NationStates Jolt Archive


[AFRP]Tecnology in the Works!

A Few Rich People
17-01-2004, 05:12
http://www.mus-his.city.osaka.jp/news/symbol/symbol.gif
AFRP News Division: A Subsidiary of Mikosolf Corperation

Today AFRP Ground Weapon Division (GWD) has announce a 500 billion dollar project. The creation of more efficent soldier sized "exoskeleton". Though the tecnology allready exists in the so-called "Mechs", which utilize hard armor with a mind/machine interfacing system, are far to bulky and onyl usuful in special circumstances.

These A.M.I. (Armored Mobile Infantry) suites would combine the benefits of hardened armor with the mobility and versitility of a regular infantry soldier.

Despite the benefits of such tecnology even the most optomistic predict at least a 15 year R&D stage before moving into testing. But this has not damped enthusiasum over the prospect.

"It took us ten years to create a working mind/machine interface, and even then the "optomists" said twenty," said John Micovik, an engineer on the MMI project almost two decades ago.

Furthermore, AFRP Air Weapon Division (AWD) is announcing that the combining more powerful engines into a Harrier like design for fast moving transports or combat vehicles. Has been competed, allowing for many more of our arcaic aircraft designs (modern stuff) to take off in less room. Even allowing for a limited self sustained V.E.I.D. (vertical entry infantry deployment) to be in the works.

However, the inovation does not stop there, the AWD is also considering designing V.S.L.S. (vertical squadron launchign system) to get planes off the ground much like a carrier. The key differance is instead of being launched of a short landing deck it is launched into the air at estimatly 4.5-5gs!

More to come as R&D continues. This is Tiffany Fay for AFRP News Division saying back to you John!

(OOC: Comments welcomed!)
17-01-2004, 05:18
Our tactical analyists remind you that launching the planes is not enough - they have to land too, and your VSLS system probably will not be able to handle that.

How much protection and enhancement does your exo-skeleton offer? If it is a reasonable amount, I think one of my Regionmates might be interested...
A Few Rich People
17-01-2004, 05:25
The launching system is just that, a launching system, landing would be a standard runway procedeure (sp) it is merely a defensive system to allow a faster scrambing of jets to the defense of our corperation.

As to the exoskeleton we are looking to design one that can take at least any sized hollow point as well as a AP round up to about a .55 calibur round. The estimated thickness would (for depleted uranium the metal currently being tossed around the office) is about 1/4 of an inch thick (please let me know if its way off).

Though we continually weight train our soldiures to carry over what they could have as standard gear we estimate that with the right interlinking of servos and gear systems that a 3 to 5 strenght increase (of the usure), as well at a .13 increase in standing jump range, and a extented distance jogging pace at around 13.4 mph all out run to high twenties.
17-01-2004, 06:55
OOC: Uranium is pretty heavy. I'm not sure if your average grunt would be able to run around in it, unless you have it become powered armor.

IC:
We will notify our regionmate of this... He might be interested.
A Few Rich People
17-01-2004, 07:03
OOC:

The Mikosolf Corperation is currently looking to create smaller more efficient exoskeletons than our current, as outsiders have called them, "Mech" designs.

Our current standing is we have the intergration (mind/machine interface for our current skeletons) but these still pose problems:

Actuation - Designers will have to give the machine the ability to move smoothly, so that it's not too awkward for the wearer. Like the engine, actuators must be quiet and efficient.

Power source - The exoskeleton must have enough power to run for at least 24 hours before refueling. Power must also be generated by a pack that can be worn by a person. Creating a machine that makes zero noise could be the most difficult task facing exoskeleton developers. The machine will be powered by some type of engine, so how will they prevent that engine from making noise?

Structural materials - The exoskeleton will have to be made out of composite materials that are strong, lightweight and flexible. The material must also be capable of protecting itself and its wearer from enemy fire.

(Posting in a funding topic by ATA)