This gives the prop flexible movement, allowing it to actually shoot the webs. After creating the bullet for the web shooter, he modifies a sewing needle to create a hook. After this hook is attached, the web string can be looped onto it. His detachable web cartridge is made from cardboard, as well. Once the silver stripes have been applied, fishing line is attached with a small loop for his finger.
Universal Conquest Wiki. On Earth , Janet Van Dyne gave Gwen Stacy Spider-Woman web-shooters that used moisture from the air to make an advanced web-fluid, which meant that as long as moisture was present, she never had to manually replenish the web-cartridges. She could form web lines, nets, and globs, along with more advanced shapes like web-wings and giant web-corn dogs. Spider-Gwen Vol. On Earth , Peter Parker improved upon his Web-Shooters, making them more compact and able to hold more web-fluid.
Marvel's Spider-Man. On Earth , Peter Parker successfully create a high pressure launching system to fire the adhesive "webbing" based on his father's incomplete formula for molecular adhesiveness. On his sixteen birthday, Tony Stark redesigned Peter's web-shooters as a gift.
A year later, Miles was given a new pair by Jessica Drew designed by S. Ultimate Spider-Man 6. On Earth , Peter Parker became an assassin working alongside Wolverine.
He modified his web-shooters, allowing them to fire bullets and impact webbing. What If? Spider-Man Vs. Wolverine 1. On Earth , Spider-Boy was given a special pistol that fired strands of synthetic webbing. Spider-Boy 1. D thus replacing his first models Web-Shooters. Not only do they shoot out enhanced webbing, but these also shoot Taser-Webs to stun foes and Flash-Webs to blind his enemies. The Web-Shooters have a button to create Web-Parachutes rather than having Peter making them himself.
Great Power. On Earth , Sun-Spider fires webbing from her crutches. Spider-Verse Vol. I can't find a source at the moment, but I recall the system changing to the nozzles spinning based on the pattern Peter taps out on the trigger. Good question, but when it comes down to it, the shape, size, viscosity, and adhesiveness of Spider-Man's webbing is determined by It's kind of like the enigmatic spider sense - it just works that way because the writer of the story wanted it to.
It's great to think logically, but asking a question like this about a character who is only partially believable is over-thinking it a bit. Although apparently, Spider-Man's webshooters have sensitive trigger buttons that require variations of palm-squeezing techniques using alternate fingers or tapping the trigger twice, for example to fire different forms of webbing.
Exactly what these little slight-of-hand tricks are is pretty much unexplained, or at least, vary from comic to comic. In Amazing Spider-Man Annual 1 , it was stated that Spidey could expel his webbing in three different ways by adjusting the nozzles on his web-shooters. By adjusting the nozzle of his web-shooter in one easy motion, Spidey can eject his web fluid in any one of three different ways By Amazing Spider-Man Annual 4 , he'd apparently modified his web-shooters so that he could vary the output based on how many times, and for how long, he depressed the triggers on his palms.
The amazing web-fluid can gush out in many different forms, depending upon how long Spidey's finger remains upon the sensitive control button A short tap releases a thin, cable-like strand, recommended for swinging A longer period of pressure releases more fluid, forming an icky, echhy, blochhy, sticky blob A series of brisk, staccato taps releases multiple cable shapes which can be formed into a decorative netting pattern! Peter designed his web-shooters so that he wouldn't accidentally fire them every time he made a fist.
Resting in the palm of his hand, the trigger works just like a computer's mouse. He must tap twice in rapid succession to release his webbing. Peter has improved upon his initial design. He now switches between different forms of webbing by the way he taps his trigger. With a short second tap he releases a thin cablelike strand that is perfect for web-swinging. A longer second tap increases the strand's thickness for additional support.
If Spidey prolongs the pressure on the trigger, web fluid squirts out in the form of an adhesive liquid that can paste a foe against a wall. A series of brisk taps discharges many thin strands that form a fine spray of webbing, perfect for blinding an opponent.
Spider-Man's entry in the Official Handbook of the Marvel Universe A-Z 11 provides detailed diagrams of both the mechanical and organic web-shooters, and states the following:. The effect of the very small turbine pump vanes is to compress shear the web fluid and then force it, under pressure, through the spinneret holes, which cold-draws it stretches it: the process wherein nylon gains a four-fold increase in tensile strength , then extrudes it through the air where it solidifies.
The spinneret holes have three sets of adjustable, staggered openings around the turbine that permit a single webline, a more complex, spun webline, and a thick stream. Sign up to join this community. The best answers are voted up and rise to the top.
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Who owns Spider-Man: Sony or Marvel?
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