We made a real INK DEMON Animatronic!

Wicked Makers
15 May 202426:22

Summary

TLDRIn this thrilling video, Jamie and J, creators of scary animatronics, embark on a challenging project to build a life-size, pneumatically-powered Ink Demon from the game 'Bendy and the Ink Machine.' The duo, inspired by their love for animation and horror, construct a steel frame for the animatronic, learning to weld in the process. They experiment with materials like spray foam and silicone to achieve the desired 'ink' appearance. Despite facing hurdles such as weight issues and mechanical failures, they persist, refining their design with each setback. The video is a testament to their creativity, perseverance, and the joy of learning new skills, as they bring a beloved character to life in a unique and interactive way.

Takeaways

  • 🎥 Jamie and J are creating a life-size, scary animatronic Ink Demon from the game 'Bendy and the Ink Machine'.
  • 🔨 They are using pneumatics, a technology they enjoyed from a previous project, and are building the steel frame themselves despite not knowing how to weld initially.
  • 👨‍🏫 Jamie's father, a welder, provided a crash course in welding, enabling them to proceed with the build.
  • ⚙️ The animatronic is designed to be heavy and strong, requiring a complex system of steel, hinges, and pneumatic air cylinders to achieve movement.
  • 🧪 They experimented with sculpting using spray foam to achieve the Ink Demon's unique, deformed, and 'ink blob' appearance.
  • 🎨 Jamie and J faced challenges with materials, such as the fabric not stretching as expected and the need to use silicone for a realistic ink effect.
  • 🔩 They encountered technical issues with the pneumatic cylinders not being strong enough to lift the animatronic's weight, requiring an upgrade to larger cylinders.
  • 💡 The head of the Ink Demon was 3D printed to support its weight and allow for intricate details like teeth and horns.
  • 🧵 The process involved a lot of trial and error, learning new skills, and adapting on the go to solve problems as they arose.
  • 📦 The final Ink Demon animatronic was a success, with a realistic, 'gooey' silicone finish that made it appear straight out of the game.
  • 🎉 The project was a significant achievement for the creators, marking their growth and learning through tackling a complex and challenging build.

Q & A

  • What is the main project Jamie and J are working on in the video?

    -Jamie and J are building a life-size, real ink demon animatronic from the game 'Bendy and the Ink Machine' that is capable of attacking.

  • What is the inspiration behind creating a larger and scarier version of the ink demon?

    -The inspiration comes from the second game 'Bendy in the Dark, Revival', which features a more terrifying version of the character.

  • What new technique did Jamie and J use for this project that they had not used before?

    -They used pneumatics, which they had recently become interested in, to create movement for the animatronic.

  • What skill did Jamie learn to help with the construction of the animatronic?

    -Jamie learned to weld with the help of his father, which was essential for joining the metal pipes together.

  • What material did they use to create the body of the ink demon?

    -They used steel for the body and frame of the ink demon, as it was strong enough to support the weight of the animatronic.

  • What was the biggest challenge they faced while building the animatronic?

    -The biggest challenge was creating the complex and sculptural shape of the ink demon, which required a combination of welding, sculpting with spray foam, and applying silicone.

  • How did they address the issue of the animatronic's weight affecting its movement?

    -They upgraded to larger air cylinders to provide enough force to move the heavy upper body of the animatronic.

  • What unique gift did Jamie get for his dad for Father's Day?

    -Jamie got his dad a hover pen made by Novian, which floats at the center of its base without any electricity and can have a meteorite shard embedded inside.

  • What was the final touch added to the ink demon's head to enhance its appearance?

    -The final touch was sculpting the drips on the face with epoxy and then applying silicone to give it a realistic, gooey appearance.

  • What issue did they encounter with the head of the animatronic and how did they fix it?

    -The head cracked due to the force of it slamming down. They fixed it by regluing it, reinforcing it with fiberglass on the outside and inside, and adding braces for extra strength.

  • What was the total cost of the silicone used for the project and how did it affect the project?

    -They used four bottles of silicone, which was expensive, but it was deemed worth it for the realistic and impressive appearance it gave to the ink demon.

Outlines

00:00

😀 Building a Real Ink Demon Animatronic

In this video, Jamie and J are building a life-size, real ink demon animatronic inspired by 'Bendy and the Ink Machine' and its sequel, 'Bendy in the Dark Revival.' They are excited about using pneumatics again for this project. They discuss their love for making scary animatronics and Jamie’s background as an animator, making this project a blend of their favorite things. The process involves heavy steel construction, for which Jamie learns welding from his dad. They prepare measurements and miniatures to plan the structure and discuss the challenges and learning curve of welding.

05:00

🔧 Crafting the Demon’s Structure

The initial steps involve crafting the steel frame for the animatronic, starting with simple shapes and moving to more complex compound angles. Jamie successfully welds a rectangle, marking the first step in building the legs and ensuring they can support weight. They highlight the difficulty of cutting angles in two directions and the importance of precision. The video also touches on Jamie’s confidence boost from practicing welding and moving forward with creating the legs for the ink demon.

10:02

💡 Sculpting the Ink Demon

Jay works on welding the structure while Jamie starts shaping the ink demon’s body. They experiment with spray foam for sculpting the ink demon’s muscles and ink blobs, inspired by a friend’s technique. Jamie creates a torso framework with hinges and pneumatic cylinders to enable movement. They test the sculpted parts, aiming for a realistic and functional design. The first attempt shows promising results, leading to further refinement and detailing of the body.

15:04

🚀 Overcoming Mechanical Challenges

The team encounters issues with the initial air cylinder being too weak to lift the animatronic’s upper body. They consult with an expert and switch to a stronger cylinder. Jamie also highlights a special Father's Day gift for his dad, a hover pen. The new cylinder requires custom mounts, which they create and install, successfully testing the mechanism. The project involves continuous problem-solving and adjustments, reflecting their commitment to making the animatronic functional and durable.

20:13

🎨 Finishing Touches and Head Construction

Jamie and Jay focus on the final assembly and detailing of the ink demon. They 3D print the head components, ensuring all parts fit and function correctly. Jamie constructs the torso’s wireframe, providing space for movement and saving on materials. They use various techniques, including duct tape shells and spray foam, to achieve the desired texture and appearance. The final steps involve painting and applying silicone for a realistic, ink-like finish, with a successful test of all moving parts.

25:13

🎉 Completing the Ink Demon

The ink demon animatronic is completed, featuring a shiny, ink-like silicone finish. Jamie adds final details, such as sculpted drips on the head, ensuring it matches the character’s look from the game. The team tests the animatronic’s movements, making adjustments for stability and functionality. They express pride in overcoming the project’s challenges and learning new skills. The video ends with acknowledgments to viewers and sponsors, celebrating their milestone of 1 million subscribers.

Mindmap

Keywords

💡Animatronic

An animatronic is a type of robot that is designed to mimic the appearance and movements of a living being, often used in theme parks, museums, or entertainment. In the context of the video, the creators are building a life-size 'ink demon' animatronic that is intended to be part of a horror-themed attraction. The animatronic is a central theme of the video, as it represents the culmination of the creators' efforts in design, engineering, and fabrication.

💡Pneumatics

Pneumatics refers to the use of pressurized gas, typically air, to create mechanical movement. In the video, the creators are using pneumatics to power the movements of the ink demon animatronic. This technology is crucial for the animatronic's ability to 'attack' as it allows for the controlled and dynamic motion of its limbs and body.

💡Welding

Welding is a fabrication process that involves joining materials, usually metals, by causing coalescence through the use of heat. In the script, the creators mention that they don't know how to weld initially, but they learn this skill to construct the steel frame of the animatronic. Welding is essential for the structural integrity and stability of the animatronic's frame.

💡Bendy and the Ink Machine

Bendy and the Ink Machine is a horror video game that serves as the inspiration for the ink demon character that the creators are building. The game is set in a vintage cartoon studio and features a character that has come to life as a corrupted cartoon. The video's theme revolves around bringing this game character to life through the creation of a life-size animatronic.

💡Steel

Steel is an alloy of iron and carbon, known for its strength and durability. In the video, steel is chosen as the primary material for constructing the animatronic's frame due to its ability to support the weight and withstand the stresses involved in the movement of the animatronic. The creators mention obtaining steel and making measurements to build the structure.

💡Sculpting

Sculpting is the process of shaping materials to create a three-dimensional artwork. In the context of the video, sculpting is used to create the detailed and artistic form of the ink demon animatronic. The creators experiment with materials like spray foam to achieve the desired 'drippy' and 'bumpy' texture of the ink demon's body.

💡Silicone

Silicone is a polymer known for its flexibility and durability, often used in various applications including mold making and prosthetics. In the video, silicone is used to create the skin-like appearance of the animatronic, giving it a realistic and wet look that is characteristic of the ink demon's design. The creators apply silicone to the animatronic's body to achieve the desired aesthetic.

💡3D Printing

3D printing is a process of creating three-dimensional objects from a digital model. The creators use 3D printing to fabricate the head of the ink demon animatronic, which includes intricate details such as teeth and horns. This technology allows for the creation of complex shapes and structures that would be difficult to achieve with traditional methods.

💡Prototyping

Prototyping refers to the creation of a preliminary model of a product to test and refine its design. In the video, the creators make 'miniatures' to help them determine the pose and appearance of the ink demon animatronic. This prototyping process is essential for planning the construction and ensuring that the final product meets their vision.

💡Pneumatic Air Cylinder

A pneumatic air cylinder is a mechanical device that converts compressed air into linear motion. In the video, the creators use pneumatic air cylinders to enable the movement of the animatronic's limbs and torso. These cylinders are a key component in the animatronic's movement system, allowing for the dynamic and lifelike actions that are central to the project's theme.

Highlights

Jamie and J are building a real ink demon animatronic from Bendy and the Ink Machine, a character that is a corrupted cartoon come to life.

They are using pneumatics, a method they are passionate about after their first experience with it.

The animatronic will be life-size, requiring a strong steel frame and the learning of new welding skills.

Jamie's father, a welder, offers a crash course in welding, which they quickly pick up.

They create miniatures to help determine the pose and design of the ink demon.

The legs of the animatronic have compound angles, requiring precise cutting in two directions.

Sculpting the shape of the ink demon involves testing different methods, including spray foam, to recreate its deformities and ink blobs.

A pneumatic air cylinder is used to create movement in the animatronic, with the aim of making it appear as if it's attacking.

The fabric chosen to wrap the animatronic doesn't stretch as expected, leading to creative problem-solving.

Silicone is used to create a drippy, ink-like texture on the animatronic, which turns out better than expected.

The animatronic's movement is tested and found to be potentially dangerous due to the strength of its pneumatic motion.

The need for larger air cylinders to support the animatronic's weight leads to a learning experience in part sizing and compatibility.

The head of the animatronic is 3D printed for accuracy and detail, taking several days to complete.

The jaw mechanism is engineered to open and close with an air cylinder, adding to the animatronic's life-like movements.

A structural failure during testing leads to a redesign and reinforcement of the neck area using fiberglass and metal braces.

Silicone is applied to the entire animatronic, adding significant weight and a realistic, gooey appearance.

Epoxy sculpting is used to add fine details like the drips on the ink demon's face, enhancing its horror aesthetic.

The final ink demon animatronic is a success, combining welding, pneumatics, and silicone work to create a terrifyingly realistic result.

The project represents a significant learning experience and a step up in complexity from previous builds.

Transcripts

00:00

in this video we're going to build a

00:01

real ink demon animatronic that actually

00:03

attacks you we're Jamie and J and we

00:04

love making scary animatronics on our

00:06

dog day video we got our first taste of

00:08

using pneumatics and we are totally

00:10

hooked we're going to do that again but

00:12

this time on one of our most requested

00:14

characters ever the ink

00:17

demon the ink demon is a character from

00:19

bendy and the ink machine but we're

00:20

doing a bigger kind of scarier version

00:22

from the second game bendy in the dark

00:24

Revival it's an awesome horror series

00:26

that takes place in a vintage cartoon

00:27

studio and the character is basically

00:29

like this corrupted cartoon that's come

00:31

to life also before YouTube I used to be

00:33

an animator so a horror game about

00:35

animation it's like a bunch of my

00:36

favorite things all squished together so

00:38

let's do this we're making this thing

00:39

life-size so it's going to be really

00:41

heavy which means it needs to be really

00:43

strong on dog day we had our friend help

00:45

us build this huge steel Mech which

00:47

worked perfectly so we're going to do

00:48

the same thing again only this time

00:50

we're going to make it ourselves we're

00:52

going to try to anyway so we got a bunch

00:54

of Steel we got some measurements we

00:56

even made these cute little Miniatures

00:58

to help us figure out the pose there is

01:00

one huge problem though we don't know

01:02

how to weld and unfortunately you can't

01:05

just duct tape and hot glue metal pipes

01:07

together luckily my dad's a welder and

01:10

he offered to give us a crash course

01:12

I've always been kind of intimidated to

01:13

try welding there's like hot metal and

01:15

gas and Sparks and it's just kind of

01:17

intense but once we tried it I was

01:19

surprised how quickly we were able to

01:20

get the hang of it and do some basic

01:26

welds look I made this weird thing wa I

01:30

love it okay I spent the last week or so

01:32

practicing and I'm pretty confident that

01:33

we can get started so let's do

01:39

[Music]

01:53

this you guys look I made a rectangle

01:56

woo it sure is a rectangle hey this is a

01:59

big deal okay this represents you know

02:01

learning a new thing and it's going to

02:03

hold up all of our hopes and dreams and

02:06

the ink demon I hope on the next step we

02:08

have to cut some angles and part of the

02:10

reason we made these cool Miniatures is

02:12

so that we could figure out the pose and

02:14

exactly what we wanted it to look like

02:15

and then we can come in here with a

02:17

protractor and we can use this to figure

02:20

out exactly what those angles are so we

02:22

can cut them

02:23

[Music]

02:37

[Music]

02:44

links we made legs they're so cool and

02:48

wait watch this ready it's going to

02:49

support you I hope so woo nice it's

02:54

really strong couldn't do that on PVC

02:56

nope so definitely the most challenging

02:58

thing so far with with the legs is these

03:01

actually are compound angles so the

03:03

bottoms they Bend inwards and backwards

03:06

which means you got to cut angles in two

03:08

directions and that took us a while to

03:09

figure out but you know we kind of just

03:11

took our time and did the protractor

03:13

thing and and it worked it did we cut

03:15

this first piece like four times but it

03:17

worked I think we're good to go to move

03:20

on to the next step yeah let's let's

03:22

keep going on him while Jay's welding I

03:24

need to figure out how we're going to

03:25

actually make the shape of the ink demon

03:28

so I had him weld me up a little leg to

03:30

do a test on the ink demon is very

03:32

sculptural he's got muscles that are

03:34

weirdly deformed and these ink blobs and

03:36

it's like it's a work of art and I have

03:39

to try and recreate that on top of Steel

03:42

so I have a couple ideas and I'm just

03:44

going to test it out and see if it

03:52

works so that was pretty easy to rough

03:54

out the basic shape we've got his Huff

03:56

we've got his weird reverse leg demon

03:59

horse thing we think it's called a hawk

04:02

got some start of a muscle here now

04:03

we're going to try something that we've

04:05

seen our friend Alan hops from stilt

04:06

Beast do a bunch of times and that is

04:08

sculpting with spray foam I think this

04:11

is going to work really well so I'm

04:13

excited to try

04:14

it okay I added another little part of

04:16

the waist right here and I also welded

04:18

up essentially a torso so there's like

04:20

you know the back and this is going to

04:22

be the shoulders and this is all going

04:23

to go right here but to attach it we're

04:26

actually going to use a hinge which is

04:28

going to get welded on and then this

04:29

whole thing is going to kind of go like

04:31

this and once it's attached we're going

04:33

to use this pneumatic air cylinder and

04:35

it's going to get attached right here

04:37

and as this pushes open and closed it

04:39

should make the whole thing move at

04:41

least that's the plan I've got half the

04:43

cylinder welded on the bottom and now if

04:45

we take this off you can see as the

04:48

hinge rotates the cylinder pushes it

04:50

open and close that's how we get our

04:51

movement all right it is dry and it's a

04:55

little bit more lumpy bumpy than I was

04:58

hoping I wanted more drippy bumpy lumpy

05:00

bumpy uhhuh it's lumpy bumpy so I got

05:03

this really cool fabric it's like this

05:05

you know it almost looks like wet ink

05:07

and My Hope was that I was going to wrap

05:09

this around here with some spray glue

05:11

and it would really fit the form the

05:13

problem is it's not nearly as stretchy

05:15

as I thought it was going to be so

05:16

instead of wrapping nicely it creases I

05:19

don't know maybe we can do something

05:21

else with this fabric I have a couple

05:23

more things I want to try I don't love

05:25

all of the line texture in here so what

05:28

I'm going to do is mix up some silicone

05:31

tinted black and see if that's going to

05:33

give me the drippiness that I'm looking

05:35

for the other thing is much simpler

05:37

we're just going to spray paint the top

05:38

part of this black and put a gloss coat

05:40

over it and see if we're happy with

05:42

that I mean that looks just like ink it

05:45

does it's really thick

05:50

too the silicone looks so freaking cool

05:54

especially compared to the top where

05:55

it's just the spray paint like this

05:57

looks like it's it's made of ink this is

05:59

is perfect I really hope it stays like

06:01

this it's been a few days and I finally

06:03

got this whole thing put together so

06:04

let's check it out at the top of the

06:05

shoulders we added a neck so the head

06:07

will attach right here and then there's

06:09

a cylinder which is going to allow the

06:11

head to move up and down on this arm we

06:13

added cylinders for the shoulder and the

06:15

elbow so this is going to be like the

06:17

attack arm so he's going to come up and

06:18

kind of be like like you know something

06:20

like that but I think we're finally

06:22

ready to test this thing and see if it

06:25

works oh I forgot what the cylinders

06:28

it's like there's no in between it's

06:29

open or closed so as soon as I plug it

06:31

in it's

06:38

like the whole thing he's like

06:43

[Music]

06:44

walking woo this is legitimately

06:47

dangerous like that would take your head

06:49

off we've made a death

06:51

trap all right that works

06:54

[Music]

07:00

what are you doing I was afraid of this

07:03

I'm

07:10

try okay this is not strong enough to

07:14

lift this enormous upper body I kind of

07:17

thought that might like as we built more

07:18

and more of this it's real heavy and I'm

07:21

I was thinking like this tiny little 3/4

07:23

in bore cylinder it's it literally can't

07:27

can't lift it so

07:30

are there bigger ones yeah for sure

07:32

there are definitely bigger ones there's

07:34

just no not even

07:39

close Okay I texted Mike from

07:41

hallucinations he's the one who built

07:43

our dog day Mech and the one we got

07:44

these cylinders from and I basically

07:46

asked him what to do he said to send him

07:47

a picture of this and he just says oh

07:50

crap yeah you definitely need like a 1

07:52

and A2 inch bore so twice the size of

07:54

this at least to lift this thing

07:57

up so we got to get some bigger

08:00

cylinders while Jay's out getting parts

08:02

I want to show you what I got him and my

08:04

dad for Father's Day they're hover pens

08:06

and they're made by novian the sponsor

08:08

of today's video Father's Day is almost

08:10

here and if you're looking for a super

08:11

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08:13

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08:15

pan floats at the center of its base

08:16

without any electricity it's like magic

08:19

they designed it to sit at a perfect

08:22

23.5° which is the same angle as the

08:24

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08:26

Edition also has the option to have a

08:28

meteorite shard in embedded inside which

08:30

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08:32

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08:34

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08:35

that matches your dad's desk or

08:37

workbench or whatever everything we do

08:39

these days is digital so if you're going

08:40

to sit down and actually write or Draw

08:42

Something I think it should feel special

08:45

and honestly this is like the nicest pen

08:47

I've ever held and I really love like

08:49

the art meet space design aesthetic of

08:51

these it's just so nice my dad helped us

08:54

so much on this project and I can't wait

08:56

to see the look on his face when he gets

08:57

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08:59

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09:01

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09:03

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09:05

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09:06

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09:08

today okay this is the air cylinder that

09:11

was not strong enough to lift up the

09:13

waist and this is the new one this

09:15

should be about four times stronger than

09:17

this little one so we're going to swap

09:18

this in but we do have a problem these

09:20

things right here are called cevis

09:21

mounts and Mike sent me these for the

09:23

small cylinders but unfortunately they

09:25

don't fit the big one and we don't have

09:27

any so we're going to make some

09:30

[Music]

09:36

[Music]

09:54

[Music]

10:01

okay there it is look how big that thing

10:04

is I mean I'm probably going to learn at

10:06

some point what I've done wrong here but

10:07

as far as I can tell it's the same thing

10:10

it's just bigger so let's test it out

10:12

test number

10:15

one oh yeah yes I didn't think that was

10:19

going to work did you see that that was

10:21

awesome okay ready

10:24

[Music]

10:29

oh man this is great I'm going to have

10:31

to tune this a little bit of course so

10:34

pumped that was awesome it works hold on

10:36

I'm going to hook up the rest of it

10:39

waist

10:45

elbow comes

10:48

up okay this is going to take some

10:51

practice but uh all the parts work and

10:54

nothing's broken yet fingers crossed the

10:57

silicone has fully cured and the Sheen

11:00

has not changed a bit it's super shiny

11:02

and it still looks wet so that is

11:03

awesome if you put like your finger on

11:05

it it's going to get some fingerprints

11:07

and it's probably going to collect dust

11:08

over time but I think we should be able

11:11

to just wash it off yeah so it's fine

11:14

now that the body's ready to go I'm

11:15

going to start with the legs and

11:17

basically recreate what I did with the

11:19

test piece so first will be our foam

11:21

noodle pipe instulation thing and then

11:23

tint foil then our spray foam and then

11:26

paint and then silicone it's a lot of

11:28

steps

11:30

we had to pre-run all of the hoses down

11:32

the back of the legs and the foam didn't

11:34

exactly fit over all of that so I just

11:37

spand the Gap with some duct

11:48

[Music]

11:52

tape what you got going on over here we

11:54

are making the head do you remember on

11:56

catnap when we carved the huge head out

11:57

of foam and that was a total

12:00

[Music]

12:04

mess so on the next one we 3D printed it

12:06

for dog day and that worked really good

12:08

right that was amazing and since this is

12:11

also a steel frame we can 3D print the

12:13

whole head again and it'll support the

12:15

weight hopefully also we can get like

12:17

the teeth and the horns and stuff all

12:18

little details would be great I started

12:20

on the first piece this is going to be

12:22

the back of the neck and there's a steel

12:24

plate and this will get welded to the

12:25

neck and then it goes in here and kind

12:29

of bolts on and the rest of the head

12:30

will go like this as usual though

12:33

there's a ton of pieces and it's going

12:35

to take a really long time to print so

12:36

we're going to get that

12:37

started what's that what goes

12:40

there

12:42

[Music]

12:57

butt all right I made a wire frame for

13:00

his torso and this is like the start of

13:03

the shape of him uh we do this for a

13:05

couple of reasons one is he bends at the

13:08

waist so all of this needs room to move

13:11

inside of here so this like creates the

13:14

space for all the movement to happen and

13:16

then the other reason is this saves us

13:18

on materials so instead of having to

13:20

build up like this entire Mass with uh

13:22

foam and tin foil now we just have to

13:24

put a little bit of foam and tin foil on

13:26

there before we put on that tin foil

13:27

though we're going to make him a shell

13:28

out of duct tape like

13:33

[Music]

13:51

this all the 3D printing of the head

13:53

stuff is done it took about 4 days to

13:55

print all these parts on our bamboo Labs

13:56

printer and as usual we use 3D fuels Pro

13:59

pla filament to print all this stuff

14:01

it's an ultra rigid pla so it's like

14:03

really easy to print but super stiff

14:05

which is great for these giant heads so

14:07

we've got parts of his head we've got

14:09

his horns his teeth his jaw got

14:10

everything we need let's put them

14:12

together

14:33

so happy that that fit you guys it's

14:35

like you expect it to fit but I don't

14:37

know glue ups are always stressful cuz

14:39

you got wet glue and it doesn't you know

14:41

you don't have a lot of time and if it

14:42

doesn't work we'd have to start over

14:49

so look at that the jaw is going to

14:52

attach kind of like this on some hinges

14:55

and then it's going to rotate up and

14:56

down like that but there's a couple

14:58

things we got to do first before we put

14:59

this on this is the metal plate that we

15:01

said is going to go in this little hole

15:03

right here and then basically get welded

15:05

to this thing but we learned on dog day

15:08

that if we don't leave enough space to

15:09

actually get a wrench in there to you

15:11

know Bolt the bolts on it's like

15:13

impossible to get it on and off so this

15:15

time to fix that we're going to weld on

15:16

some captive nuts onto this plate so

15:18

that we can screw it right into the

15:19

plate

15:21

itself we could just go ahead and Bolt

15:23

the head on as it is but I really want

15:24

the jaw to like open and close so I've

15:27

gone ahead and built a few extra parts

15:28

like let's check them out so the first

15:30

thing I did is I bolted an air cylinder

15:32

inside the head that kind of attaches up

15:34

in the top there and then on the jaw

15:36

itself we built this extra arm thing and

15:38

this is going to attach to the cylinder

15:39

but also kind of pivot and when we put

15:41

it all together it should work and now

15:44

when the cylinder goes on and out the

15:46

jaw goes up and down it's pretty cool

15:48

now that it works we can glue in all the

15:49

teeth and finally hook it up to the head

15:52

[Music]

16:06

[Music]

16:11

he is so cool this thing is amazing we

16:14

tried to make it like the same size as

16:16

he is in the game cuz he's always kind

16:18

of looking down at you a little bit you

16:20

know so so he's like I don't know I I

16:22

think we nailed it while you were

16:23

working on the jaw I decided that I

16:25

don't want to do spray foam on him

16:27

because I think he looks pretty pretty

16:29

cool as is so I think if we just put

16:31

silicone on top of the tin foil it

16:34

should look good and it looks like you

16:35

added like a bunch of little bones and

16:37

stuff and detail yeah I added like his

16:39

ribs some chest like a collar bone just

16:41

a little bit more anatomy in there okay

16:44

before we move on can we test him I

16:47

think testing it is a really good idea

16:49

okay official test number one he's in

16:51

his default pose everything's plugged in

16:54

but uh here we go and please don't break

16:57

all right I'm going to start with the

16:57

head and the jaw here

17:03

[Music]

17:06

here okay so far so good there then we

17:09

got the