How I Built Real Web Shooters | Spider-Man

[@miguelsandoval2232]

If u replace the web fluid with peperspray u get a great self defense gadget

[@souptikchakraborty2004]

Nah replace it with dil HCl 😂😂😂😂

[@dreadxll9688]

Nah replace it with itching powder

[@BullerPerson]

Cyanide

[@Bobisus_201]

@@BullerPersonNAH THATS WILD

[@hannahislop2101]

Bullets

[@barry-allan]

This is the best one yet. Love how the webs work, if you need to add air or water, u could add a second mixer into the nosel or right after the main nosel.

[@someryebread]

Love the appreciation for Garfield’s web shooters. My absolute favorite design of all the live action ones. The little puff of smoke when he fires is just *chefs kiss*

[@BigDealBoy]

Here's 2 possible goals: goal of making a string that you could pull or interact with and goal of being able to web a surface efficiently at very close range (under 20cm/1foot), the common thing being making a significant/visible/tangible effect. For now from what i see, the web fluid isn't aerodynamic and gets caught in the wind, could be a viable spiderweb builder. I would recommend to reach a milestone of stable close range to create a singular web shot encasing an object for example. From that point, working on aerodynamism is essential before trying to create a "web rope". I'd recommend experiencing larger quantities for testing, therefore putting the "compact" attribute on the side for now. There also might be substance loss when coming out of the cannon that could be simply fixed with a better cannon shape. Sending big hopes for you, good luck.

[@Keallz911]

Theres substance loss because of the evaporation

[@NefariousElasticity]

You might be able to force the vinyl to form a cable if you use a split or two-piece nozzle design. My immediate thought is something like fuel injectors in a rocket engine, or even a mechanism to spin a split nozzle using a small DC motor. This adds complexity and will need more space, but if you want to build something that's going to really function as you want it to, you might want to consider getting the functionality working prior to miniaturization vs. miniaturizing and forcing ideas to work within the space. It's usually easier to design things down in scale after making a functional proof of concept. Gets rid of the "this might work, but it won't fit in the cool housing I designed" limitation. If you were okay with using multiple cartridges instead of one, you could have a second cartridge with solvent, and have the arduino switch over to that cartridge for the last 5-10% of a web cast. It might not clean it fully, but a small self-cleaning step after each shot might help increase runtime before a full jam. I'd think in the fiction that the web fluid has some kind of impossible material programming to be incredibly slick at time of firing to help prevent jams and friction with the nozzle, then it gains mass and stickyness as it travels and the composition reacts with the air. Each step of that material reaction will have to be accommodated for using real-world chemistry and engineering, or just being happy that you're materializing a string from a pressurized vessel of fluid lol. As for the toxicity of the web fluid, PVAc is non-toxic and can't be absorbed by the human body. But because you're atomizing both it and a solvent to fire, that's all crap that can get in your lungs. Try to stay upwind while testing and wear at least a dust mask if you're concerned with the inhalation risk.

[@KnucklesAndBig]

If the fluid needs to react with water to become stronger, I'd suggest a split chamber cartridge that could feed into an atrium within the web shooter itself where they could mix while being expelled (it would also probably need one-way valves to prevent back flow) idk if this would gunk up the shooter itself, but nonstick coating might help

[@Sidkuykendall]

im not smart at all but im trying to do this as a broke highschooler

[@Nottihater14k]

Just use sperm as web fluid

[@ryanfermoselle5261]

I recommend using a mini TCU(temperature controlling unit to atomize the stream more effectively. This will also help with your next web fluid formula. You can use nichrome heating like with the saber you made but put it post valve before outer nozzle. There are also well designed atomizer outlets that you can buy online as well.

[@lady_draguliana784]

I'm reminded of "he made it in a CAVE with a BOX OF SCRAPS!" "well, I'm not [Peter Parker]" 🤣🤣🤣🤣🤣

[@amazing.webslinger-2099]

Have u ever though of adding other polymers or chemical reagents to increase the strength but also keep the fluid in a viscosity similar to that of water, you could try adding PHA (polyhydroxyalkanoates) PHA can form fibers with excellent mechanical properties, including high tensile strength, Young's modulus, and elongation at break. Solvents like acetone or ethyl acetate can be used to dissolve PHA, but also biopolymers like alginate for flexibility and elasticity or chitosan for stiffness and shock absorption or even bombyx silk-pva(vinyl alcohol) fibers have good mechanical properties, i worked in a organic chem lab and worked in bio-chem lab so im not new to synthesizing materials, if you need help feel free to ask!!

[@douglasgthorpe]

I just saw your video and thought it was pretty cool idea. I'm a 61-year-old engineer retired but I was looking at the air container that you were using for your compressed, and thought you might find a nice stainless steel flask for whiskey. It'd be like having several of those single containers in a smaller more form fitting and fairly hefty as far as safety goes, item. I don't know what it takes for as far as PSI but I'm sure you can find a nice one that'll fit your needs. FYI.

[@pion137]

Maybe coat the tubing and valves with teflon or a nonstick coating? Also, if you want the web to not just come out but form a rope like structure, the nozzle should be several small Gabriel's horn shaped (surface of rev for 1/x) nozzles in a disc mounted inside a bearing. the pressurized side of the disc would have radial vanes than make it an impeller. When triggered, the pressure would cause the disc to spin while ejecting webbing from the tapped through nozzles. The streams of web from each nozzle would have a helical path that causes the streams to twist around one another as the travel.

[@ΑπόστολοςΒογιατζής-χ9ψ]

Man you deserve millions of subscribers. You're a genius

[@ShmuckSchlepp]

Hello here’s some soldering guide for newbies like me! Step-by-Step Guide for Soldering the Web Shooter Circuit PCB Here’s a detailed guide to replicate the soldering as seen in the provided reference image: Tools Needed: 1. Soldering iron 2. Solder wire 3. Wire cutters/strippers 4. Helping hands/clamp 5. Multimeter (for testing connections) Step 1: Preparing the PCB 1. Lay the PCB flat on your workbench and secure it using helping hands or a clamp. 2. Identify the component slots using the markings on the PCB: • R1, R2 (resistors) • D1 (diode) • T1 (transistor) • Other slots labeled for LEDs, pushbutton, and the solenoid valve. Step 2: Soldering the Resistors (R1 and R2) 1. Locate R1 and R2 positions on the PCB. 2. Insert the 680Ω resistors into these slots: • No polarity is required for resistors, so they can be inserted either way. 3. Bend the legs on the underside of the PCB to hold them in place. 4. Solder the legs and trim the excess wire using cutters. Step 3: Soldering the Diode (D1) 1. Find the D1 position near the solenoid valve connection. 2. Insert the 1N4007 diode, ensuring the cathode stripe (marked on the diode) matches the stripe direction on the PCB. 3. Solder the diode in place and trim the excess legs. Step 4: Soldering the Transistor (T1) 1. Locate the T1 spot (likely near the solenoid connection). 2. Insert the 2N2222 transistor into the PCB, ensuring the flat side aligns with the PCB marking. 3. Carefully solder the three pins (collector, base, and emitter). Step 5: Wiring the LEDs (LED1 and LED2) 1. Locate the LED1 (green) and LED2 (red) positions. 2. Insert each pre-wired LED into its respective slot: • Polarity is important: The longer leg (anode) goes to the positive hole. 3. Solder the connections and verify the polarity. Step 6: Adding the Solenoid Valve Connection 1. Identify the TP2/TP6 holes for connecting the solenoid valve. 2. Prepare wires from the solenoid and solder them to these terminals. • Ensure solid connections for high current. Step 7: Connecting the Pushbutton (Switch) 1. Locate the switch position (near TP5) on the PCB. 2. Insert the pushbutton or wire leads into the designated slots. 3. Solder securely. Step 8: Battery Connector 1. Attach a connector for the 3.7V LiPo battery at the appropriate terminals (marked as + and -). 2. Ensure the polarity matches the battery’s output. Step 9: Inspect and Test the PCB 1. Carefully inspect each solder joint to ensure there are no cold joints or shorts. 2. Use a multimeter to verify: • Resistor continuity • Proper diode polarity • Connectivity between the battery and solenoid circuit 3. Temporarily connect the battery and test the circuit.

[@TheHumanSpider]

Fantastic work!

[@schizo4725]

Thanks a lot! You’re part of what inspired me to do this. Been following your work since I was in middle school.

[@utkarshdhillon9066]

Where to buy ​@@schizo4725

[@BeratResulGUDUK-pm6tg]

​@@schizo4725bro how you do a web fluid what you add

[@EricHansen-e1j]

your gifted with a very very smart brain

[@OghenerunoEsiebo]

Like for real 😮

[@tomo2807]

First TASM theme is so good

[@projectgojiYT]

This looks great! One idea for the future is that, scientists are already practicing extracting real web fluid from real spiders, which is combining spider characteristics with a goat embryo. This, in turn, creates a goat that looks and acts like a normal goat, but has milk that contains spider-silk proteins. By separating the proteins from the milk, you can effectively create web fluid very efficiently. By combining multiple strands of silk, you could create a fine strand of webbing that sticks to everything and is crazy strong. Combining that, and having, say, a glue repellant, you can literally become Spider-man.

[@NiNWAVE]

true except that'll probably be pretty far out in the future before anyone who isn't in the field actively researching this or has relations to someone who is can have access to even the finished silk fluid that's been extracted. Maybe in 20-30 years it'll be commercially available as an instant rope or something who knows

[@Keallz911]

Im working on a new glue Super strong and as fast as cyanoacrylates

[@cowkingrules]

wow i remember seeing your update video a year ago and my gosh i can describe to you how cool this feels to me. i mean the fact that someone actually made working web fluid and can shoot it just amazes me. keep up the awesome work dude i would love to see this being sold some day!

[@santiagocarrillogil8220]

You are AMAZING, hoping to see soon the next video!

[@artsy_dragon_creations]

These are really cool, and I liked how you noted things you can further improve on in future iterations of your web shooters. I’m currently working on a set of web shooters myself, although I made mine using a set of mini retractable dog leads with small weights attached. They’re not perfect either as the weight can’t be hidden, but it doesn’t get in my way since it dangles out of the way so it’s not too bad. The only other downside is because it doesn’t propel itself you have to swing your arm to throw the weight and launch the web, which means you can’t just point and shoot. It’s not too bad with practice though, since Spidey normally whips his arms around when slinging webs anyway. It needing practice to get good at aiming and feeling the weight and tension of the web so you can smoothly catch it and have it wind all the way back into your hand perfectly is also a slight downside, but practicing with it is fun anyway. The advantages: it’s completely mechanical so it never needs recharged or refilled, the lead automatically winds itself back up so you can shoot it again immediately, it not having a trigger means there’s nothing to limit your hands movement, the lead has a safety switch you can flip when you don’t want to use them, and as long as you make the decorative parts detachable in some way you could also use it as a prop for other characters too, like Scorpion from Mortal Kombat

[@Thechaoscrusadors]

Amazing project!! I will definently following along! If i may make a couple suggestions. 1. If you use an rfid chip and micro reader you can prevent accidental presses from the button. 2. If you know the water to solvent proportion you could do a dual tank set up on either side. This would theoretically allow you to spray a stream vs a mist. 3. If you used an atmega328p you could sequence the sprays and control the other parts. Including the potential for rotating nozzles allowing the multiple patterns. Using an addressable led for bas power mode would allow you to tell which head is active. The microcontroller would also allow you to use a 3 tank of compressed air(or gas of some sort) to clean the nozzle out after each shot Edit: on the note of the formed tanks. If you used carbon fiber you could maximize tank space with without compromising pressure capacity. This is by no means criticism. Only ideas

[@Vesterbop]

another sick ass video these are also so insanely good

[@TVFilthInPink]

that one spiderman cosplayer and web fluid maker on Instagram is screaming right now

[@fliriusbffr2592]

FR BRO WANTED TO KEEP THAT AWAY FROM US

[@johnramirezsmith5594]

omg and his doesn't use electronics LMAO

[@ozzie_theotter]

That's the first person I thought about before clicking this video 😭

[@micheld7994]

Yeah I remember one dude ask him in one of his reels and bro said "its a secret 🤫" And I reply "bro its just thinner and fabric glue.."

[@thelocal-spider9623]

oh, quick tip, paint thinner is toxic, so don't use that. it's better to use acetone and a fabric glue which uses acetone as it's solvent instead, as it's much safer than paint thinners (i would know, been there, done that)

[@maxalexander3354]

This is the best web shooter ever made! Maybe there's a compound that makes certain types of fluid solidify in contact with the air which will make the web fluid stronger and more stable. Congratulations 👏👏👏 Way to go!

[@OghenerunoEsiebo]

Love how u played the real amazing spider man song in is so cool😮

[@TheBloodSpider]

If you ever wanna collab.. I’m the webfluid guy

[@gallofilm]

my guy the blood spider

[@theevildrblue1212]

oh, yeah, i forgot about you!

[@Sub2MilesMorales]

OMG BLOOD SPIDER

[@10MINUTESORMORE]

*You sir have earned yourself a brand-new YT subscriber!* 🇵🇭🇺🇸👨✨️

[@perryneum778]

Awesome video woah. That was the same web fluid you made but mixed with water when you pulled over your tripod stand?? GODDAYUMM! That looks like gold, you should totally try implement that into your next design. Super fricken cool, excited to see what you might cook.

[@asemmohamed7148]

The best person I have ever seen in my life The best KZbinr

[@SuperbSpider]

dude sick workshop you got there 😮😮 also loved the tasm1 design

[@Ebowleslap]

This is one of the best webshooters I’ve ever seen

[@mrhumbuck_]

Thanks for sharing your work with us, it's amazing!

[@f4bri_]

Nah bro really cooked 🔥🔥🔥

[@darthnater6204]

Hello somewhat Spider-Man nerd here Here’s a simple “web fluid” that’s very low budget and also can be used with most gases and cartridges. You will need Acetone Fabric Glue Fabric glue is more rubber esc you’ll know it’s gonna work when you put some in between your fingers and a lot of strands come out Finally you play around with combining acetone and glue You want a ratio of enough glue to make it still string but a consistency of water To strengthen this fluid what should work is plastic wrap infused acetone and a d limonine and poly mix However if you just wana cosplay and have a simple web fluid that only takes two ingredients follow the first couple of sentences that I wrote I hope this helps your cosplay needs or if you just wana shoot webbing

[@Exatoro]

bro im so hyped for the tutorial video ur actually a genius

[@alfredojrdelara]

Genius boy who created web shooter 😮

[@cequq]

that's actually sick!

[@JosephLockhart-ft3zb]

That looks awesome! I am not that smart to do this, but I want to do stuff like this for engineering for college. I love and want to do stuff like this it's so cool to see people do this

[@yoavbenclaudia3073]

6:58 To be fair, this is why organic webs is much easier. Maybe it’s not as logical, but web shooters aren’t logical either. Not in the way that they are usually depicted. I get the argument that it shows off Pete’s ingenuity, but if the writer is clever, they can find better ways of showing that off than the web shooters, such as making the web shooters more of a way to control the organic webs and determine their shape when ejected.

[@whateverwhatever4476]

Comic fans don't like it cause it goes against continuity

[@JakeBlake-m3d]

Web shooters are a must. Let the vision be met when men and tech catch up to dreams. Don't kill dreams. Its why you are watching a window to another world on a flat glass tablet with the power of zues in it. Dream it. Make it. Eventually

[@limepelt2348]

I want to see a spiderman movie where instead of keeping his identity secret and making his web shooters alone, he's a youtuber and just shows the process of building everything and then makes parkour videos.

[@apershin77]

I subscribe because I want to get notified because of your web fluid and second your web shooters are so cool. They look like they were from a Haslab

[@CameronCahill-v3z]

you web-shooters are the best looking I've seen

[@seujroge]

3:24, I like the Chainsaw Man stuff back there, I'm a huge fan too.

[@LeoGuitarra2]

Use thermoplastic polyurethane and put it in airless capsules, when exposed to air they harden and are flexible, 7 mm can hold between 100 and 150 kilograms without deforming much, thermoplastic polyurethane withstands a lot of heat but at 482 degrees Fahrenheit it dissolves completely and it becomes viscous and liquid again to put it in a capsule and reuse it.

[@Keallz911]

Youd need to keep it way too hot

[@Ruzook]

This is probably the best "real web shooter" yet!

[@gage4790]

Jason this is Gage from epo. Keep up the good work. These videos are seriously entertaining.

[@TREXYT1]

Ethyl Acetate: 100 mL Salicylic Acid: 2-5 g Potassium Carbonate: 0.5 g Crosslinking Agent: 0.1-1 g (e.g., Glutaraldehyde) Reinforcing Filler: 0.1-5% of total weight (e.g., Nanocellulose) Plasticizer: 0.5-2 g (optional)

[@dotunduro7228]

You did well keep pushing 🎉🎉🎉🎉

[@alanurteaga7413]

MMA - 500 is an epoxy adhesive for PP and PE components. Hopefully that helps

[@Clem_Productions]

GET THIS MAN A SPIDER-MAN SUIT!! These webshooters are amazing! Can’t wait for the web fluid formula vid.

[@schizo4725]

Thanks a lot! (And I already gotchu with that suit)

[@M4G4M4N]

I want to see a leap of faith with them

[@brandonmorace726]

Sick very skilled keep up the good work ❤️

[@ProbablySomeRandomGuy]

You could maybe do something with the shooting out, so like instead of just press it would be press -> pull. Because pressing would be so disastrous, like imagine highfiving someone and your web sticks to them (pause).

[@Nayops24]

6:50 ^ Love this design🤌🏼

[@AleoHernandez]

I gotchu Bru with the stronger web fluid reaction so basically do what I did with my web shooters “actually I’m going to improve my web fluid using this incredibly cool web fluid so I can’t wait to see the tutorial lol” anyway so implement a ultrasonic atomizer connected to a small cartridge containing of just H2O then program it to fire at the stream of webbing to combine the two and make every web blast stronger. And btw I love this channel you’ve helped with so many of my projects without even knowing it so keep it up man and I’m subbed so I’ll be one of the first to see the web fluid video lol Edit: damn guys thanks for all the support in the suggestion @schizo4725 please pin if you saw this

[@АлександерСемёнов-ц2н]

But will it "Twip!" 🤨

[@AleoHernandez]

@@АлександерСемёнов-ц2н well I mean technically yes and no it wouldn’t exactly fire a rope of sorts but instead resemble how the webbing looks right now and be more of a spray, however, theoretically he could layer webs together to make a strong rope

[@yorkleroy5605]

Hey, he could shoot a strand of fishing line or something that is coiled within a reservoir of his web fluid so it's coated fully and gets sprayed with water as it leaves!

[@AleoHernandez]

@@yorkleroy5605 eh that only sort of works as you’d have to figure out how to get the line to fire without being jammed in the nozzle

[@gtboi2371]

@@АлександерСемёнов-ц2нits thwip

[@solizm58]

dude, you gotta make more and sell those web shooters! I know I'd buy them!

[@novicebladesmith4620]

Do you think that the reason your web fluid only works when atomized is because of the moisture in the air. Going off you experiments with mixing your fluid with water an idea might be to hook up a small water atomizer to the exit of the solenoid to expose the fluid to more moisture allowing it to solidify in larger strands. Also I just wanna say how God Damm cool this is and I can't wait to see how far you are able to take this.

[@ggdubgaming8072]

If you do decide to go adding water in to the web shooter, there was this concept for Tom Holland's web shooters where her would have 2 liquids and had 3 or 4 additional nozzles rotating round a main nozzle. I don't know how it works but my idea is that one fluid would shoot out of the main valve and and the other would shoot out of the smaller rotating nozzles so you could try and do something like that. I love this by the way. I'm working on my own web shooters and seeing how you went at it really helped me with my building process

[@Eli-qh8jv]

Your videos are very inspiring

[@VITAS874]

fibroin is the main component of the web, maybe it is necessary to create several sections in the cylinder? spiders have 3 types of glands for weaving, binding, creating a trap.

[@reDdoT_D347H]

Maybe try the nylon formula, just for the test for this additional function that allows for the threads to be compact or intertwined. "Spinneret Nozzles" basically just a spinning nozzle that allows for the threads to come out and intertwined together when shooting. I don't know much about this either but I've also been in this obsession when I was a kid. For the Web fluids, I don't know.

[@terence79chan]

Love your work! Subscribed.

[@MephistoStraitOutOfHell]

Use 2 cartridges. That allows both to mix in when the trigger is pushed (Just a hypothesis)

[@lukewilson195]

It looks really good nice job

[@JuulJournal]

Bro you’re the real life Peter Parker this shit is so cool but totally beyond my understanding lol

[@_veloxity91]

Made it so accurate that you can even get web blocks

[@splynter31]

make a "spinneret". the web fluid works, but has nothing shaping it. When you shoot it while moving, it sort of forms in the air. If you could do something similar, it might make a rope.

[@YeetMaster5678]

Perhaps you should try a longer barrel with rifling to improve distance and accuracy? Though it might just get clogged, it's still an interesting thought

[@dylangoodwin8496]

How the hell of you manage to make the web fluid people been trying to do it for like 20 years you are genius

[@Kaii_W]

Maybe you can have one part with the original fluid and another with water, somehow making it mix as it shoots out

[@Angel-w4g8z]

i love this

[@thepickleanic]

You deserve more support I would love to see if in the future you could sell these you would make a lot of money

[@Goofy_ah_goober416]

It is amazing but I think the next one u make(if u make another) you should make the website able to be a straight string and the web able to connect to stuff and pull stuff. But over all I love the work u did I am a big Spider-Man fan and u did amazing the leather the webs actually solidify from liquid and overall just super cool

[@jerrybabula7895]

That's so cool!

[@TheShinyShrimp]

wow ur so fricking cool keep it up i sub to u and share ur vids to my frends an discort ur da best keep it up

[@Rand0m-Ed1tz]

The Hacksmith should hire you

[@dar.k-jk]

I think it would be a possibility that instead of shooting a chemical stream of “web” you shoot a already made string that’s been compacted down, to avoid clogs, and space issues

[@Legendplayz1938]

To fix your issue, I would say add in an extra canister of water and have them mix in the shooter while firing. Just a thought tho.

[@rajatsen3975]

Thank you Broo, you have done the impossible, waiting for the tutorial

[@JaeTeezz]

What im thinking is add a Separate chamber for water that sprays onto the web fluid

[@zek5257]

i think its a good idea if you make the carcridge wider instead of thinner

[@Shinypug123]

I think if you lower the pressure a bit you might be able to get a solid string to pull stuff cuz it’s pushing out so hard that it’s spreading the liquid out you could have to Aerate on the way out of the barrel

[@benmoraro8959]

Make the hole that the fluid comes out of thinner and pointed outwards and inside the tip make some curved blades that weave the fluid into a string

[@theender6449]

I have A LOOOOTTTTTTTT of Web fluids but im looking foward to see yours PLEASE be different and DONT DISsAPEAR

[@spidersquad1510]

i think I can help you with the part where you have to pressurize your cartridges everytime you put it in, you should try a mechanism where you use c02 cartridges to pressurize it once you put it in, hope it helps

[@Gerrytaraan]

Hey thank for build this stuff

[@theoutsider3576]

Make the string braid itself to add strength to the web also maybe adding a tube that covers the web in super glue? It doesn't even need to cover the whole web, just the tip! 😉

[@radzs9939]

10:31 Its okay man, every spiderman goes through a web block

[@adrianordonez7629]

You should sell some of these on a website

[@applguy702]

Maybe to strengthen the web you could use 3 webs shot out wrapped up like a rope? It could possibly make its pulling force much stronger

[@flameendcyborgguy883]

I think laminar flow could work, if you put atomised water one next to/around it( with cilcular design you could make it around the one). This way you would have increase in both range and strenght of thr web fluid due to whole reaction. Sadly it would require two cartridges, but hey, it should be viable.

[@Unow6b]

If you want, you can also use shampoo bottles, as cartridges which I have done. I use Buldog original shower gel bottles Which is pretty big. But I think that would work.

[@panicman8799]

Holy..someone actually did it..

[@BeanProductionsReal]

You should pressurize the web fluid, i think that can help

[@TASMenace]

He already are you restarted?

[@Bread_Mew]

Now mix it with pepper spray for “Self Defense”

[@asiimov3769]

what if you shoot the web fluid in a concentrated stream and atomized water at the same time?

[@Eddie-u4r]

Now to figure out how to solidify the webbing very quick and make the web as strong as steel

[@spidercreations2011]

Yo can you do a more detailed tutorial for the cartridges in the web fluid tutorial please

[@schizo4725]

I'll probably be doing a more detailed tutorial for the next cartridge. These cartridges aren't very good anyways.

[@spidercreations2011]

@@schizo4725 great! Can’t wait to see the video

[@Keallz911]

​@@schizo4725 hey where can i dm you

[@spidercreations2011]

@@schizo4725 yo had an idea for a new cartridge that might be a bit better/ simplify the internals of your web shooters. Make a cartridge similar to a soda bottle just small, attach something that you can plug a butane can into In order to pressurize the cartridge, add a lid that’s made to be airtight but can still be removed, then take the valve off of an empty aerosol can then epoxy it into the lid. Add a modded trigger from one of those mini spray bottles. Plug the og hole and then add one on the top with a sewing pin. Then the cartridge should be done. Fill it with the fluid then pressurize it and when you push down on the trigger located on the top of the cartridge it should fire the webbing out in a mist and pretty far too basically working like a shooken soda bottle only with a valve on the top and a misting trigger. Not sure if you can use this with this web shooter but perhaps one in the future.

[@MisaelAlejandroSuarezBardales]

Amazing bro ❤

[@BenshawAisagbonhi]

Good job ❤