For those curious what the knuckle shot looked like after my hands warmed up, my X has a tiny behind-the-scenes at the end of the Short Post on this topic. Just a little bit of running, but got flagged for * sensitivecontent * x.com/crashmakerspace
This material needs a cool name! after brainstorming together with a friend(and asking chatgpt) we have narrowed the list down 1. "Ballistic Deflective Optical Shield (BDOS)" because it emphasizes the material's ability to deflect ballistic objects while being optically clear and reminds me of DDOS. 2. "Transparent Impact Reflection Polymer (TIRP)" because it describes the material's transparency and ability to reflect impacts (such as bullets), it´s a polymer and i like the Tirpitz. 3. "Kinetic Impact Reflection Layer (KIRL)" because it´s a straightforward name for a material that reflects kinetic energy impacts, with the "layer" suggesting it's a thin, protective sheet.
Seems like a good faceplate visor option, still stops the smaller rounds and that would be far enough away from you that the back deformation shouldn’t hurt you
Dude, love this!! Keep making stuff like this! Also, you should totally try Rhode Wireless PRO mics. I'm not sponsored by them or anything, but I think it could really add to your video to give it a crisper sound. Plus, it's Bluetooth, which could help outdoors when you're doing your projects. Either way, love the content, and keep pursuing your goals, man!!!
Having acrylic first is also better because instead of plasticly deforming, it shatters which transfers energy without pushing out the back, allowing the pc to better deform and catch the shattered materials. Perhaps a glass layer before would be even better since it shatters easier
Honestly love watching every video you make. I may not understand half of it cos im dumb as but it's amazing to watch and hope that one day we see atleast some of your projects on the open market for not so smart people to buy 😂. Keep it up bro, your UK fan!!!
Haha I’d be so down to market some of my builds (just a huge lift once you go from prototype to something with sales / logistics / legal protection etc etc)
In the future I’d recommend a firing rig, if that round came back a little bit higher and hit something more squishy it could have done a lot of damage
After seeing your reply ("spinal battery V2 "video) i watched your bullet proof steel armor panels video and they amazed me with the results --- So here’s how the Crashmakerspace steel armor panels will be integrated into the suit detailed for each section: --- 1. Upper Body (Chest, Back, Shoulders) Material: Crashmakerspace steel armor panels reinforced with a carbide-lattice core for shock absorption. Coverage: Chest and Back: Full steel panel coverage over vital organs, layered beneath the Dyneema and ceramic composite outer shell. Shoulders: Curved steel panels designed for maximum ballistic protection while maintaining a range of motion. Flexibility Solution: Segmented steel plates with overlapping edges allow some flexibility while maintaining coverage. --- 2. Lower Body (Abdomen, Hips, Thighs) Material: Steel panels integrated with titanium alloy reinforcements for lightweight durability. Coverage: Abdomen and Hips: Plates are shaped to follow the body’s contours, ensuring protection without restricting bending or twisting. Thighs: Steel panels are articulated to provide maximum protection while allowing walking, running, and kneeling movements. --- 3. Arms (Upper and Forearm) Material: Thinner steel panels to reduce weight while maintaining multi-hit resistance. Coverage: Upper Arms: Plate coverage from shoulder to elbow, shaped to maintain natural arm movement. Forearms: Steel panels designed to handle impacts from close-range threats, such as slashes or blunt force. --- 4. Legs (Knees, Shins) Material: Hardened steel panels with energy-dispersing layers. Coverage: Knees: Steel knee caps integrated with energy-absorbing gel for shock mitigation. Shins: Full-length steel panels with reinforced edges to protect against ballistic threats and blunt impacts. --- 5. Joints (Shoulders, Elbows, Knees) Design Consideration: Joints are left free of rigid steel panels to ensure full mobility. Instead, Dyneema with graphene-infused composite layers will provide flexibility and lightweight protection. Energy-absorbing gel padding is added to protect against blunt force trauma. --- 6. Helmet Material: Multi-layer steel frame for head and facial protection. Design: Modular steel plates cover critical areas, integrated with titanium for weight reduction. Steel-reinforced visor frame supports the polycarbonate reinforced with graphene or acrylic layers visor, ensuring impact resistance. --- Layer Integration Outer Layer: polycarbonate reinforced with graphene or acrylic layers + ceramic composite shell. Middle Layer: Crashmakerspace’s steel armor panels. Inner Layer: Dyneema for lightweight flexibility and comfort. Backface Coating: Titanium alloy with self-healing polyurethane for added durability. --- If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability: --- Support System Concept 1. Torso Rig Design: A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites. The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs. 2. Weight Transfer Mechanism: Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips. Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility. Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort. 3. Battery-Assisted Actuation (Optional): Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios. --- Weight Redistribution Benefits The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body. The effective perceived weight of the suit on the user would drop to: Arms and Legs: 5-10 kg. Torso (via Rig): 12-20 kg, depending on the design and materials. --- Revised Perceived Weight With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg. This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions. Key Advantages Superior ballistic resistance due to Crashmakerspace’s proven steel panels. Retains flexibility in joints for mobility in combat scenarios. Enhanced durability for repeated impacts from heavy calibers (e.g., .300 Winchester Magnum). --- While the suit could likely stop an extreme level of strength at close range (50 BMG ,338 Lapua Magnum) round from penetrating, preventing the blunt force trauma would require additional advanced padding or shock-absorbing materials. It’s a balance of making the suit capable of stopping high-caliber rounds while still maintaining lightweight and flexible characteristics. --- Let me know if that design is good or 🫤
I think that weight is going to surprise you with how much it’ll inhibit movement. No boots precludes a weight managing exoskeleton, and no plan for limb assist motors. The limb assist is much more optional but if you can manage to run a support to the torso rig to carry most of the weight you’ll find a lot more success with it
@@johnbenson3024 oh that's a really good idea !! --- If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability --- Support System Concept 1. Torso Rig Design: A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites. The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs. 2. Weight Transfer Mechanism: Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips. Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility. Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort. 3. Battery-Assisted Actuation (Optional): Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios. --- Weight Redistribution Benefits The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body. The effective perceived weight of the suit on the user would drop to: Arms and Legs: 5-10 kg. Torso (via Rig): 12-20 kg, depending on the design and materials. --- Revised Perceived Weight With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg. This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions --- Thanks for the advice ❤ I will add it to the suit design comment
@@johnbenson3024that's a good idea! --- If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability: --- Support System Concept 1. Torso Rig Design: A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites. The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs. 2. Weight Transfer Mechanism: Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips. Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility. Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort. 3. Battery-Assisted Actuation (Optional): Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios. --- Weight Redistribution Benefits The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body. The effective perceived weight of the suit on the user would drop to: Arms and Legs: 5-10 kg. Torso (via Rig): 12-20 kg, depending on the design and materials. --- Revised Perceived Weight With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg. This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions Thanks for the advice ❤ the support system will be added to the suit design comment
That's a good idea! --- If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability: --- Support System Concept 1. Torso Rig Design: A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites. The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs. 2. Weight Transfer Mechanism: Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips. Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility. Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort. 3. Battery-Assisted Actuation (Optional): Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios. --- Weight Redistribution Benefits The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body. The effective perceived weight of the suit on the user would drop to: Arms and Legs: 5-10 kg. Torso (via Rig): 12-20 kg, depending on the design and materials. --- Revised Perceived Weight With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg. This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions. Let me know if you'd like a more detailed breakdown of the rig design! If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability: --- Support System Concept 1. Torso Rig Design: A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites. The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs. 2. Weight Transfer Mechanism: Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips. Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility. Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort. 3. Battery-Assisted Actuation (Optional): Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios. --- Weight Redistribution Benefits The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body. The effective perceived weight of the suit on the user would drop to: Arms and Legs: 5-10 kg. Torso (via Rig): 12-20 kg, depending on the design and materials. --- Revised Perceived Weight With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg. This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions. --- Thanks for the advice ❤ the support system will be added to the suit design comment
Pretty Awesome!! (On multiple levels) 😂You get a TH-cam reward plaque & find a way to shoot it, as a celebration 😂 that's hilarious! 👍💪 🤔 on another level... Im wondering if Butyl tape would of been a more productive means then using the rubber layer to block vibrational frequencies between the metal & glass. It would of been more of a sticky pain in the ass, but 🤷♂️ maybe something worth look into regarding those properties - to figure out if it would be of benefit &/or worth it.
Yea 😂 had to find a fun way to make the award into a project! Some shock interlayers wouldn’t hurt; this is why TPU is actually used often as that bonding agent
You’ve got this man! The good news is that I didn’t used to have any of this either, living as cheap as possible and diverting everything I made into tools and projects these past 5 years has led to this workshop!
The entire thing was 6.6 lbs, but the play button was 1.44 and the steel frame was over a pound so I’d estimate the glass itself was around 3 to 4lbs? Should have weighed it separately but forgot in the rush to hit my testing date!
I see your pretty smart and I got a serious question waaaaay off topic but I’ve been trying to seal my wiring ontop of my fuel hat on my fuel tank that I created to run 10gauge for my both my 525 pumps but everything I use doesn’t work smh , what would you think the best way to seal the hole on would be ???
There's a type of rubbery two part sealant used in aviation called "b 1/2" i believe there's a few different compounds out there and it's kinda pricey. Without knowing the specifics I'd assume there's a hole in your fuel cell that needs closing, what I'd recommend is fabricating a plate for the wiring to run through with chafe protection and then fit it to the hole in the cell. Take the b 1/2 and rub it all over the bottom of the plate and smash it down. After doing this coat the whole plate and where the wires go through and it should be pretty good. Heads up this stuff is like window caulk from hell and super messy. Use a little bit of water or spit to spread the sealant more easily
Hey man I love your vids! I wanna do things like this wondering how you learned all these things. Or what type of classes you took in college?plz reply
I watched some of your videos, I liked them and I felt like I was interested in all these things and I am in high school, this is my last year, I wanted to know that What degree do you have so that you can further explore your interest !!please respond
Yeah dude, just be yourself~ 🫡 Push your limits and push to be better, but remember to be genuine. Keep being humble-bold and I'll never unsubscribe, sir ✊️💪
For those curious what the knuckle shot looked like after my hands warmed up, my X has a tiny behind-the-scenes at the end of the Short Post on this topic. Just a little bit of running, but got flagged for * sensitivecontent * x.com/crashmakerspace
Autonomous glass: You shoot at it and it shoots back
You should put the glass on a Altyn helmet
In pursuit of making a bulletproof glass, bro made a material that returns fire...
RIGHT?? Im surprised more people aren’t talking about this.
He was also hit in his hand by the ricochet and took it like an absolute champ 😳
Crash: "so you know how active protection systems and automated gun-turrets are illegal?" -- "I think I have you covered on that front!"
@@k7l3rworkman97 I would expect nothing less - he's our universe's Batman after all
Perfect for your batmobile
villains will be caught off guard when they find out that the windows are spicy
Thank you for keeping the last minute to remind me that you're human and not just a genius casually pushing the limits of science for fun.
This man deserves far more love, support, and views than he has for all of the time effort and wonderful ideas he has.
I appreciate you man! It’s a ton of time for sure but I’m grateful for the following that has started 😊
Nah bro, that outro was ABSOLUTE CINEMA
This is absolutely awesome dude! Keep up the great work!
Thanks man! Will be keeping on 💯
Dang, hit in the knuckle by ricochet and was barely phased 😳 You’re a Boss. Hope your alright
Basically just a cut is all!
Congrats bro.
Also, thats creative ear protection.
Next stop 1MIL
1M subs would be insane!
This material needs a cool name! after brainstorming together with a friend(and asking chatgpt) we have narrowed the list down
1. "Ballistic Deflective Optical Shield (BDOS)" because it emphasizes the material's ability to deflect ballistic objects while being optically clear and reminds me of DDOS.
2. "Transparent Impact Reflection Polymer (TIRP)" because it describes the material's transparency and ability to reflect impacts (such as bullets), it´s a polymer and i like the Tirpitz.
3. "Kinetic Impact Reflection Layer (KIRL)" because it´s a straightforward name for a material that reflects kinetic energy impacts, with the "layer" suggesting it's a thin, protective sheet.
Seems like a good faceplate visor option, still stops the smaller rounds and that would be far enough away from you that the back deformation shouldn’t hurt you
Dude, love this!! Keep making stuff like this! Also, you should totally try Rhode Wireless PRO mics. I'm not sponsored by them or anything, but I think it could really add to your video to give it a crisper sound. Plus, it's Bluetooth, which could help outdoors when you're doing your projects. Either way, love the content, and keep pursuing your goals, man!!!
Haha, I’ll have to check that option out for the audio. Thanks for following along with the projects!
good for you keeping that "rough" outro, was hilarious!
haha, I'm happy that you & others have been enjoying that!
It's so sad seeing the playbuttons so small, you deserve the normal sized one
Pretty rude to call a man's play button small, my dude.
Having acrylic first is also better because instead of plasticly deforming, it shatters which transfers energy without pushing out the back, allowing the pc to better deform and catch the shattered materials. Perhaps a glass layer before would be even better since it shatters easier
Honestly love watching every video you make. I may not understand half of it cos im dumb as but it's amazing to watch and hope that one day we see atleast some of your projects on the open market for not so smart people to buy 😂. Keep it up bro, your UK fan!!!
Haha I’d be so down to market some of my builds (just a huge lift once you go from prototype to something with sales / logistics / legal protection etc etc)
What you're doing is impressive keep it up bud!!
That's SOMETHING!👍
Should send some to Demolition Ranch!
In the future I’d recommend a firing rig, if that round came back a little bit higher and hit something more squishy it could have done a lot of damage
Outro actually has more Iron Man vibes than Batman 😉
We like the organic videos ❤
What if you tried eneeling fdm 3d prints, giving them injection molded strength.
You really should get some kind of cover. You could also shoot from further away if possible to minimize risk.
just wondering if you would be open to making something like Cap's shield? or maybe like a Winter Soldier arm, I just think it be cool to see.
After seeing your reply ("spinal battery V2 "video) i watched your bullet proof steel armor panels video and they amazed me with the results
---
So here’s how the Crashmakerspace steel armor panels will be integrated into the suit detailed for each section:
---
1. Upper Body (Chest, Back, Shoulders)
Material: Crashmakerspace steel armor panels reinforced with a carbide-lattice core for shock absorption.
Coverage:
Chest and Back: Full steel panel coverage over vital organs, layered beneath the Dyneema and ceramic composite outer shell.
Shoulders: Curved steel panels designed for maximum ballistic protection while maintaining a range of motion.
Flexibility Solution: Segmented steel plates with overlapping edges allow some flexibility while maintaining coverage.
---
2. Lower Body (Abdomen, Hips, Thighs)
Material: Steel panels integrated with titanium alloy reinforcements for lightweight durability.
Coverage:
Abdomen and Hips: Plates are shaped to follow the body’s contours, ensuring protection without restricting bending or twisting.
Thighs: Steel panels are articulated to provide maximum protection while allowing walking, running, and kneeling movements.
---
3. Arms (Upper and Forearm)
Material: Thinner steel panels to reduce weight while maintaining multi-hit resistance.
Coverage:
Upper Arms: Plate coverage from shoulder to elbow, shaped to maintain natural arm movement.
Forearms: Steel panels designed to handle impacts from close-range threats, such as slashes or blunt force.
---
4. Legs (Knees, Shins)
Material: Hardened steel panels with energy-dispersing layers.
Coverage:
Knees: Steel knee caps integrated with energy-absorbing gel for shock mitigation.
Shins: Full-length steel panels with reinforced edges to protect against ballistic threats and blunt impacts.
---
5. Joints (Shoulders, Elbows, Knees)
Design Consideration: Joints are left free of rigid steel panels to ensure full mobility.
Instead, Dyneema with graphene-infused composite layers will provide flexibility and lightweight protection.
Energy-absorbing gel padding is added to protect against blunt force trauma.
---
6. Helmet
Material: Multi-layer steel frame for head and facial protection.
Design:
Modular steel plates cover critical areas, integrated with titanium for weight reduction.
Steel-reinforced visor frame supports the polycarbonate reinforced with graphene or acrylic layers visor, ensuring impact resistance.
---
Layer Integration
Outer Layer: polycarbonate reinforced with graphene or acrylic layers + ceramic composite shell.
Middle Layer: Crashmakerspace’s steel armor panels.
Inner Layer: Dyneema for lightweight flexibility and comfort.
Backface Coating: Titanium alloy with self-healing polyurethane for added durability.
---
If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability:
---
Support System Concept
1. Torso Rig Design:
A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites.
The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs.
2. Weight Transfer Mechanism:
Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips.
Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility.
Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort.
3. Battery-Assisted Actuation (Optional):
Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios.
---
Weight Redistribution Benefits
The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body.
The effective perceived weight of the suit on the user would drop to:
Arms and Legs: 5-10 kg.
Torso (via Rig): 12-20 kg, depending on the design and materials.
---
Revised Perceived Weight
With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg.
This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions.
Key Advantages
Superior ballistic resistance due to Crashmakerspace’s proven steel panels.
Retains flexibility in joints for mobility in combat scenarios.
Enhanced durability for repeated impacts from heavy calibers (e.g., .300 Winchester Magnum).
---
While the suit could likely stop an extreme level of strength at close range (50 BMG ,338 Lapua Magnum) round from penetrating, preventing the blunt force trauma would require additional advanced padding or shock-absorbing materials. It’s a balance of making the suit capable of stopping high-caliber rounds while still maintaining lightweight and flexible characteristics.
---
Let me know if that design is good or 🫤
I think that weight is going to surprise you with how much it’ll inhibit movement. No boots precludes a weight managing exoskeleton, and no plan for limb assist motors. The limb assist is much more optional but if you can manage to run a support to the torso rig to carry most of the weight you’ll find a lot more success with it
@@johnbenson3024 oh that's a really good idea !!
---
If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability
---
Support System Concept
1. Torso Rig Design:
A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites.
The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs.
2. Weight Transfer Mechanism:
Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips.
Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility.
Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort.
3. Battery-Assisted Actuation (Optional):
Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios.
---
Weight Redistribution Benefits
The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body.
The effective perceived weight of the suit on the user would drop to:
Arms and Legs: 5-10 kg.
Torso (via Rig): 12-20 kg, depending on the design and materials.
---
Revised Perceived Weight
With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg.
This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions
---
Thanks for the advice ❤ I will add it to the suit design comment
@@johnbenson3024that's a good idea!
---
If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability:
---
Support System Concept
1. Torso Rig Design:
A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites.
The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs.
2. Weight Transfer Mechanism:
Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips.
Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility.
Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort.
3. Battery-Assisted Actuation (Optional):
Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios.
---
Weight Redistribution Benefits
The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body.
The effective perceived weight of the suit on the user would drop to:
Arms and Legs: 5-10 kg.
Torso (via Rig): 12-20 kg, depending on the design and materials.
---
Revised Perceived Weight
With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg.
This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions
Thanks for the advice ❤ the support system will be added to the suit design comment
That's a good idea!
---
If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability:
---
Support System Concept
1. Torso Rig Design:
A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites.
The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs.
2. Weight Transfer Mechanism:
Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips.
Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility.
Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort.
3. Battery-Assisted Actuation (Optional):
Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios.
---
Weight Redistribution Benefits
The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body.
The effective perceived weight of the suit on the user would drop to:
Arms and Legs: 5-10 kg.
Torso (via Rig): 12-20 kg, depending on the design and materials.
---
Revised Perceived Weight
With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg.
This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions. Let me know if you'd like a more detailed breakdown of the rig design!
If you introduce a support system to transfer the majority of the suit's weight to the torso rig, it can significantly improve usability by redistributing the load and reducing strain on the arms and legs. Here's how that would impact the suit's weight distribution and usability:
---
Support System Concept
1. Torso Rig Design:
A reinforced exoskeleton frame that supports the upper body, designed with lightweight but strong materials like titanium alloy or graphene composites.
The rig anchors the suit's weight, acting as a central support to offload stress from the arms and legs.
2. Weight Transfer Mechanism:
Suspension Straps: Adjustable, load-bearing straps distribute weight evenly across the shoulders and hips.
Dynamic Joint Linkages: Articulated linkages at the hips and shoulders allow smooth movement without compromising flexibility.
Energy-Absorbing Padding: Built-in gel layers reduce shock and improve comfort.
3. Battery-Assisted Actuation (Optional):
Lightweight actuators in the torso rig can assist in movement, particularly for heavy lifting or combat scenarios.
---
Weight Redistribution Benefits
The torso rig would carry 60-70% of the total weight, reducing the burden on other parts of the body.
The effective perceived weight of the suit on the user would drop to:
Arms and Legs: 5-10 kg.
Torso (via Rig): 12-20 kg, depending on the design and materials.
---
Revised Perceived Weight
With the support system, the user would feel a total effective weight of 17-20 kg, even though the suit's actual weight remains 20-30 kg.
This approach retains the suit's protection and mobility while significantly improving wearability in combat or extended missions.
---
Thanks for the advice ❤ the support system will be added to the suit design comment
Your smart man
❤❤❤❤
Always enjoy your videos!
"I'm hit! But keep filming."
welp now I just want to make tannerite glue
That sounds like a grunts and crafts project if I've ever heard one
Well done Q
Great channel. Thanks for posting.
Pretty Awesome!! (On multiple levels)
😂You get a TH-cam reward plaque & find a way to shoot it, as a celebration 😂 that's hilarious! 👍💪
🤔 on another level... Im wondering if Butyl tape would of been a more productive means then using the rubber layer to block vibrational frequencies between the metal & glass.
It would of been more of a sticky pain in the ass, but 🤷♂️ maybe something worth look into regarding those properties - to figure out if it would be of benefit &/or worth it.
Yea 😂 had to find a fun way to make the award into a project! Some shock interlayers wouldn’t hurt; this is why TPU is actually used often as that bonding agent
@CrashMakerspace You're doing an awesome job brother; keep making the fwd advancements!! 👍💪
Do you think the outside temperature could've changed the way the panel took the shot? Do you have plans to test the material at various temperatures?
I think if it was left out there long it would have made it more brittle (it was 7 degrees that morning)
@CrashMakerspace i feel that. It's been 6 degrees every night I've driven home from work this week
dope, Graciass!!!
lol Think this is probably overkill for a play button
yes
@@CrashMakerspacethat word doesn’t exist! Love to see this man! Keep it all up
It’s bouncing it back like hitting steel.
Bro I wanna be just like you with a workshop and a bunch of cool guns figuring out how to optimize ballistic protection and make gadgets
You’ve got this man! The good news is that I didn’t used to have any of this either, living as cheap as possible and diverting everything I made into tools and projects these past 5 years has led to this workshop!
Bro you hit 200k now !
Yea man! It’s mainly my vid on the super armor plate that’s carrying that growth atm😅
Kinda hardcore that you let it get you back on purpose
Keep up the great work! (BTW always be organic thats what people enjoy, no one likes a fake)
You made armored glass that fights back.
How much did the completed panel weigh?
The entire thing was 6.6 lbs, but the play button was 1.44 and the steel frame was over a pound so I’d estimate the glass itself was around 3 to 4lbs? Should have weighed it separately but forgot in the rush to hit my testing date!
Hey get a steel target hanger for next time. It makes them deflect down so that splash doesn't come straight back. o7
"safe manner", lol
Maybe test these from a safer distance lol
F****** sick man
I see your pretty smart and I got a serious question waaaaay off topic but I’ve been trying to seal my wiring ontop of my fuel hat on my fuel tank that I created to run 10gauge for my both my 525 pumps but everything I use doesn’t work smh , what would you think the best way to seal the hole on would be ???
There's a type of rubbery two part sealant used in aviation called "b 1/2" i believe there's a few different compounds out there and it's kinda pricey.
Without knowing the specifics I'd assume there's a hole in your fuel cell that needs closing, what I'd recommend is fabricating a plate for the wiring to run through with chafe protection and then fit it to the hole in the cell. Take the b 1/2 and rub it all over the bottom of the plate and smash it down. After doing this coat the whole plate and where the wires go through and it should be pretty good.
Heads up this stuff is like window caulk from hell and super messy. Use a little bit of water or spit to spread the sealant more easily
@@John-wk2fdok cool thanks for the info 👍🏽 I’ll try to find some
You my guy are gonna be rich and famous
Hey man I love your vids! I wanna do things like this wondering how you learned all these things. Or what type of classes you took in college?plz reply
My degree is computer engineering-so not related too much to my channel’s projects as much of this is from self learning & research and trial & error!
@ Thanks!
If you look on google scholar you can find how to ion strengthen glass with potassium nitrate very fast in a microwave oven.
Soooo you basically made vibranium huh
I watched some of your videos, I liked them and I felt like I was interested in all these things and I am in high school, this is my last year, I wanted to know that What degree do you have so that you can further explore your interest !!please respond
My degree is computer engineering-so not related too much to my channel’s projects as much of this is from self learning & research and trial & error!
@@CrashMakerspacethankyouu brother
A blindagem e algo fascinante, O título do seu apareceu pra mim em português linha língua brasileira, como isso aconteceu?
Reflect Damage +3%
BRO JUST UPDATE ON THAT REAL LIFE BATMAN SUIT ( WAITING FOR VIDEO ON THAT)
It is in progress behind the scenes!
I wish i was as intelligent as this guy😅😅😅
imagen sniper killing him self after shooting that plate
Amazing video
Shoot at a slight angle please. Don't shoot straight on
You alr have 220k subs alr
One of my shorts popped off and really helped last month!
Incrível
Wiw
Yeah dude, just be yourself~ 🫡
Push your limits and push to be better, but remember to be genuine. Keep being humble-bold and I'll never unsubscribe, sir ✊️💪
Glad to have you along bro!