I built this five-passenger bike by cutting apart and welding together the parts from three tandem bikes, and adding a bit of black gas piping where I needed straight tubing. It actually worked too, and I was able to take it for some wobbly rides in the studio! (Though the rear seat was responsible for shifting gears, since my cables weren’t long enough.)
Inflatable hot water bottles were added to make exploding seats (by Jason Singleton and Jessie Voris, I think)
The second in a series of swingsets that made me feel bad!
I created a swing out of heavy black rubber to hold a contestant so that their knees would graze against a carpet as they swung, getting a nasty case of rugburn in the process.
Sorry, contestant!
I built this ATM machine with help from Daniel Rasa. The shell of the machine is made out of MDF and plywood, and acrylic components were added for lighted signs and to simulate buttons.
It re-uses the mechanism from the groin-punching slot machine that I’d built earlier, only with a new cast silicone hand that held a fistful of phony money. Courtland Premo programmed a LCD photo frame to act as an ATM screen for the stunt.
This was a simple modification that only took a few hours to complete – an elliptical trainer that I welded arms onto, so that it could punch a contestant alternately in the stomach and groin.
I welded together a pair of steel hands to squeeze contestants’ behinds. The hands were pulled shut by bicycle brake cables which were tightened by spinning a crank. I covered the hands with liquid latex coated foam. The arms wear sleeves stitched together by Jessie Voris, and the lower support was re-used from a catapult built by Courtland Premo.
This machine was built to give five contestants a wedgie… SIMULTANEOUSLY! I welded together the steel pipe and I-beam frame and hooked up two 12v electric winches to a bar, which in turn was connected to the contestants specially grommeted underpants (by official Silent Library grommeter Jessie Voris.) Courtland Premo figured out a way to operate the winches with a remote control and a small 12v battery.
Hitting a contestant in the face with a series of waterbottles was a fun challenge! I made a net out of some surplus green vinyl strapping, and a steel pipe frame to hold all of the bottles in single file. When a motor pulled on an end of the belt, they would drop into a hopper one-by-one. At the bottom of the hopper was a little conveyor belt powered by toy car motors, which would feed each bottle into a tennis ball launcher to fire them at the contestant.
I modified an old slot machine to perform a complicated task: First, after the contestant pulled the slot machine’s arm the three tumblers were to spin and then stop so that a fist icon was facing forward. Next, lights were to flash, the winnings drawer was to drop open, and then a rubber fist would pop out and punch the contestant in the balls.
Unfortunately, I don’t have any pictures of the complete machine in operation on the set, since I was too busy flipping switches and pressing buttons to control the machine. The scissor-hinged punching mechanism was re-used in an ATM machine built for the show, so you can see it there too!
This one was fun to make! I traced my hand, scaled it up 200% and then made a foam hand with acrylic nails from the pattern. The arm is made out of 2×4′s glued together and swung with the aid of pneumatics. I scaled up a normal wooden chair 150% and built it out of 2x4s and plywood. The shoes are just clown shoes painted with flat black paint. I made a sleeve out of a trouser leg and Jessie Voris helped out by stitching together some pant legs for the project.
It was tested out by almost everyone in the props department.
This one was a challenge! I made this creature out of all sorts of materials: lobster claws, doll parts, shells from the beach, latex gloves, ping-pong balls, dust masks, shark jaws, lots of latex, and a toy octopus… a real potpourri of stuff.
Katie Akana thought of the pneumatic mechanism to suddenly open the creatures’ eyes, and Courtland Premo wired up a remote control device which used CO2 cartridge tire inflators and servos to operate the pneumatics.
