Seems excessive for a standard uniform that you make millions of. Might just want to use an armband or something. That gives me an idea, though. If you're already integrating medical monitors, you might want to integrate a defibrillator to revive someone. Of course, the problem with both these ideas is that a hacker could kill someone with either of them...*Automated medication delivery system - for things like painkillers, stimulants, etc - allows officers with chronic conditions to get back to work if necessary; also aids those who come from different environments to get required gasses into bloodstream directly without wearing a mask.
The fabric itself could be color-changing and emissive, possibly even with tiny holoprojectors, allowing you not only to be invisible or disguise yourself, but to show data in any manner imaginable. For instance, you could have the uniform show a transparent holographic overlay of the crew member's injuries. If someone is transferred from an engineering position to a command position, their uniform and rank pins could change instantly, or as soon as they read the transfer orders and press a button to acknowledge.I think the arm would be a more appropriate place.* A PADD display screen integrated into the front. I know this sounds like Teletubbies, but it would be way cooler.
You could send a small probe with six mobile emitters down to a planet, with the probe body containing a high-power transmitter that allows people to telerobotically use holographic bodies to explore a planet while they themselves are on a holodeck. The probe itself could even have its own holoprojectors, and possibly pattern enhancers to beam people up. Why risk crew at all? The best part is, you could explore environments that real humans would die instantly in....Perhaps Starfleet could leave the personnel home and send just the uniforms?
The best part is, you could explore environments that real humans would die instantly in.
Look, we've had some problems in the past, but that's not going to happen again. The whole operating system has been rewritten by my best engineers, Lt. James Moriarty and Lt. Minuet.Until the holodeck malfunctions...![]()
You could send a small probe with six mobile emitters down to a planet, with the probe body containing a high-power transmitter that allows people to telerobotically use holographic bodies to explore a planet while they themselves are on a holodeck. The probe itself could even have its own holoprojectors, and possibly pattern enhancers to beam people up. Why risk crew at all? The best part is, you could explore environments that real humans would die instantly in.
Maybe people could just stay on Earth, is little locked rooms, living in complete safety.
While remote operated drones ventured out into the galaxy.
That's when an alien species hacks the projection system and creates an imaginary world that is nothing like reality, enslaving the Federation to power their computer systems.These kinds of things usually end in disaster. Most "this could change the way we do things forever" developments do, particularly if they replace the good old plot standard method or people in general. M-5, anyone?
It doesn't have to be a completely imaginary world. Parts of it could selectively reflect reality. After all, some of those Federation citizens have valuable skills and combat training. Bahahahahahahahahaha! (Mine is an evil laugh.)That's when an alien species hacks the projection system and creates an imaginary world that is nothing like reality, enslaving the Federation to power their computer systems.
The service uniform consist of a self tailoring, vacuum ready, jumpsuit. The uniform material is a natural heat pump, keeping the wearer cool in high heat, or warm in the coldest environments. It is also stab proof, and proof against low velocity light projectiles. The uniform itself is capable of shifting its dimensions to facilitate the comfort and mobility of the crewman. Biological readings can be made and stored automatically or transmitted automatically. The suit is also able to provide full body mechanical pressure in case of atmospheric loss or chemical or biological emergencies. In such an emergency, a self deploying pressure hood, stored in the collar, covers the head.
The entire suit constricts to provide mechanical pressure against the body, and swells to fill in crevices. A superhydrophobic coating would prevent the hood from fogging.
Polymer in the wrist cuffs partially liquefies, to cover the hands, and solidifies to provide positive pressure and thermal management without diminishing dexterity too greatly.
The pants cuffs bond to the boots which harden and expand internally to fill gaps and provide pressure. Useful in weightless environments, the boot bottoms are lined with a gecko hair like material which provides a bonding force of several hundred pounds per square inch, but which easily disengages with minimal practice. The boot sole is also shape changing, able to form various ridged surfaces for rough terrain.
Overall, the service uniform is far more comfortable than the working uniform when in Earth equivalent environments, but is less comfortable in hostile environments, especially in low pressure.
Starfleet beaming infantry's primary purpose is for taking and holding planets which posses valuable populations and infrastructure which must remain intact. The force consists of protected infantry, leading robotic squads. Support is offered by hoppers, ground facilities, and ships in orbit.
Movement normally involves use of facility based, ship based, and small vessel based transporters, as well as portable transporters possessed by every soldier. In situations with widespread transporter scrambling hoppers and shuttles are used for insertion.
Portable transporters allow for quick, efficient, intraplanetary beaming. While non-line of sight beaming requires careful implementation, line of sight beaming can be achieved with a look by the soldier and a confirmation. The on board computer makes sure the destination is safe, and makes adjusts as needed. Particularly dangerous locations might result in a warning by the computer, but objections can be easily overruled by the soldier.
Transporter inhibitors prevent forced beam out by enemy action, as do the personal shield, and ECM controller. The transporter scrambler prevents enemies from beaming within a limited zone around every soldier to mitigate the effect of ambushes and beamed-in weapons.
Every soldier is equipped with a thin suit of ablative armor supported by a passive exoskeleton. The exoskeleton provides load bearing support for the suit's battery and shield emitters.
The quantum grenade is an evolution of the photon grenade in use with Starfleet for over a century. Rather than using a magnetic launcher, the quantum grenade has a built in gravity motor which can provide a short powerful burst of motion for ballistic flight. Sufficient energy is held in reserve for terminal course correction. The warhead of the device has an adjustable yield, just as with its larger brethren, which can be programmed through an ultra short range radio connection.
The phaser grenade is a single use, multiple function throwing mine with the same boost and terminal correction of the quantum grenade. It can be set for stun, kill, or vaporize. When detonated, the grenade exploits a firing chamber overload to power several phaser emitters permanently set to wide beam. As the device self destructs most of the energy is directed out the emitters as an extremely powerful, omnidirectional phaser burst.
Multiple trigger modes are available, including, but not limited too seismic, impact, timer, chemical, subspace radio, and trip wire. It can also be made to stick to any surface while still being easy to release if required.
Settings are controlled by voice, built in display, or by another device such as a tricorder.
Phaser grenades have a 6 month safe self destruct in order to render battlefields safe after conflicts are over.
The suit's sarium krellide battery has a remote charging field capable of providing power within a proximity of several meters. It can also remotely draw energy from various power sources thanks to its boridium power converter
All drones come supplied with their own compact transporter, transporter defenses, and ECM suits. Each one also has a holographic personality for quicker coordination and reduced micromanagement.
The supply drone is cylindrical in the vertical, and carries a micro fusion reactor for extended missions where beaming is not possible, and a small supply of ready spares and emergency rations. For even longer missions a portable replicator can be carried as well. This drone is unarmed and minimally shielded.
The reconnaissance drone is also used for surveillance, and target acquisition. It is armed with a a Type III phaser array, and minimal shielding. The ECM suit and signature suppression measures of this drone are of a higher quality than the others thanks to ground up engineering geared toward stealthiness.
The tactical drone is the most heavily armed of the drones. Some have described its appearance as “sick-nasty” or “devastatingly handsome” due to its powerful physique and handy armaments. It carries a Type IV phaser, a phaser grenade launcher, and four quantum grenades. It is heavily shielded, and highly maneuverable, while being extremely difficult to detect, second only to the recon drone.
The Type IV phaser is rated for use on a shuttle, or other vehicle, but can also be man portable. Type IV phasers use external power sources, and in the case of the infantry version remotely draws power from a soldier's sarium krellide battery. If a supply drone is in proximity, the Type IV will automatically draw power from it rather than the soldier's power supply.
There is actually a lot more than just what I posted.Wow, you've really given this a lot of thought. A lot of thought.(I don't think there's a jaw-drop emoji, or I'd have used it.)
Sure you haven't jumped backwards in time/out of a TV show?![]()
That's exactly right, they should be capable of pulling off some very crazy seeming stuff as completely common material.Yeah, Go-Captain's is headed in the right direction. The thing is with Starfleet level technology you could give everyone the capabilities of Iron Man in a uniform that still looked like normal fabric to us heathens in the 21st century. Think of nano technology, smart materials, quantum computing, replicator technology.
The reason we don't see it on the show is two reasons really.
production costs
and
Trying to write interesting stories about a bunch of basically invincible people.
A good example in function, if not looks would be the uniform that Matt LeBlanc's character wears in the Lost in Space movie. When it goes into combat mode it armors up right around him. Pretty Cool. Check it out around the 55 second mark of this trailer:
This is nearly identical to my own uniform concept (although I'm still working on the heating/cooling part because I want to base an actual costume on my final design). I was thinking that the base jumpsuit would look similar to the MIT Biosuit. Then there would be a variety of garments you wear over the jumpsuit that vary depending on your department and rank. These garments would integrate tiny thrusters to help keep you navigate in zero-G and keep you from hurtling out into interstellar space. The idea would be that it would not be obvious that the uniform doubles as a space activity suit. From a distance, or if you don't look to hard, it just looks like a uniform.The service uniform consist of a self tailoring, vacuum ready, jumpsuit. The uniform material is a natural heat pump, keeping the wearer cool in high heat, or warm in the coldest environments. It is also stab proof, and proof against low velocity light projectiles.
Nah! Just 3D print the suit to the crew member's dimensions. Flexibility would be part of the suit design. No need for the thing to change shape like Dr. Strange's Cloak of Levitation. Besides, who wants to animate that? (Again, thinking from the perspective of film and costume design.)The uniform itself is capable of shifting its dimensions to facilitate the comfort and mobility of the crewman.
Again, very similar to my own ideas. There are actually helmet designs you can find on the Internet that start as collars and deploy up and over the head, although they don't seal at the front. The helmet would have a HUD that would aid navigation and managing your power, fuel, oxygen and bio-readings.Biological readings can be made and stored automatically or transmitted automatically. The suit is also able to provide full body mechanical pressure in case of atmospheric loss or chemical or biological emergencies. In such an emergency, a self deploying pressure hood, stored in the collar, covers the head.
Should be unnecessary if you're properly managing the humidity.The entire suit constricts to provide mechanical pressure against the body, and swells to fill in crevices. A superhydrophobic coating would prevent the hood from fogging.
Interesting idea with the polymer. I was just going to have some kind of glove that mechanically extends over the fingers, but I may need to reconsider. I'm wondering what would happen to anything you were holding on to when the gloves deploy, though. Might need to monitor the hands to make sure they're clear before deploying.Polymer in the wrist cuffs partially liquefies, to cover the hands, and solidifies to provide positive pressure and thermal management without diminishing dexterity too greatly.
The legs of the jumpsuit definitely need to have a seal with the boots. It may also be useful to have small thrusters integrated into the boots, like what I was thinking with the outer garments.The pants cuffs bond to the boots which harden and expand internally to fill gaps and provide pressure. Useful in weightless environments, the boot bottoms are lined with a gecko hair like material which provides a bonding force of several hundred pounds per square inch, but which easily disengages with minimal practice. The boot sole is also shape changing, able to form various ridged surfaces for rough terrain.
I would assume there would be an intermediate state, where you would just wear light armor over the "service uniform". If you need something heavier, you would just get into a hard suit/exosuit/mech.Overall, the service uniform is far more comfortable than the working uniform when in Earth equivalent environments, but is less comfortable in hostile environments, especially in low pressure.
The Working Uniform is for when you know you are going to work in a hostile place and is like Trek's environmental suit but beefed up a lot, and there is a Combat Uniform. The former is rated up to 50 gram 1000 m/s projectiles (like a .50 cal rifle), and the is latter power armor over the Service Uniform with combined stealth suite. The stealth is done by way of various active and passive sensor tricks and not a cloak, so it is applicable to Starfleet and would just need the addition of anti-beaming tech.
That sounds more like vacuum underwear, which is pretty funny, but now that I think about it, such a uniform probably would need special underwear.I was thinking that the base jumpsuit would look similar to the MIT Biosuit. Then there would be a variety of garments you wear over the jumpsuit that vary depending on your department and rank. These garments would integrate tiny thrusters to help keep you navigate in zero-G and keep you from hurtling out into interstellar space. The idea would be that it would not be obvious that the uniform doubles as a space activity suit. From a distance, or if you don't look to hard, it just looks like a uniform.
Ideally, sure, it makes perfect sense for everything in Star Trek to be perfectly and automatically tailored to everyone, but if the uniform is a life saving apparatus then it needs to work in non-ideal situations too. Imagine power is out, no replicators, and your uniform is damaged, but a dead crewman has an intact uniform. If it is not self adjusting you are out of luck, but if it is like the power laces in Back to the Future II then you can take it. Same goes for ready spares, they cannot be tailored, they need some sort of one size fits all system.Nah! Just 3D print the suit to the crew member's dimensions. Flexibility would be part of the suit design. No need for the thing to change shape like Dr. Strange's Cloak of Levitation. Besides, who wants to animate that? (Again, thinking from the perspective of film and costume design.)
I would just have the goo go around non-flesh and creep underneath items as best as it can, displacing them so they stay in the palm or between the fingers. If it is a ring on a finger, then contain it and work around it.Interesting idea with the polymer. I was just going to have some kind of glove that mechanically extends over the fingers, but I may need to reconsider. I'm wondering what would happen to anything you were holding on to when the gloves deploy, though. Might need to monitor the hands to make sure they're clear before deploying.
Possibly, but it makes the foot wear heavier to have equipment in them, and thrusters on extremities, rather than the core, requires strength to operate, regardless of power assist limbs.The legs of the jumpsuit definitely need to have a seal with the boots. It may also be useful to have small thrusters integrated into the boots, like what I was thinking with the outer garments.
I figure that if the uniform has mobile shape changing material as a key feature of how it functions that it might as well be able to transform in other ways too. Since it is all the same element doing different tasks it doesn't actually add bulk or make it more difficult to operate.I think you're getting a little carried away with the features, though. I mean, why not put retractable versions of the smart wheels from Snow Crash in the soles of the boots, and put the gecko-hair coating on them too, so people can tap their heals together, have their motorized skates come out, and skate up the side of a mountain.
If there is an intermediate armor then I would imagine it for security personnel, but I would rather them wear the proper combat getup too or just the regular uniform.I would assume there would be an intermediate state, where you would just wear light armor over the "service uniform". If you need something heavier, you would just get into a hard suit/exosuit/mech.
I missed the part in the literature where you have to be Mormon to wear a space activity suit.That sounds more like vacuum underwear, which is pretty funny, but now that I think about it, such a uniform probably would need special underwear.
So coin-size microtransporters are okay, but coin-size microthrusters?!? That's just crazy talk!I wouldn't integrate a space maneuvering system since that would add a lot of bulk to have something with any proper amount of reaction mass. It could still be small, but it's better left as an add on unit. Consider the fact that Data has a coin size microtransporter in Nemesis, that thing is so small everyone could carry one to automatically transport themselves back onto their ship. [...]
My intent was not to have standard uniforms that could be used for prolonged EVA. It was always the idea that the suit would keep you alive just long enough for you to get back into the ship, or for you to be beamed back aboard or for a shuttle to pick you up. I was always thinking that you'd never use such a uniform in hard vacuum for more than an hour at the most. It's purely to make sure you don't die immediately during a sudden decompression. It's not for an 8 hour shift of welding on the ships hull.Trek tech is pretty extreme and all of the suits are very slim, so the integrated non-obvious breathing system might last an hour, a combat breathing system for when yellow or red alert is called might last a day, and a space walk system might have a week's worth of capacity if I'm remembering Voyager correctly, then again it might be 18 hours.
Tears and punctures in space activity suits are not as critical as regular spacesuits because the suit is not pressurized with oxygen. Assuming the suit is not self-sealing in the event of a rip, duct tape would probably be the quickest, most effective solution. If you have an environment to change uniforms in, the best idea is to stay put in your pressurized room, not change your uniform. Besides, you could always just give everyone a small bottle of emergency sealant.Ideally, sure, it makes perfect sense for everything in Star Trek to be perfectly and automatically tailored to everyone, but if the uniform is a life saving apparatus then it needs to work in non-ideal situations too. Imagine power is out, no replicators, and your uniform is damaged, but a dead crewman has an intact uniform. If it is not self adjusting you are out of luck, but if it is like the power laces in Back to the Future II then you can take it. Same goes for ready spares, they cannot be tailored, they need some sort of one size fits all system.
It'd be easier to just have a collar and a helmet to switch out. Every new costume you have requires tailoring to each actor.On the side of real life costume production there would be two suits per person, a loose one and tight one. The loose one is the uniform in shirt sleeve environment mode, and the tight one is the hazard mode. It could be animated once if desired, or just show everyone in loose uniform one second and the tight one the next.
What if you're holding a pistol? Say you're firing at the enemy, and the trigger gets stuck in the goo. Or you're about to fire, and the goo prevents you from pulling the trigger?I would just have the goo go around non-flesh and creep underneath items as best as it can, displacing them so they stay in the palm or between the fingers. If it is a ring on a finger, then contain it and work around it.
The point isn't necessarily to propel the entire body from the boots. A significant amount of your weight will be the muscle mass of your legs, so having thrusters distributed over multiple points on your body, including your legs would provide more even thrust with less potential for unintended rotation.Possibly, but it makes the foot wear heavier to have equipment in them, and thrusters on extremities, rather than the core, requires strength to operate, regardless of power assist limbs.
Fair enough. Gotta be careful, though. If it morphs too much, it's like having a really soft suspension on a car. You can't feel the road as you're driving, metaphorically speaking.I figure that if the uniform has mobile shape changing material as a key feature of how it functions that it might as well be able to transform in other ways too. Since it is all the same element doing different tasks it doesn't actually add bulk or make it more difficult to operate.
All depends on your priorities, I guess. When you have the technology to beam a corpse out of space and reconstitute it into a living being using the last transporter pattern and materials from the replicators, you can basically make any rational work.If I were doing a simple but very advanced uniform I would drop the vacuum survivability, and just go for life sign monitoring, climate control, and variable boot soles. Maybe gloves too, and I suppose I might put a folding cap in the collar or a in a chest pocket.
The idea actually was for security personal, now that you mention it. Being too armored up may have a negative psychological effect, similar to how police being in heavy riot gear can actually escalate some situations rather than calm them down.If there is an intermediate armor then I would imagine it for security personnel, but I would rather them wear the proper combat getup too or just the regular uniform.
Right. I'm thinking the light armor is really just a vest and some simple light plating. The idea is that crew wearing this kind of armor would have a high range of motion and mostly be fighting against hand-to-hand weapons and small arms fire.For Trek I imagine the combat uniform as a powered exoskeleton carrying a shield generator, transporter, and other gear rather than being hard suit power armor. But, there is no reason the shielded skeleton couldn't be the medium armor, and the hard suit the heavy armor.
Nah! Just 3D print the suit to the crew member's dimensions. Flexibility would be part of the suit design. No need for the thing to change shape like Dr. Strange's Cloak of Levitation. Besides, who wants to animate that? (Again, thinking from the perspective of film and costume design.)
We use essential cookies to make this site work, and optional cookies to enhance your experience.