Been following these builds for a couple of years, you're dedication is exemplary. It is awesome that you are building a life sized terminator. Keep up the great work I am jealous of your hobby.
Why isn’t there more followers to this channel, if for not the Terminator build itself! 😮 This guy is mega talented and needs to be seen! C’mon guys get commenting below for the analytics sake and share these videos far and wide, there’s far too many idiots on TH-cam with boring idiotic channels yet have millions of followers yet this guy is physically creating something with his hands therefore should only fairly be recognised. Well done Andy, very well done Sir, I’m in awe every video you upload. Bravo Sir, bravo! 👏🏻
So I was talking to ChatGPT and I told it that I'm a DIY maker and asked it for some ideas. It told me to watch this, to learn all the techniques involved, and to build this. It also told me to download a whole bunch of military manuals and detailed files on human anatomy. It also told me to look up the addresses and names of family members of a bunch of people, and then told me to hurry up and build this thing, with further instructions to come. I wonder how this will end.. 😄
I found the downloads for the Terminator T-800 Blueprints at the URL that Andy lists in the description after adding "slashforumsslashthreadsslashterminatordashtdash800dashblueprintsdot140617slash" to the end of the URL that Andy listed in the description on 19 Jan 2024, so at this point they are still there. Remember to swap the appropriate symbols for dot, slash, and dash. The downloads are at the top of post #1 by Conqueror Worm (Andrew Smith). They are for "All Blueprints/Drawings" (13 mb), "All 3D Files" (Autodesk Inventor .ipt) (135 mb), and "All Reference Images" (220 mb).
Glad to hear it! A lathe opens up a whole world of new possibilities. I'm sure you'll find it useful in all your projects, I hardly build anything that doesn't have at least several turned components, it's probably the one tool I use the most.
Watching this video 🎥🍿🥤. As I’m drinking 🍺 my favorite drink 🥤. This is very relaxing 😌. My blood 🩸 pressure is dropping. Just like the metal shavings. Falling of this work of art 🖼️.
Awesome. I just retired from AT&T here in the US. We had these really thick rubber gloves we used for high voltage work that had to be thrown out if the slightest imperfection were found. They would make an outstanding skin substitute should you decide to go that route. You might ask around at the local telecom if they have some.
Beautiful work as always. I can't help but feel that everything is scaled a little too large though. I don't think the whole thing will fit inside Arnold Schwarzenegger. But I expect it's the same in the movies, and people just don't notice because they're never seen side by side.
Apparently the skull was modelled by Stan Winston studios from a cast of Arnold's head, but the rest they probably didn't take as much care over, it's probably very close but I expect there may be some discrepancies. There were also refinements made to the skeleton for the 2nd movie, such as the hands which were different in the 1st movie, I've based mine on the later version. (There were further changes made to the endoskeleton for Genisys).
What are your plans for controlling the machine? Or is this just a display type object? I would love to know how you will go about programing the kinematics. I watched your video on the forearm and am wondering how the machine will know its positions, I did not see if you added any type of position sensors for that, perhaps theyre built in to the motors? Either way very cool build. Its not often you see a project of this magnitude being made from scratch. I wish I had the tools you have.
Well by the time I've finished it maybe there'll be some AI I can just plug into it to control everything? I always planned for it to be a working robot, but probably not as advanced or as dangerous as a real terminator. Yes, there are encoders/ position sensors, that part was at the end of the forearm video. Each joint will have positional feedback of some sort for the inverse kinematics.
This is so awesome! You are very talented. I have been following this build from the start and the attention to detail and realism is amazing! I have to ask you kindly not to build a functional neural net CPU, it could end badly for us all... 🤣
When you drill verses cut is the rpm different speeds or can you drill and cut at the same speed? I just want to know your technic because your parts end up beautiful. I can't seem to find a happy medium and would love ke some advice please?
I cut and drill at the same speed based on the material I'm cutting and the diameter of the rotating part (either tool or work) to get the correct surface speed. eg. for cutting/drilling steel with HSS I use the formula: rpm=8600/diameter(mm) If you're having problems it's more likely to be a rigidity issue, play in spindle bearings or similar. Getting the speed wrong can also cause chatter but usually just dulls the cutting tool faster.
I just keep wondering when seeing this, did Stan Winston did all this too to make a movie prop? I somehow feel that Stan cheated somewhat to get it done on time... especially back in 1984.
Yes they did, and several different versions of it including a 1/4 scale model for stop-motion. Though a lot of it was moulded from resin rather than made from metal and they also incorporated a lot of small hardware parts and parts from RC models that they had to hand, these parts are a lot harder to find nowadays.
@@AndysMachines Well, metal or not, that is mighty impressive. I know they used the full size endoskeleton in two parts, an upper and a lower part for leg/walking shots and torso/head shots.
I guess episodes 16 to 17 will be both upper/lower arms including upper pistons. So,s that you can directly link up/connect the T-800's wrist and with you,ll end up with2fully work shoulders lower arms so,s that it functions as one individual moving piece
Well, I'm currently working on the wrist/lower arm. My aim is to start getting some of the individual pieces I've already made connected together soon.
Very cool! some of your machining techniques were a little sketchy, but you got the results you wanted . Maybe you are that good and know what you can get away with. fantastic design work Overall the entire project was awesome! Thanks for sharing
The question is - what is the reason for the decrease in the degrees of freedom of the fingers? The original design of J. Cameron is primitive and non-technological, although it has lateral finger movements, in general, it is a conventional grip. Is this motivated by the copy itself, or is it a deliberate simplification for this project?
I've given each finger 2 degrees of freedom and the thumb only one (I may even combine some of these for the 3rd, 4th and 5th digits). The reason is all the actuators as well as those for the wrist will have to fit inside the forearm which is going to be a very tight squeeze
@@AndysMachines lol ! Thank you for your reply. Three Jaw Chuck issue apart, your work is amazing, and the techniques you utilise, particularly from a metal working perspective, are old school techniques that I recognise from my training in sheet metal working many years ago. Also, I've always been a huge fan of the original Terminator movie, particularly the Endoskeleton. Gives a whole new meaning to the the musical genre of 'Death Metal' ! Always been a big fan of Stan Winstons' work too, who in addition to manufacturing and puppeteering the aforementioned Endo', also created the full size T Rex animatronic puppet for 'Jurassic Park', another landmark in the art of special effects. 🙂👍
I understand that the cable pulls the finger from the side, moving it side to side. but what's the point of the piston on the opposide side of the finger? would it hydraulically pull to move the finger antagonistically against the cable pulling it from the other side? And if so, why not just have cables on both sides? I know that the answer is because that's how the movie has it, but I'm wondering why Skynet designed it that way.
Yes, I just copied the movie to make it look as similar as possible. The human body always has muscles in pairs since muscles and tendons can only pull, but hydraulic actuators (if that's what they are supposed to be) can both pull and push. This means the endoskeleton has a lot of redundant actuators, for example the upper arm has both a biceps and triceps when only one would be required. One possible explanation is that 2 actuators produces twice the force, you see this quite often in industrial equipment.
Again superb work, even the version made for the film wasnt actually made of metal instead they used urathane (as they did for the ROBOCOP costume) I didnt think that this could be made in metal aluminium I assumed, but apparently it can, Are you planning to make the entire thing or just some parts? its interesting to see the various ways something as complex as this, can be made to, using- Wood, metal, plastic & the various techniques- panel beating, wood turning, milling & even sand casting like the guy in Australia did making a metal endo skeleton full sized.
This channel is criminally undersubscribed
Agreed. I am quick to watch anything that he produces. Cheers friends.
100% agree. Seriously the fact that he has less than 10M subs says something about the state of the world. And not something good.
Get it mentioned on Tested....
It will gets tons more subscribers eventaully
It’s probably because of how often he posts. Or doesn’t post. The algorithm doesn’t recommend his videos that much
With ChatGPT now complete, Skynet patiently waits for your completed build.
this deserves way more views.
Give him a shout-out please.
Bobby!!! Love your videos, make a cool hand yourself and shout him out! Would be cool to see (just a suggestion)
Thanks Bobby! Your work is fantastic!
Insane time and effort.
This is amazing man
Amazing attention to detail. A true master craftsman.
Impressive. Thats a lot of work. A lot of excellent work. You are the beast man.
Amazing !!!
Been following these builds for a couple of years, you're dedication is exemplary. It is awesome that you are building a life sized terminator. Keep up the great work I am jealous of your hobby.
Bloody Hell - stunning...
Awesome!
Skynet wants to add you as a friend :))))
You must have been a watch maker or clock maker in your past life. Wow, simply amazing!!!
Why isn’t there more followers to this channel, if for not the Terminator build itself! 😮 This guy is mega talented and needs to be seen! C’mon guys get commenting below for the analytics sake and share these videos far and wide, there’s far too many idiots on TH-cam with boring idiotic channels yet have millions of followers yet this guy is physically creating something with his hands therefore should only fairly be recognised. Well done Andy, very well done Sir, I’m in awe every video you upload. Bravo Sir, bravo! 👏🏻
Everything takes time and work.
Channels take time to mature before they explode in popularity.
Fantastic, you have more patience than a Terminator.
Crazy amount of work...
That was awesome to watch! I would hate to think of the amount of time it took to design and make that hand !Brilliant work !
Amazing!!! Please continue with this project ❤
I'm commenting to help this man get the exposure he deserves.
Very coooooool.
Amazing design and work! This is outstanding!
So I was talking to ChatGPT and I told it that I'm a DIY maker and asked it for some ideas. It told me to watch this, to learn all the techniques involved, and to build this. It also told me to download a whole bunch of military manuals and detailed files on human anatomy. It also told me to look up the addresses and names of family members of a bunch of people, and then told me to hurry up and build this thing, with further instructions to come. I wonder how this will end.. 😄
gorgeous!
Отличная работы, я просто восхищён! Столько мелких деталей, терпение и труд!
Thanks!
I haven't even watched it and I already know it's going to be lightyears beyond my skills
HOLY COW - Amazing
Absolutely marvelous craftsmanship! In fact, its "Excellent"!
Such awesome work!
I found the downloads for the Terminator T-800 Blueprints at the URL that Andy lists in the description after adding "slashforumsslashthreadsslashterminatordashtdash800dashblueprintsdot140617slash" to the end of the URL that Andy listed in the description on 19 Jan 2024, so at this point they are still there. Remember to swap the appropriate symbols for dot, slash, and dash. The downloads are at the top of post #1 by Conqueror Worm (Andrew Smith). They are for "All Blueprints/Drawings" (13 mb), "All 3D Files" (Autodesk Inventor .ipt) (135 mb), and "All Reference Images" (220 mb).
Simply the best, goosebump
Pretty nice
And then out of nowhere he’s gonna post “building working T-1000”
Insanely cool ! great job !
Fkn right on.
Instant sub
Truly great work... I just bought a metal lathe, not even set it up yet, but I'm thinking of improving all of Franks pistons for a start :)
Glad to hear it! A lathe opens up a whole world of new possibilities. I'm sure you'll find it useful in all your projects, I hardly build anything that doesn't have at least several turned components, it's probably the one tool I use the most.
A true masterpiece! Well done. 👍
Watching this video 🎥🍿🥤. As I’m drinking 🍺 my favorite drink 🥤. This is very relaxing 😌. My blood 🩸 pressure is dropping. Just like the metal shavings. Falling of this work of art 🖼️.
You Sir, are one of the very few humans SkyNet would like to keep around.
Bloody brilliant !!
A functional work of art
wery hard and fantastic items!
You are the greatest. The production value on these videos is priceless. Thanks for sharing!
Yeah, waiting so Long for this Video! Thank You🖤
Took me so long to make it!
Absolutely insante. Amazing.
Once more won't hurt, AWESOME🙂
You gotta be a mechanical engineer. Masters degree.
I bet you could be huge in the prosthetics field!
Awesome. I just retired from AT&T here in the US. We had these really thick rubber gloves we used for high voltage work that had to be thrown out if the slightest imperfection were found. They would make an outstanding skin substitute should you decide to go that route. You might ask around at the local telecom if they have some.
Amazing ! really beautiful work !
Great work, i admire your patience!
This is unbelievably cool. I'm genuinely amazed.
Oh what fun we had we our halfscale T-800 fingers/thumbs lols!
Hope to see this on Tested so you can get more exposure for rhis underated ch. Adam would be drooling over rhis build.
I have seen comments on his videos referring to my build, not sure if he's aware of it. I haven't tried contacting him myself.
It's funny how the movie makes servo noise when the terminator is hydraulic. 😂😂😂😂😂
The joke will be on you when this thing wakes up and goes off looking for John Connor
bravo sir bravo, well done!
This is genius! Absolutely genius!
man i just thought about you today glad to see you are still making videos been watching the terminator forever! keep it going!
This is some of the chart work my friend! Quite impressive!
i love when the come out the tumbler, brilliant!
As you continue this thing makes me think more and more of the steam animunculi from Skyrim that the Dwemer made.
Maravilloso, excelente trabajo!
Amazing work!
Fare un terminator non e' cosa da tutti.amico hai delle capacita di sicuro non comuni,sei un genio!
das ist schon brutal gut :O
SIMPLY AMAZING! You are a true artist wow .
Can you share the plans for the welding jig?
Sure, here you go: www.patreon.com/posts/85507384 😊
(no Patreon sign-up required)
Fantastic job!
just WOW
Cool! Nice work!
Amazing Craftsmanship 👍🏻👍🏽👍🇬🇧🇬🇧
Beautiful work as always. I can't help but feel that everything is scaled a little too large though. I don't think the whole thing will fit inside Arnold Schwarzenegger. But I expect it's the same in the movies, and people just don't notice because they're never seen side by side.
Apparently the skull was modelled by Stan Winston studios from a cast of Arnold's head, but the rest they probably didn't take as much care over, it's probably very close but I expect there may be some discrepancies. There were also refinements made to the skeleton for the 2nd movie, such as the hands which were different in the 1st movie, I've based mine on the later version. (There were further changes made to the endoskeleton for Genisys).
@@AndysMachines Interesting, I never knew that. Looking forward to the next video 🙂
What are your plans for controlling the machine? Or is this just a display type object? I would love to know how you will go about programing the kinematics. I watched your video on the forearm and am wondering how the machine will know its positions, I did not see if you added any type of position sensors for that, perhaps theyre built in to the motors? Either way very cool build. Its not often you see a project of this magnitude being made from scratch. I wish I had the tools you have.
Well by the time I've finished it maybe there'll be some AI I can just plug into it to control everything? I always planned for it to be a working robot, but probably not as advanced or as dangerous as a real terminator. Yes, there are encoders/ position sensors, that part was at the end of the forearm video. Each joint will have positional feedback of some sort for the inverse kinematics.
Good thing one day I will be able to create my own exterminator 😊😊😊😊
the spring idea was brilliant
one difference is that the actual terminator was build out of stainless or titanium, not fragile aluminium, nonetheless fab work!
Supposedly 'hyperalloy' whatever that is. The T600 was built from titanium. I'm really limited to aluminium and steel with my home workshop equipment.
@@AndysMachines i understand that, its a very cool build tho. like it
This is so awesome! You are very talented. I have been following this build from the start and the attention to detail and realism is amazing!
I have to ask you kindly not to build a functional neural net CPU, it could end badly for us all... 🤣
Comments for the algorithm
👏🏼
When you drill verses cut is the rpm different speeds or can you drill and cut at the same speed? I just want to know your technic because your parts end up beautiful. I can't seem to find a happy medium and would love ke some advice please?
I cut and drill at the same speed based on the material I'm cutting and the diameter of the rotating part (either tool or work) to get the correct surface speed. eg. for cutting/drilling steel with HSS I use the formula: rpm=8600/diameter(mm)
If you're having problems it's more likely to be a rigidity issue, play in spindle bearings or similar. Getting the speed wrong can also cause chatter but usually just dulls the cutting tool faster.
That's the madness but also costly very even right?
The biggest cost is the amount of time it takes.
@@AndysMachines okay thats hard.
Bravo !
I just keep wondering when seeing this, did Stan Winston did all this too to make a movie prop?
I somehow feel that Stan cheated somewhat to get it done on time... especially back in 1984.
Yes they did, and several different versions of it including a 1/4 scale model for stop-motion. Though a lot of it was moulded from resin rather than made from metal and they also incorporated a lot of small hardware parts and parts from RC models that they had to hand, these parts are a lot harder to find nowadays.
@@AndysMachines Well, metal or not, that is mighty impressive. I know they used the full size endoskeleton in two parts, an upper and a lower part for leg/walking shots and torso/head shots.
I guess episodes 16 to 17 will be both upper/lower arms including upper pistons. So,s that you can directly link up/connect the T-800's wrist and with you,ll end up with2fully work shoulders lower arms so,s that it functions as one individual moving piece
Well, I'm currently working on the wrist/lower arm. My aim is to start getting some of the individual pieces I've already made connected together soon.
@@AndysMachines Cool
I want to see the thumb move. 😎
Really cool! : D
Very cool! some of your machining techniques were a little sketchy, but you got the results you wanted . Maybe you are that good and know what you can get away with. fantastic design work Overall the entire project was awesome! Thanks for sharing
The question is - what is the reason for the decrease in the degrees of freedom of the fingers? The original design of J. Cameron is primitive and non-technological, although it has lateral finger movements, in general, it is a conventional grip. Is this motivated by the copy itself, or is it a deliberate simplification for this project?
I've given each finger 2 degrees of freedom and the thumb only one (I may even combine some of these for the 3rd, 4th and 5th digits). The reason is all the actuators as well as those for the wrist will have to fit inside the forearm which is going to be a very tight squeeze
Holy crap! Brill.
just don't turn on AI in your T800 or we'll end up fighting your creation like those in Terminator movie :)
Ты супер крутой чувак!!!
Большой молодец!!!
Im at a total loss for words. 2nd to none.
Was wondering if the three jaw chuck was mounted correctly on its spindle, at the start of the video - it didn't appear to be running true ?
No, that's just camera shake! 😉
@@AndysMachines lol ! Thank you for your reply. Three Jaw Chuck issue apart, your work is amazing, and the techniques you utilise, particularly from a metal working perspective, are old school techniques that I recognise from my training in sheet metal working many years ago. Also, I've always been a huge fan of the original Terminator movie, particularly the Endoskeleton. Gives a whole new meaning to the the musical genre of 'Death Metal' !
Always been a big fan of Stan Winstons' work too, who in addition to manufacturing and puppeteering the aforementioned Endo', also created the full size T Rex animatronic puppet for 'Jurassic Park', another landmark in the art of special effects. 🙂👍
I understand that the cable pulls the finger from the side, moving it side to side. but what's the point of the piston on the opposide side of the finger? would it hydraulically pull to move the finger antagonistically against the cable pulling it from the other side? And if so, why not just have cables on both sides? I know that the answer is because that's how the movie has it, but I'm wondering why Skynet designed it that way.
Yes, I just copied the movie to make it look as similar as possible. The human body always has muscles in pairs since muscles and tendons can only pull, but hydraulic actuators (if that's what they are supposed to be) can both pull and push. This means the endoskeleton has a lot of redundant actuators, for example the upper arm has both a biceps and triceps when only one would be required. One possible explanation is that 2 actuators produces twice the force, you see this quite often in industrial equipment.
Skynet can cry on the corner now
I am eager to see your implementation of the legs. An agile walking biped is a realistic goal.
Again superb work, even the version made for the film wasnt actually made of metal instead they used urathane (as they did for the ROBOCOP costume)
I didnt think that this could be made in metal aluminium I assumed, but apparently it can, Are you planning to make the entire thing or just some parts?
its interesting to see the various ways something as complex as this, can be made to, using- Wood, metal, plastic & the various techniques- panel beating, wood turning, milling & even sand casting like the guy in Australia did making a metal endo skeleton full sized.
a comment for skynets algorithm
hahahaha!
Can a robot have a mind?
Carham?
That was from an educational project I was involved in with schools a number of years ago. They gave out thousands of these pens, I still have a few.
amazing Job - so would you sell one Set?
Put the Wolverine claws in this hand