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"Goshen" Industrial Safety Suit

Concerto

Inactive Member
GM-M3-2801 "Goshen" Industrial Safety Suit

Main Information

Designer: Amelia Gillian
Manufacturer: Gillian Manufacturing
Distributor: Customer preference
Impact Resistance: Withstands impacts up to 650kg moving at 40kph
Crush Resistance: Retains shape under stresses up to 20kg/m
Air Reserves: 20 hours of breathable oxygen, extended to 48 hours through use of the rebreather
Filtration System: Medical grade biochemical screening
Radiological Endurance Capacities:
  • Low radiation: indefinite
    Moderate radiation: 8 hours (16 with protective layer)
    Heavy radiation: 6 hours (12 with layer)
    Extreme radiation/meltdown conditions: 2 hours (3 with protective layer)
Vacuum Operation Suitability:The Goshen is suitable for operation in vacuum.
Features:
  • Polarizing faceplate (standard)
    Thermal Dampening coating (standard)
    Muscular augmentation motors (standard)
    Biotoxin/Chemical filter (standard)
    Energetic Particle Interception Layer (optional)
    Micropulse Hydrolytic Converter (optional)
    Null-G Alignment Gyro (optional)
    Magnetic Grip Adaptors (optional)
Suggested Price:600 KS


Detailed Information, Standard Features:
Reactive polarizing faceplate: Despite the diversity of environments that the Goshen suit is intended for they with rare exception have in common the presence of blindingly bright sources of illumination. To compensate for this the faceplate includes a coating which automatically--and rapidly--darkens in response to light sources which would otherwise be painful to look at.

Thermal Dampening coating: Although the suit itself is primarily comprised of alloy metal it also conains an exterior coating that is efficient in ablating and dissipating heat. While it still allows the wearer to feel changes in temperature while still being able to spend extended periods in areas which exceed 1,000 degrees. This is not to say that the layer cannot be burned off; direct contact with materials above 1,200 degrees is strongly discouraged. The reverse is also true: with the layer in effect wielders of the Goshen can handle extremely cold objects and compounds--liquid nitrogen for example--without compromising the integrity of either suit or wearer. Again, there are limits to what can be withstood; however most cold environments do not reach that limit.

Muscular Augmentation motors: Small and efficient, these motors are strong examples of miniaturization at work. Controlled by a small computer contained within the suit which gauges the load being lifted and the force being exerted by the wearer, the motors provide just the right amount of lift assistance and counterbalance to keep the load from dropping. Under normal magnification a line of motors looks similar to a strand of millimeter-thick wire; up close these 'wires' are revealed to be an intricate system of interlocking relays. The sheer number of them means that even if the suit experiences damage it will not compromise the ability to augment the wearer's strength--except if the computer itself is damaged.

Biotoxin/Chemical screen: Some workplaces offer not only the potential to introduce hard impacts to the workers, but also hazardous airborn elements. Noxious fumes, decayed biomass, bacterial pathogens, cyanogen gases--all are intercepted by the medical grade filtration system and removed from the Goshen user's air supply. Filter replacement is a necessary evil, but like the rest of the suit it has been streamlined into a five step process: remove self from toxic environment, remove filter from rear panel on suit, dispose of expended filter in provided biohazard bag, insert new filter, go back to work. The entire process can be done by a single person, but it tends to go faster if you have someone replace the filter for you. Just be sure to return the favor.

Detailed Information, Optional Equipment:
Energetic Particle Interception Layer: Radiation is always a concern for plant workers and ordnance disposal technicians and while not all material actively radiates damaging energy there are some materials which must be handled with the utmost care. The Goshen provides basic protection from radioactive environments (though it must periodically be sterilized of buildup); the more extreme the radiation, the less time can be spent inside it between sterilization processes. The EPIL is a supplemental add-on to the Goshen; it is somewhat like the old lead suits worn in the early days of nuclear exploitation. Essentially though it is a shroud that absorbs radiation and disintegrates over time. They are cheaply produced so keeping a box of fifty will not strain one's pocketbook.

Micropulse Hydrolytic Converter: Created for use for underwater operation and with the understanding that the denser liquid environment slows movement, the converter adds a light electric charge to the suit. This causes water to be broken down into its constituent atoms upon contact with the suit, effectively creating a small bubble of air that can be moved within. And of course this has no negative impact on the environment as the water quickly reconstitutes.

Null-G Alignment Gyro: A physical add-on intended for microgravity operation. Through a setting control which is mounted on the wrist of the suit (the control is ambidextrously mountable), the Goshen wearer designates "up" and "down" orientations based on personal preference or the needs of the job, and the gyro exerts force in the proper direction to keep the wearer in the chosen alignment.

Magnetic Grip Adaptors: This may yet become a standard feature; this installs electromagnets into contact surfaces, exerting a mild magnetic field which allows wearers to adhere to compatible metals, as well as attach tools directly to the suit if so desired. Thusly tools, loose bolts, debris and such are prevented from freefloating if they are let go of; instead they will simply adhere to the magnetized areas of the suit.


An Introduction to the Goshen:

The M3 Industrial Safety Suit is your first line of defense against the perils of the workplace. Safety is the primary concern in the depths of mines and refineries, and with the Goshen at your disposal you can be guaranteed that your next encounter will be a pleasant one. No advanced training is necessary for the operation of the Goshen; it's as simple as walking and offers no hindrance to normal movement.

Once the Goshen becomes part of your standard equipment workplace accidents will become a thing of the past. Boasting high temperature tolerances to both extremes of the spectrum, impact resistant body casing, advanced environment monitoring and fully integrated power assistance, we at GM hope to provide the backbone of the industrial world greater protection against the dangers inherent in their professions.

Standard features also include toxin filters and corrosive-proof polymer coating, a full rebreather system with hard seals against decompression, as well as a fully thermoreactive undersuit to keep the wearer dry and comfortable. Goshen suits also offer lift assistance to alleviate the stresses of carrying heavy loads without the aid of trams and forklifts; a user in even low physical condition will have no trouble lifting twice what he could be capable of without it.

Modification is also easy and stress free. The Goshen is designed to accept environment-specific alterations many of which are offered free of charge as optional equipment. Working in low gravity is eased with the addition of countermotion thrusters and gyroscopic stabilization supplemented with magnetic grip soles. Radiation becomes less of a concern when the undersuit is enhanced by a liquid interception layer, and underwater operation is hastened through the use of the Personal Area Density Modifier (which uses electrical micropulses to create an air bubble around the wearer).

Regardless of your needs Goshen suits offer one thing above all else: peace of mind. Once you put it to the test your doubs will be laid to rest.
 
Hmm...while that covers a lot of what I had in mind, I don't see the "power-assisted" part anywhere in that quote. It leaves room for competition, eh?


EDIT: There's something I just thought of, in which the maneuvering thrusters would have a small fire-control computer that would link into the assault rifle, allowing it to be fired in microgravity without sending the user careening wildly; also it would serve very well for crew trying to repair their ship without getting cooked by a near miss.
 
Is this body armor, then?
 
It qualifies as it, yes, I suppose that it does. The level of amplification is directly related to the wearer's strength. Negative-feedback isn't a new idea but it's one that works; it's limited to doubling the wearer's strength because of the risks involved in the amplifcation of unenhanced troops and workers.

The strength enhancing element of the battlesuit would be exceptionally useful for opening a stuck valve or hefting a heavy piece of equipment. Although the primary intent is for use by soldiers it could be equally at home assisting repair crews who are trying to keep their ship from falling apart.

Actually I think I'm repeating things but at the moment it might not matter too much.
 


Just a rough sketch of how the suit might look.


Essentially, the upper torso is encased in a shell that also contains the power pack and the life support equipment along with a small backup battery and a spare canister of ammunition for the rifle.
The helmet is for all intents and purposes a ball turret made miniature and fitted into the opening where the wearer's head fits through; the standard ball joint is used for the shoulders and the arms are protected by durable sleeving.
The lower torso is also covered, as are the legs; the greaves contain small gyroscopes and also magnetic generators which measure the angle of the surface that is being stood on and provides appropriate grip. To supplement that the soles are also covered in a semiadhesive surface which can be made more or less adherent as needed when there are no metal surfaces to magnetize to.
The faceplate is coated in a polarizing layer which reacts automatically to changes in brightness intensity. While it is normally transparent the faceplate will immediately darken if the wearer turns to face a powerful light source, such as a spotlight, welding torch or celestial body in close proximity.
The rifle is .30 calibre as stated before; however this refers to the width of the barrel as the weapon itself uses pulsed energy rounds instead of solid ammunition. Each canister provides around 500 shots before it must be discarded. The weapon also features a 10" bayonet which can be folded against the stock when not in use. Each suit also has an energy projector in each arm which emits from above the wrists; these are intended more for use in repair work though they make handy weapons in close quarters. They can also double as cutting torches to improvise an entry or exit as well as remove paneling from around damaged systems when there is no time to properly unbolt covers and hatches.
 

Half-Life'd /10 Insta-win.

Anyway, I like the concept, myself. Any Combat Arm would feel a lot safer and be more useful in an armor that doubles strength, if only for that use alone.
 
The real trouble with designing armor is that you're pressed to be original and not draw on existing setups while at the same time making it look functional and not too fantastic. I know some people like to put fins on everything and have ginormous shoulderpads.
 
Well, from looking at the picture, it actually looks bulkier than a Harpy Power Armor... so, wouldn't the odds be that this wouldn't be just bodyarmor after all?

Battlesuit might be a good appellation after all.
 
If anything, normal combat gear would not give good protection at all if you had to leave your Power Armor. An exoskeleton of some sort would provide decent protection if a pilot finds himself without his power armor, and it would might also allow those of us with Yamataian Combat Arms (like me, heh) to try to catch up to the Neko Combat Arms.
 
Don't you think that instead of having that bulky battlesuit that you'd be better off just wearing a Harpy or daisy power armor? Both are less bulky than the battlesuit in this submission.

Bear in mind I am not debating the feasability of the submission so muchas saying that KFY armor bays aren't going to use their much contingented space (small ships have small armor storage) to put a battlesuit when they could add in a more performant power armor instead.
 
The beauty of it is that when it's not in use the leg armor and sleeving both fold flat, then telescope in, letting them fit into the torso armor, and from that point the torso shell can also be folded flat, leaving a small cube about 50cm on a side.

That doesn't sound too implausible, does it?
 
Jack Greyfox said:
What does normal out-of-Power-Armor combat dress look like, anyway?
In the Star Army of Yamatai, power armors are combat dress. The Star Army generally doesn't do unarmored combat.
 
On the off chance that you manage to catch your prey in a vulnerable position you won't need a panzerfaust to kill him. You could also hope to get lucky and hit a tender spot in the armor (or if you're cheap just use armor-piercing rounds).

Let's not forget that wearable armor is a compromise between comfort and functionality. If it's too heavy the troops won't wear it; same thing if it doesn't fit properly. Therefore armor can only be so strong and weapons have a good possibility of compromising its integrity.

Also pistols--the right kind anyway--are an effective method of deterrent; though they are somewhat lacking in power pistols are provided as backup weapons for situations where larger and more cumbersome arms would hinder the soldier's fighting ability. (The Israeli Uzi is a prime example of this: while it's not as powerful and lacks the range of a Kalashnikov assault rifle it's perfectly suited to close quarters such as trenches and hallways.)
 
So then one would have his Power Armor equipped with a pistol holster on it's side and actually use said pistol, which the PA could crush in one hand?
 
Jack Greyfox said:
So then one would have his Power Armor equipped with a pistol holster on it's side and actually use said pistol, which the PA could crush in one hand?

Mindy's page said:
Some pilots strap their issued sidearms (such as the Type 27 or Type 28 NSP) or extra rations to their Mindy in case of emergency, or use the CFWEP Package (particularly in 5th Expeditionary Fleet).
 
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