I don’t usually follow/understand this sort of mechanical engineering stuff. You kept my attention for 8 minutes! I think I understand about 50% of what you said. Good job! Keep it up.
I still think this is your best design because, as you said yourself, you wanted a design close to what the game portrays, with a blade that ejects forcefully. Out of all the designs, this one has the strongest ejection force. It doesn't use rubber bands, which I always find problematic for mechanical mechanisms, and it also avoids plastic parts like the "frog legs." To reduce the "ratio problem," I think you could simply make the spring enter a bit into the base of the blade, even if it protrudes slightly from the mechanism. In my opinion, having part of the spring visible would bring an even more interesting design, as I always like to see parts of the mechanisms in mechanical devices. This way, the internal block that's locked by the latch could be smaller.
Yea totally, I too like springs for their longevity! Each design has their pros/cons for sure; the newer models are primarily an exercise in creativity to investigate the possibilities of making double-action string blades that are less than 1/2" total thickness which hadn't been designed yet! Ideally myself, or even another maker, can combine some of these attributes to something that's the best of both worlds!
Awesome work! Your explanations for each mechanism are easy to follow and it's fascinating to see the iterative development of each. Good luck with the channel! I'll be here for episode 2.
Thanks for sharing! I'm planning on Ep 2 going over how the slider latches cycle at the right phase along with the magnetic driven concepts of the 2nd version of the pulley-latch system
This is awesome. 3d printing has really revolutionised prototyping. I remember spending days researching otf mechanisms at 13 years old, armed with a hacksaw, some drill bits and a bit of metal plate trying to create something similar. They never worked tho as my tolerances were not exactly tight per say
Yes, 3D printing is the best haha, it's also reproducible so something doesn't work you make updates and re-print. It also can create shapes that would otherwise be impossible
Really nice to see that there is someone working on 3d printed hiddenblades again. I still have some prototypes of my own, maybe it's time I dived back into it. The design I was working on was just a classic otf style. Its really cool seeing the way you have innovated the design.
Go for it! It is a really interesting project to solve. The newest design has an otf mech but split into 2 sliders within the same plane to get the size down to just +6mm above the blade, but it’s being support finicky to get running
I guess that’s where social media shines-we can be friends from anywhere 😅 but thanks for commenting! Drawer slides are an awesome quick way to get a single action hidden blade
Good to hear! I'm already planning what to go over in the next video, these in-depth episodes will lag behind the regular Instagram / TikTok updates so the next update will build upon these concepts and how I got to the 2nd Gen one showed at the end here
Hey bro, this is the first time I came across your hidden blade videos and I find it hard to find a most realistic model. I love how raw has his designs and I really think you are another great option. I am excited to see your future future videos for your hidden blades right now.!
Brilliant, elegant design and excellent breakdown of the main issues & parameters. I've been trying to achieve the same goals for months now for a triple extended blade that's practically 2/3 OTF & 1/3 OTB to no avail (see ACII promotional material you'll see what I mean)
Heck yea dude! I’ll be posting a bit more on how the slider catches actually alternate as some folks couldn’t see how those work in Episode 2 and if you want to hack up or build off my previous prototypes I’ve started dropping them on Patreon for the hard core makers like yourself! The design in this video I’ll post later this week there too
Glad you found the channel and thanks for commenting! My next video will be over the pulley based system like this one that’s thinner and better blade TL body ratio; then it’ll be on to the auxetic prototypes I’m doing now :p
Thanks for watching!! Well, if you want to see one that knocks this one off the table check out my recent update in Shorts! I think the Auxetic system has amazing potential for the world of AC blades :)
Thanks for following along with me as I work on these designs! I’m really hoping to get a TikTok / Reels post this weekend showing the auxetic system working; but it’s still got some kinks I’ve been wrestling with
Instead of one large rotary wheel mentioned at 2.08min in. Have you considered substituting it for 3- 5 smaller rotary wheels and that way you could maybe even get rid of the circle look and making the circle look wide and . True the mechanics could make discarge slower if done incorrectly.
Sweet! If you’re curious how the latest and greatest prototype works (auxetic system) check out my latest short and you can see the ultra thin model running!
Awesome, thanks for the feedback! I’m planning on episode 2 going over the alternator mechanism in the system showed in this video and also the magnetic one (the cable one showed at the end) as that is even thinner and lower friction
Thanks man!! Patreon has previous prototype STLs and even the source blender files for you to hack up your own/modify too. This one is posted there too! My newest Auxetic system I’ll post after I start listing the completed ones on Etsy in the future
*designing intensifies* haha that’s fair, background music is always a split, so like it and some don’t. Hmm, is there another background style that you think would fit better?
@@CrashMakerspace I mean it does keep our little Gen-Z attention spans ENTHRALLED :p Your video reminded me a lot of Tom Stanton (ruclips.net/video/Dg8oVR4k5Dk/видео.html) and his are background music free which I have never had a problem with! But I'd say maybe a mix of both or just something a little less intense might be the best fit for you! (Maybe try experimenting and see what fits best :p) great content either way! :)
Hey dude -- thank you for giving feedback! If not reminded, I talk wayy to fast... I literally have to try and slow down. Would you recommend slower talking or did I miss something in describing the design that you'd like me to add or clarify in Episode 2?
okay... I understand this is awseome...... This is so cool....... in the first watch I understood about 20 percent(my problem of course)......... Gotta see this again and again........... But great work bro.. and good thinking..... Can you also upload the templates, you know
Your mechanism design looks very intriguing. I have designed my own blade years ago. You might have stumbled across the design on Deviantart, Zafictus888, AC Modern Hidden Blade Front View. Unfortunately i dont own a 3D printer to try and make it. I could send you the blueprints if you want to give it a try or get some ideas. Cheers!
@@CrashMakerspace yep. Although the picture on DeviantArt is a bit outdated, the main principle is the same. I also tried to document the mates and all so it more easy to follow how the mechanism works.
Yes! I'd love to get these to fans of the games. I'm planning on selling a 3D model once its perfected -- and then selling cosplay-ready ones that will likely be created via an extra fine tuned model with extra details and more carefully styled
I have an idea 💡 not sure if its a good one though but im gonna chuck it out there anyway 😊 Instead of activating it with a ring on a string, use a solid bracelet on a string, so that way the string used to activate and deactivate it would be much less visible
The bracelet would likely need to switch the mechanism to electric as the motion is so small; which I've been toying with ways to make a quiet electric-based mech
I don’t actually :( I made that one by hand (lots of dremel, drill, and saw work) back in early high school; it’s pretty rough though and doesn’t auto retract like the new ones all do
@@CrashMakerspace thanks! I've been searching and scowering the internet and RUclips looking to find a way to make a working metal hidden blade. Your videos are amazing and i love the designs. Do you have any functional files for sale?
@@seishin2018 My Patreon has all my Episodes' models posted. These are all prototypes and proofs of concept for novel ways of making a Hidden Blade! I include the source Blender files with each so you can easily adapt or change the models for whatever you need.
@@CrashMakerspace awesome! I saw that. I just need to learn how to model and use blender. I feel like wouldn't be able to customize or get a working model :( I appreciate your replies! And seriously your work is amazing.
@@CrashMakerspace it's a very strange articulating sword that changes its shape when the trigger is pressed ruclips.net/video/xnNvpxWsmpE/видео.htmlsi=Vj5ImsPc36eJVuu-
@@CrashMakerspace Yup that's the one! Its got some really complicated system as you pull the trigger it releases its shape from a gun to a sword ruclips.net/video/xnNvpxWsmpE/видео.htmlsi=_H0PvPkP3UHj5JSq
Chassis could be something like Polycarbonate 3D print - and the blade, I've been designing to be millable out of 4mm stock so that part would be metal
Dude I’d love to get in touch with you and show you my design, I think we could help eachother out a lot. Currently I’m using a gear ratio plus pulley system but I’m trying to design an all pulley based system
That's great that you're making your own! It is a real interesting project. I've actually just gotten my auxetic based design running this morning so all the mechanics are low friction, durable, and fit in a 4mm space above the blade. So I've gotten my finalized design at last! These pulley based latch systems were my Gen 2 and the vids will be covering them before I go over this newest model.
Do you mean like the slider portion? I'm planning for Episode 2 to cover how the cable catches snap down and lift up within that component (others were curious too there) and go over some other concepts with the Gen 2 pulley-based design
Crash Makerspace on Patreon! I've got em up there along with the Blender file off my laptop so that you can hack up your own or mod another mechanism off my source prototypes
Dude your doing amazing keep it up and if you need someone to help you out with money let me know I would like to fund your project I don't have alot but what ever help right
Thank you! Thus far, watching & commenting is the most I can ask for and that really helps my content reach more people! My goal is to someday cover costs of my materials & daily coffee shop sessions through the channel, that'd be so cool
Because it is my design; those operate on a scotish yolk design, lock on 1 side; and have 1/4 the charge distance while being much thicker from having a rotary. Hate it when people comment without knowing what they’re talking about.
I love this game has been out for so long and people are still tackling this build. This is extremely clever. Nice job
It is a very interesting project for sure-especially once you really start trying to make it small and compact while keeping reliability
Never bored with assassin's creed technology... Pretty good mechanism
I don’t usually follow/understand this sort of mechanical engineering stuff. You kept my attention for 8 minutes! I think I understand about 50% of what you said. Good job! Keep it up.
Thanks so much for dropping a comment! Haha that’s great! 8 minutes is a long time nowadays 😂
I still think this is your best design because, as you said yourself, you wanted a design close to what the game portrays, with a blade that ejects forcefully. Out of all the designs, this one has the strongest ejection force. It doesn't use rubber bands, which I always find problematic for mechanical mechanisms, and it also avoids plastic parts like the "frog legs." To reduce the "ratio problem," I think you could simply make the spring enter a bit into the base of the blade, even if it protrudes slightly from the mechanism. In my opinion, having part of the spring visible would bring an even more interesting design, as I always like to see parts of the mechanisms in mechanical devices. This way, the internal block that's locked by the latch could be smaller.
Yea totally, I too like springs for their longevity! Each design has their pros/cons for sure; the newer models are primarily an exercise in creativity to investigate the possibilities of making double-action string blades that are less than 1/2" total thickness which hadn't been designed yet!
Ideally myself, or even another maker, can combine some of these attributes to something that's the best of both worlds!
Awesome work! Your explanations for each mechanism are easy to follow and it's fascinating to see the iterative development of each. Good luck with the channel! I'll be here for episode 2.
Thanks for sharing! I'm planning on Ep 2 going over how the slider latches cycle at the right phase along with the magnetic driven concepts of the 2nd version of the pulley-latch system
This is awesome. 3d printing has really revolutionised prototyping. I remember spending days researching otf mechanisms at 13 years old, armed with a hacksaw, some drill bits and a bit of metal plate trying to create something similar. They never worked tho as my tolerances were not exactly tight per say
Yes, 3D printing is the best haha, it's also reproducible so something doesn't work you make updates and re-print. It also can create shapes that would otherwise be impossible
Really nice to see that there is someone working on 3d printed hiddenblades again. I still have some prototypes of my own, maybe it's time I dived back into it. The design I was working on was just a classic otf style. Its really cool seeing the way you have innovated the design.
Go for it! It is a really interesting project to solve. The newest design has an otf mech but split into 2 sliders within the same plane to get the size down to just +6mm above the blade, but it’s being support finicky to get running
I like how well you went through your thought process
Glad you liked it dude!
I wish we could be friends irl, i spent my childhood modifying drawer slides ro make functional hidden blades, love your designs and approach
I guess that’s where social media shines-we can be friends from anywhere 😅 but thanks for commenting! Drawer slides are an awesome quick way to get a single action hidden blade
I love this finally someone working on something important. Will stay tuned for future updates. 😌✌🏻
I’ll see you then!! (I’m aiming to finish episode 2 shortly)
Good video. I would like to longer more in-depth ones like this in the future
Good to hear! I'm already planning what to go over in the next video, these in-depth episodes will lag behind the regular Instagram / TikTok updates so the next update will build upon these concepts and how I got to the 2nd Gen one showed at the end here
Hey bro, this is the first time I came across your hidden blade videos and I find it hard to find a most realistic model. I love how raw has his designs and I really think you are another great option. I am excited to see your future future videos for your hidden blades right now.!
Brilliant, elegant design and excellent breakdown of the main issues & parameters. I've been trying to achieve the same goals for months now for a triple extended blade that's practically 2/3 OTF & 1/3 OTB to no avail (see ACII promotional material you'll see what I mean)
Heck yea dude! I’ll be posting a bit more on how the slider catches actually alternate as some folks couldn’t see how those work in Episode 2 and if you want to hack up or build off my previous prototypes I’ve started dropping them on Patreon for the hard core makers like yourself! The design in this video I’ll post later this week there too
i’ve been so excited for this build you have no idea, you’re some sort of innovative genius, keep up the good work man god bless
Glad you found the channel and thanks for commenting! My next video will be over the pulley based system like this one that’s thinner and better blade TL body ratio; then it’ll be on to the auxetic prototypes I’m doing now :p
Omg this is one of the best designs I've ever seen
Thanks for watching!! Well, if you want to see one that knocks this one off the table check out my recent update in Shorts! I think the Auxetic system has amazing potential for the world of AC blades :)
@@CrashMakerspace subscribed man,keep it up 👍🏻
So gonna buy this when it’s done, already looking great man - can’t wait to follow this project ❤
Thanks for following along with me as I work on these designs! I’m really hoping to get a TikTok / Reels post this weekend showing the auxetic system working; but it’s still got some kinks I’ve been wrestling with
Instead of one large rotary wheel mentioned at 2.08min in. Have you considered substituting it for 3- 5 smaller rotary wheels and that way you could maybe even get rid of the circle look and making the circle look wide and . True the mechanics could make discarge slower if done incorrectly.
Legit video! Looking forward to seeing how you finish it! Very educational!
Sweet! If you’re curious how the latest and greatest prototype works (auxetic system) check out my latest short and you can see the ultra thin model running!
Great video, keen to see more!
I'll be waiting for that next update
Would love this in my blade collection
Very nice video. Only thing I didnt fully get is your alternating String system. A schematic would be nice next time.
Awesome, thanks for the feedback! I’m planning on episode 2 going over the alternator mechanism in the system showed in this video and also the magnetic one (the cable one showed at the end) as that is even thinner and lower friction
Very very nice mechanics, thank you for the explanations! I'll be following for more!
Glad you like it and it’s great to have you along for the journey!!
Dude this is awesome! When you finish I would love to buy some STL files of your hidden blade!
Thanks man!! Patreon has previous prototype STLs and even the source blender files for you to hack up your own/modify too. This one is posted there too! My newest Auxetic system I’ll post after I start listing the completed ones on Etsy in the future
Could you do a video of how to put it together?
Very interested!! You have a good mind for it
Dude you are a legend
Great video and explinations! I think you could go without the stressful background music in the next one however 😅
*designing intensifies* haha that’s fair, background music is always a split, so like it and some don’t. Hmm, is there another background style that you think would fit better?
@@CrashMakerspace I mean it does keep our little Gen-Z attention spans ENTHRALLED :p Your video reminded me a lot of Tom Stanton (ruclips.net/video/Dg8oVR4k5Dk/видео.html) and his are background music free which I have never had a problem with! But I'd say maybe a mix of both or just something a little less intense might be the best fit for you! (Maybe try experimenting and see what fits best :p) great content either way! :)
Love your work
Thanks for watching along!!
Keep up the great work bro, juss for future reference try slowing down juss a bit when explaining the mechanics and stuff. But yeah, a 10/10 vid💯
Hey dude -- thank you for giving feedback! If not reminded, I talk wayy to fast... I literally have to try and slow down. Would you recommend slower talking or did I miss something in describing the design that you'd like me to add or clarify in Episode 2?
@@CrashMakerspace Oh i understand, can't wait until the part 2. Juss try extra hard plz😅😅
So badass I got one on eBay I’m trynna mod it
okay... I understand this is awseome...... This is so cool....... in the first watch I understood about 20 percent(my problem of course)......... Gotta see this again and again........... But great work bro.. and good thinking..... Can you also upload the templates, you know
Thanks for watching! And I have the source files up on Patreon. I’ve got each model posted from each of my episodes on here
Your mechanism design looks very intriguing. I have designed my own blade years ago. You might have stumbled across the design on Deviantart, Zafictus888, AC Modern Hidden Blade Front View. Unfortunately i dont own a 3D printer to try and make it.
I could send you the blueprints if you want to give it a try or get some ideas.
Cheers!
Just searched it up; looks nice! Is this a 3D model with mechanisms inside?
@@CrashMakerspace yep. Although the picture on DeviantArt is a bit outdated, the main principle is the same. I also tried to document the mates and all so it more easy to follow how the mechanism works.
I lost interest in the regular hidden blades a while back. I'm still waiting for some to build the hook blade and the hidden fire arm blade.
Super excited for this. Is it something you're planning on selling; either the finished blades or the 3D models?
Yes! I'd love to get these to fans of the games. I'm planning on selling a 3D model once its perfected -- and then selling cosplay-ready ones that will likely be created via an extra fine tuned model with extra details and more carefully styled
Seem realy cool
great video, only problem is i didn't understand a single thing you said, but that's on me
I have an idea 💡 not sure if its a good one though but im gonna chuck it out there anyway 😊
Instead of activating it with a ring on a string, use a solid bracelet on a string, so that way the string used to activate and deactivate it would be much less visible
The bracelet would likely need to switch the mechanism to electric as the motion is so small; which I've been toying with ways to make a quiet electric-based mech
do you happen to have a tutorial on how you made your original metal one using a drawer slide?
I don’t actually :( I made that one by hand (lots of dremel, drill, and saw work) back in early high school; it’s pretty rough though and doesn’t auto retract like the new ones all do
@@CrashMakerspace thanks! I've been searching and scowering the internet and RUclips looking to find a way to make a working metal hidden blade. Your videos are amazing and i love the designs. Do you have any functional files for sale?
@@seishin2018 My Patreon has all my Episodes' models posted. These are all prototypes and proofs of concept for novel ways of making a Hidden Blade! I include the source Blender files with each so you can easily adapt or change the models for whatever you need.
@@CrashMakerspace awesome! I saw that. I just need to learn how to model and use blender. I feel like wouldn't be able to customize or get a working model :(
I appreciate your replies! And seriously your work is amazing.
Could you please design the overture from final fantasy 13-2
I’m guessing that must be a sword?
@@CrashMakerspace it's a very strange articulating sword that changes its shape when the trigger is pressed
ruclips.net/video/xnNvpxWsmpE/видео.htmlsi=Vj5ImsPc36eJVuu-
@@CrashMakerspace
Yup that's the one! Its got some really complicated system as you pull the trigger it releases its shape from a gun to a sword
ruclips.net/video/xnNvpxWsmpE/видео.htmlsi=_H0PvPkP3UHj5JSq
What is the final material going to be?
Chassis could be something like Polycarbonate 3D print - and the blade, I've been designing to be millable out of 4mm stock so that part would be metal
Dude I’d love to get in touch with you and show you my design, I think we could help eachother out a lot. Currently I’m using a gear ratio plus pulley system but I’m trying to design an all pulley based system
That's great that you're making your own! It is a real interesting project. I've actually just gotten my auxetic based design running this morning so all the mechanics are low friction, durable, and fit in a 4mm space above the blade. So I've gotten my finalized design at last! These pulley based latch systems were my Gen 2 and the vids will be covering them before I go over this newest model.
@@CrashMakerspace right on!! I’m excited to see more!
is there any way to get a better look at your design or the printer file or something
Do you mean like the slider portion? I'm planning for Episode 2 to cover how the cable catches snap down and lift up within that component (others were curious too there) and go over some other concepts with the Gen 2 pulley-based design
where can I but the files for 3D printing?
Patreon has them in a Collection!
Where can I find the download to rebuild?
Crash Makerspace on Patreon! I've got em up there along with the Blender file off my laptop so that you can hack up your own or mod another mechanism off my source prototypes
Dude your doing amazing keep it up and if you need someone to help you out with money let me know I would like to fund your project I don't have alot but what ever help right
Thank you! Thus far, watching & commenting is the most I can ask for and that really helps my content reach more people! My goal is to someday cover costs of my materials & daily coffee shop sessions through the channel, that'd be so cool
Do you have 3d files for this?
Yep! Patreon has all my mechanism files up
Does it keel?
Are u a mechatronics engineer ?
I’m actually a software developer for my job!
Man where can i buy it😭
Not for sale while I still iterate on new concepts and designs! :(
@@CrashMakerspace oh :(
hey, i ahve the same mic
Twinning
Bro pleas link
Link?
Pls give me one🙂 I cant make it nor buy but pls give me one🙂
Its someone else design tho
No it’s not-all the designs I go over are of my design. I’m in pursuit of the thinnest mechanisms to derive this behavior
I hate when people say "my design" like they didn't take this from the dudes like ammnra or iamdeepain on RUclips.
Because it is my design; those operate on a scotish yolk design, lock on 1 side; and have 1/4 the charge distance while being much thicker from having a rotary. Hate it when people comment without knowing what they’re talking about.