Taking a break between Kermit builds to try my hand at making everyone's favorite lab assistant, Beaker.
I'm planing to surprise a family member with him for Christmas, so I hope to be done with this one much faster than I was done with my 1st version of Kermit. Fingers crossed!
Like all Muppets, Beaker has had some changes to his appearance over the years. I am targeting the look of the current Beaker, posted above. I think the head will be the easiest but I know I'm going to struggle with the clothes. I am going to have to make them from scratch, rather than modifying pre-purchased clothes. I do need to decide if I want to make it accurate to the way that he normally is, or if I want to make a sort of hybrid full body puppet. I haven't quite decided yet.
Beaker's head is, from my understanding, usually made from a 4-inch diameter cardboard tube. Originally that was my plan, but I have now decided to go with a 3d printed version. I don't love the idea of using cardboard, and feel that the plastic will be more durable. It'll also allow me to do some minor things I wouldn't have been able to do in cardboard. Having it as a 3d file also allows for easier modification as I go along.
I started this project in Illustrator. I pulled in a both a profile and a straight on shot of Beaker from the same time period and began tracing all of the major landmarks. I then pulled these illustrations into Blender and began modeling, using them as a template.
To help you visualize some of the things I'm doing, I'll talk briefly about the cardboard method. You would normally cut out the shape of his mouth from the tube and set the cut our arch shape aside as that makes the lower jaw/mouth. You then cut out a sort of semi-circle out of the area just below your 1st mouth cut out to allow for his jaw room to pivot. It'll be covered up by the fleece later, so he won't have a gaping hole in his face. Without removing a bit extra, the mouth wouldn't be able to flap open since it's a curved shape. This gap accounts for that curve. I believe that a rounded piece of foam is attached to the top of the head to give some shape to the hair.
I decided to do a couple of things that I wouldn't have normally been able to do if this was cardboard. I made walls on both inner parts of the mouth to allow for an integrated mouth plate. Normally in cardboard you would add these sections with a bit of glue, and I was originally going to follow suit, but it didn't seem like a super secure way of doing things. I know that many people do it this way (possibly even the official muppet builders) but I just don't see a piece of plastic (or whatever mouth plate material you want to use) glued to a 2mm border of cardboard to be the best way of doing things. I have a lot of faith in Barge cement but I think this might be pushing it. I don't live near this family member so I wouldn't be around to fix Beaker when needed. Doing it my way, the mouth plate is fully integrated with the respective pieces of the head.
Since I am going with plastic, I figured I could get away with the main cylinder being 1.5mm thick to balance durability with being as light weight as possible. I also knew that I would be making the eyes out of unfinished wood knobs, 2" in diameter. These are heaver than I would like but there are some up sides to them. They come pre-drilled, have a slightly flat side to them where the hole is, which I sometimes see on various Beakers through the years. In some shots his eyes are perfect spheres all the way around, and in others the part of the eyes against his face are slightly flattened. I will be attaching these with screws and nuts, so I want there to be a bit more stability to the area where the eyes are inserted. I bulked out this area and made 1/4" holes at the appropriate angle and spacing so that the eyes just barely touch in the center. I also made a separate dome shape that can pop on top of the head for the hair. I left a hole at the center of this to try and allow somewhere for heat to escape. The hope is that you'll never know there is a hole under the fur that makes up the hair. If the hair was something thin like fleece, I probably wouldn't be able to get away with this modification.
Main head
Eye bracket (inside)
Dome top
Mouth
view of head and mouth from below
Once printed, the head and mouth looked like this:
Now to test fit the eyes and hope that my math worked. I used 1/4" x 1-1/2" hangar bolts. These are a bolt that has 2 different threads in it. It's usually what is used to attach legs to a sofa or upholstered chair. I used the coarser thread to screw into the wooden ball, and used the finer 1/4"-20 thread to attach to the head with a wing nut. I found a handy dandy drill attachment that allows the finer threads to screw into it allowing the other end to be easily drilled into the receiving item. Since these knobs were pre-drilled I was able to easily use a screw driver rather than pull out the drill.
This was a great success, but I realized that the edges of the flats backs of the eyes stuck out away from the curve of the head just a bit too much. I'm 99% certain this would definitely be filled in with the fleece covering but decided to do a slight remodel anyway. I added some flat-ish areas so that the center of the backs of the eyes were slightly set into the head. Also, you can't see it much in the above photo because it was after forcing the eyes together, but the eyes were separated by about 1.5 mm or so. I adjusted the angle so they would meet without having to manually adjust the screws.
I couldn't print the whole v1.2 head today as it's about an 8 hour print and I don't want my printer running too late into the night (mostly because of the noise and apartment neighbors but I guess I should say fire hazard too). I did have time to do a test of just the eye portion, so I separated it out from the rest of the head and printed to test. This did the trick, and I'll be printing out the full one tomorrow! This is where I'll leave you for today. Oh, and just like my Kermit- I do plan on posting my patterns and .stl files as well once I'm all done.
I'm planing to surprise a family member with him for Christmas, so I hope to be done with this one much faster than I was done with my 1st version of Kermit. Fingers crossed!
Like all Muppets, Beaker has had some changes to his appearance over the years. I am targeting the look of the current Beaker, posted above. I think the head will be the easiest but I know I'm going to struggle with the clothes. I am going to have to make them from scratch, rather than modifying pre-purchased clothes. I do need to decide if I want to make it accurate to the way that he normally is, or if I want to make a sort of hybrid full body puppet. I haven't quite decided yet.
Beaker's head is, from my understanding, usually made from a 4-inch diameter cardboard tube. Originally that was my plan, but I have now decided to go with a 3d printed version. I don't love the idea of using cardboard, and feel that the plastic will be more durable. It'll also allow me to do some minor things I wouldn't have been able to do in cardboard. Having it as a 3d file also allows for easier modification as I go along.
I started this project in Illustrator. I pulled in a both a profile and a straight on shot of Beaker from the same time period and began tracing all of the major landmarks. I then pulled these illustrations into Blender and began modeling, using them as a template.
To help you visualize some of the things I'm doing, I'll talk briefly about the cardboard method. You would normally cut out the shape of his mouth from the tube and set the cut our arch shape aside as that makes the lower jaw/mouth. You then cut out a sort of semi-circle out of the area just below your 1st mouth cut out to allow for his jaw room to pivot. It'll be covered up by the fleece later, so he won't have a gaping hole in his face. Without removing a bit extra, the mouth wouldn't be able to flap open since it's a curved shape. This gap accounts for that curve. I believe that a rounded piece of foam is attached to the top of the head to give some shape to the hair.
I decided to do a couple of things that I wouldn't have normally been able to do if this was cardboard. I made walls on both inner parts of the mouth to allow for an integrated mouth plate. Normally in cardboard you would add these sections with a bit of glue, and I was originally going to follow suit, but it didn't seem like a super secure way of doing things. I know that many people do it this way (possibly even the official muppet builders) but I just don't see a piece of plastic (or whatever mouth plate material you want to use) glued to a 2mm border of cardboard to be the best way of doing things. I have a lot of faith in Barge cement but I think this might be pushing it. I don't live near this family member so I wouldn't be around to fix Beaker when needed. Doing it my way, the mouth plate is fully integrated with the respective pieces of the head.
Since I am going with plastic, I figured I could get away with the main cylinder being 1.5mm thick to balance durability with being as light weight as possible. I also knew that I would be making the eyes out of unfinished wood knobs, 2" in diameter. These are heaver than I would like but there are some up sides to them. They come pre-drilled, have a slightly flat side to them where the hole is, which I sometimes see on various Beakers through the years. In some shots his eyes are perfect spheres all the way around, and in others the part of the eyes against his face are slightly flattened. I will be attaching these with screws and nuts, so I want there to be a bit more stability to the area where the eyes are inserted. I bulked out this area and made 1/4" holes at the appropriate angle and spacing so that the eyes just barely touch in the center. I also made a separate dome shape that can pop on top of the head for the hair. I left a hole at the center of this to try and allow somewhere for heat to escape. The hope is that you'll never know there is a hole under the fur that makes up the hair. If the hair was something thin like fleece, I probably wouldn't be able to get away with this modification.
Main head
Eye bracket (inside)
Dome top
Mouth
view of head and mouth from below
Once printed, the head and mouth looked like this:
Now to test fit the eyes and hope that my math worked. I used 1/4" x 1-1/2" hangar bolts. These are a bolt that has 2 different threads in it. It's usually what is used to attach legs to a sofa or upholstered chair. I used the coarser thread to screw into the wooden ball, and used the finer 1/4"-20 thread to attach to the head with a wing nut. I found a handy dandy drill attachment that allows the finer threads to screw into it allowing the other end to be easily drilled into the receiving item. Since these knobs were pre-drilled I was able to easily use a screw driver rather than pull out the drill.
This was a great success, but I realized that the edges of the flats backs of the eyes stuck out away from the curve of the head just a bit too much. I'm 99% certain this would definitely be filled in with the fleece covering but decided to do a slight remodel anyway. I added some flat-ish areas so that the center of the backs of the eyes were slightly set into the head. Also, you can't see it much in the above photo because it was after forcing the eyes together, but the eyes were separated by about 1.5 mm or so. I adjusted the angle so they would meet without having to manually adjust the screws.
I couldn't print the whole v1.2 head today as it's about an 8 hour print and I don't want my printer running too late into the night (mostly because of the noise and apartment neighbors but I guess I should say fire hazard too). I did have time to do a test of just the eye portion, so I separated it out from the rest of the head and printed to test. This did the trick, and I'll be printing out the full one tomorrow! This is where I'll leave you for today. Oh, and just like my Kermit- I do plan on posting my patterns and .stl files as well once I'm all done.