CNC a lot in the future, I may just spring for one of the less-expensive CAD drawing programs out there.
Closeup of CNC V-carving
The final piece of the puzzle was getting the drawings into PartWorks, which is the CNC machine’s software that generates the instructions it uses in cutting. Our production manager/lighting designer Bill Webb happily took that on, since the machine is second-nature to him by now. In about three hours, we had all the pieces we needed for all three benches.
You can see in the photograph above that the CNC left a lot of cleanup work to do. I experimented with a number of abrasive flap and wire wheels to see if there was a quick way to sand the whole thing, but it ended up requiring hitting every nook and cranny with a Dremel tool.
Inside of bench end
We had taken measurements off the rehearsal benches and put them into AutoCAD so the CNC parts would line up exactly with the existing structure. For the inside of the end, we only printed the bottom half and attached it to the outside part. This gave a bit of a lip for the existing bench seat to rest on, while also providing a lot of surface area to screw into from the side. It also helped line up the bench seat to the ends at the correct height.
The faux-verdigris paint treatment was developed by one of the students (good job, Vee Bland!). Natalie and I painted them up, and I quickly assembled them so they would be ready mere minutes before photo call.
Finished bench
Naturally, I would have loved to play around with the software and the drawing to develop a more realistic carving, as well as spend some time learning to run the CNC machine on my own. The time frame on this production was just too intense; 15 days between the first day of rehearsal and opening night, and these benches were but a small part of all the props and furniture I had to build and acquire. Still, it gave me a good idea of how I can integrate CNC fabrication into my prop work when it can come in handy.
Making and finding props for theatre, film, and hobbies
