Tyrandis
28-05-2005, 03:15
OOC: I figure I might as well post some of the stuff I've been building. Please tell me where I could improve or fix any flaws in my equipment. Thanks.
The stuff won't go on sale until I've worked out the kinks, but feel free to indicate interest for purchase if you like. Only allies will be allowed to buy production rights.
IC:
http://pub.tv2.no/multimedia/TV2/archive/00173/Master_Chief__Halo__173063a.jpg
Kodiak Infantry Combat System
Abstract:
The Kodiak Infantry Combat System is an advanced third-generation integrated protective suite for the individual infantryman, developed by the Defense Advanced Research Projects Agency in early 2004. Fielding of the system was completed on May 27th, 2005. Kodiak represents a dramatic upgrade to the warfighting capabilities of the frontline Tyrandisan combatant, and will improve his lethality, survivability, and tactical awareness.
Armor:
A Kodiak-equipped soldier can march to combat with the knowledge that his suite is essentially impervious to kinetic energy projectiles. This incredible claim is made possible through use of three layers of armor. Kodiak also includes full Nuclear-Biological-Chemical protection due to recent proliferation efforts by a number of countries.
The external layer is composed of a lightweight soft armor composite, woven from spider silk and a polyethylene derivative. This is designed to reduce the impact from most small arms, and is capable of deflecting point-blank 7.62x39 millimeter rounds.
Operating on the same principle of medieval chainmail, Kodiak's secondary layer and main protective material is composed of interlocking carbon rings embedded in a three-dimensional matrix. Due to the material's unique chemical structure, not only is deformation from an external pressure resisted by the carbon-carbon bond but also by the mutual repulsion of shared electron clouds around the rings. In practical terms, the half-centimeter of ring carbon material used in Kodiak has roughly the same toughness as 50,000 cm RHA (Rolled Homogenous Armor). Simply put, nothing short of a manportable anti-tank weapon will be able to penetrate this layer.
Finally, a tertiary layer of d3o "Smart Material" is incorporated behind the ring carbon armor, designed to reduce blunt-force trauma that results from impact with large-caliber munitions or repeated strikes by standard kinetic energy weapons. The system works at the molecular level. At low rates of movement (ie; speed of natural movement), d3o molecules will glide past each other. When they are subject to an impact that requires the molecules to move very quickly however (ie; sniper bullet), they instantaneously lock together by linking with each other to form a protective barrier. As soon as the impact has passed they immediately unlock to provide flow and normal flexibility. This sequence of events happens in less than a millisecond, and the faster they are impacted the more quickly the molecules react. The d3o not only protects from hostile projectiles, but also from any scrapes or bruises a soldier might incur during combat.
Optical Camouflage:
The exterior of the Kodiak system is covered with a retroreflective material. An omnidirectional video camera records everything that is behind the infantryman, while a projector beams the image onto the front of the armor, making the soldier appear invisible.
Electronics:
The Kodiak Infantry Combat System incorporates a open electronics architecture that can be split into four individual elements: The weapon, integrated helmet assembly, load-bearing, and battlefield computer/communications.
Weapon Subsystem
This section of the Kodiak's electronics suite is designed for use with the soldier's individual ballistic weapon. The subsystem includes key Electro-Optical components such as the Thermal Weapon Sight, video camera, and the Laser Rangefinder/Digital Compass. The LRF/DC provides the soldier with range and direction information. When coupled with his location from GPS, the soldier has accurate target location when calling for indirect fire and combat identification. This system will allow infantrymen to operate at maximum efficiency in all types of weather and at night.
Integrated Helmet Assembly Subsystem
The Kodiak's technologically advanced helmet is built of a similiar composition to the rest of the body armor. It uses a 0.25 centimeter thick layer of ring carbon as its primary protection, backed by a d30 fabric and ceramic plate. Soft inserts are used to make the helmet as comfortable as possible.
IHAS's helmet mounted computer and sensor display is the soldier's interface to the other subsystems and to the rest of the force via Joint Tactical Information Display System readouts.
Through the helmet mounted display, a Kodiak-equipped infantryman can view computer-generated graphical data, digital maps, intelligence information, troop locations and imagery from his weapon-mounted Thermal Weapon Sight and video camera. This new capability allows the soldier to view around a corner, acquire a target, then fire the weapon without exposing himself, beyond his arms and hands, to the enemy. By scanning an area with his weapon's thermal sight, the soldier will be able to see an area's characteristics, including terrain and enemy positions, and will be able to see through obscurants. The thermal images will appear on a miniature helmet-mounted display. The Night Sensor Display will integrate a helmet mounted display with an image intensifier for access to his computer sensors as cited above. This will allow the soldier to maneuver and engage targets under cover of darkness.
Load-bearing Subsystem
This element of the Kodiak consists of backpack frame design intended to reduce the strain on an infantryman's muscles. Integrated fiber-optic connections are used in the frame as necessary for the soldier's computer/radio connections. A can adjust his backpack frame to adjust the weight distribution from his shoulders to his hips while on the move, thus allowing for reduced fatigue and thus improved situational awareness. The backpack also houses Kodiak's power supply, being a rechargable Lithium-ion battery pack.
Battlefield Computer/Communications Subsystem
The BC/C suite is attached to the Load-Bearing Subsystem. It is integrated into the backpack frame in two parts: The upper portion contains two radios for communications (squad radio and the soldier radio). This system gives the soldier the ability to communicate with others in his squad, greatly improving situational awareness and survivability through increased command and control.
A processing unit is fused to various radios and a Global Positioning System locator in the package. Voice-activated controls allow a Kodiak-equipped soldier to manipulate his computer, key on the radio, change frequencies and send digital information. BC/C has two variants: The command version incorporates two radios and a flat panel display, while soldiers have one radio. With the equipment, commanders and soldiers can exchange information on the fly. Soldiers using their weapon-mounted camera, for example, can send live video of their targets to their leaders.
The lower portion of the Load-Bearing Subsystem contains the computer and GPS system. Integration of the GPS and radio into the BC/C eliminates separate displays, controls and cases, thereby saving weight and reducing power requirements. Menu driven displays are controlled by the soldier via voice controls. Embedded into the load carrying frame are antennas for the GPS and soldier radio. The open architecture of the BC/C allows direct insertion of future upgrades in both hardware and software through USB 2.0 ports installed in the backpack.
The stuff won't go on sale until I've worked out the kinks, but feel free to indicate interest for purchase if you like. Only allies will be allowed to buy production rights.
IC:
http://pub.tv2.no/multimedia/TV2/archive/00173/Master_Chief__Halo__173063a.jpg
Kodiak Infantry Combat System
Abstract:
The Kodiak Infantry Combat System is an advanced third-generation integrated protective suite for the individual infantryman, developed by the Defense Advanced Research Projects Agency in early 2004. Fielding of the system was completed on May 27th, 2005. Kodiak represents a dramatic upgrade to the warfighting capabilities of the frontline Tyrandisan combatant, and will improve his lethality, survivability, and tactical awareness.
Armor:
A Kodiak-equipped soldier can march to combat with the knowledge that his suite is essentially impervious to kinetic energy projectiles. This incredible claim is made possible through use of three layers of armor. Kodiak also includes full Nuclear-Biological-Chemical protection due to recent proliferation efforts by a number of countries.
The external layer is composed of a lightweight soft armor composite, woven from spider silk and a polyethylene derivative. This is designed to reduce the impact from most small arms, and is capable of deflecting point-blank 7.62x39 millimeter rounds.
Operating on the same principle of medieval chainmail, Kodiak's secondary layer and main protective material is composed of interlocking carbon rings embedded in a three-dimensional matrix. Due to the material's unique chemical structure, not only is deformation from an external pressure resisted by the carbon-carbon bond but also by the mutual repulsion of shared electron clouds around the rings. In practical terms, the half-centimeter of ring carbon material used in Kodiak has roughly the same toughness as 50,000 cm RHA (Rolled Homogenous Armor). Simply put, nothing short of a manportable anti-tank weapon will be able to penetrate this layer.
Finally, a tertiary layer of d3o "Smart Material" is incorporated behind the ring carbon armor, designed to reduce blunt-force trauma that results from impact with large-caliber munitions or repeated strikes by standard kinetic energy weapons. The system works at the molecular level. At low rates of movement (ie; speed of natural movement), d3o molecules will glide past each other. When they are subject to an impact that requires the molecules to move very quickly however (ie; sniper bullet), they instantaneously lock together by linking with each other to form a protective barrier. As soon as the impact has passed they immediately unlock to provide flow and normal flexibility. This sequence of events happens in less than a millisecond, and the faster they are impacted the more quickly the molecules react. The d3o not only protects from hostile projectiles, but also from any scrapes or bruises a soldier might incur during combat.
Optical Camouflage:
The exterior of the Kodiak system is covered with a retroreflective material. An omnidirectional video camera records everything that is behind the infantryman, while a projector beams the image onto the front of the armor, making the soldier appear invisible.
Electronics:
The Kodiak Infantry Combat System incorporates a open electronics architecture that can be split into four individual elements: The weapon, integrated helmet assembly, load-bearing, and battlefield computer/communications.
Weapon Subsystem
This section of the Kodiak's electronics suite is designed for use with the soldier's individual ballistic weapon. The subsystem includes key Electro-Optical components such as the Thermal Weapon Sight, video camera, and the Laser Rangefinder/Digital Compass. The LRF/DC provides the soldier with range and direction information. When coupled with his location from GPS, the soldier has accurate target location when calling for indirect fire and combat identification. This system will allow infantrymen to operate at maximum efficiency in all types of weather and at night.
Integrated Helmet Assembly Subsystem
The Kodiak's technologically advanced helmet is built of a similiar composition to the rest of the body armor. It uses a 0.25 centimeter thick layer of ring carbon as its primary protection, backed by a d30 fabric and ceramic plate. Soft inserts are used to make the helmet as comfortable as possible.
IHAS's helmet mounted computer and sensor display is the soldier's interface to the other subsystems and to the rest of the force via Joint Tactical Information Display System readouts.
Through the helmet mounted display, a Kodiak-equipped infantryman can view computer-generated graphical data, digital maps, intelligence information, troop locations and imagery from his weapon-mounted Thermal Weapon Sight and video camera. This new capability allows the soldier to view around a corner, acquire a target, then fire the weapon without exposing himself, beyond his arms and hands, to the enemy. By scanning an area with his weapon's thermal sight, the soldier will be able to see an area's characteristics, including terrain and enemy positions, and will be able to see through obscurants. The thermal images will appear on a miniature helmet-mounted display. The Night Sensor Display will integrate a helmet mounted display with an image intensifier for access to his computer sensors as cited above. This will allow the soldier to maneuver and engage targets under cover of darkness.
Load-bearing Subsystem
This element of the Kodiak consists of backpack frame design intended to reduce the strain on an infantryman's muscles. Integrated fiber-optic connections are used in the frame as necessary for the soldier's computer/radio connections. A can adjust his backpack frame to adjust the weight distribution from his shoulders to his hips while on the move, thus allowing for reduced fatigue and thus improved situational awareness. The backpack also houses Kodiak's power supply, being a rechargable Lithium-ion battery pack.
Battlefield Computer/Communications Subsystem
The BC/C suite is attached to the Load-Bearing Subsystem. It is integrated into the backpack frame in two parts: The upper portion contains two radios for communications (squad radio and the soldier radio). This system gives the soldier the ability to communicate with others in his squad, greatly improving situational awareness and survivability through increased command and control.
A processing unit is fused to various radios and a Global Positioning System locator in the package. Voice-activated controls allow a Kodiak-equipped soldier to manipulate his computer, key on the radio, change frequencies and send digital information. BC/C has two variants: The command version incorporates two radios and a flat panel display, while soldiers have one radio. With the equipment, commanders and soldiers can exchange information on the fly. Soldiers using their weapon-mounted camera, for example, can send live video of their targets to their leaders.
The lower portion of the Load-Bearing Subsystem contains the computer and GPS system. Integration of the GPS and radio into the BC/C eliminates separate displays, controls and cases, thereby saving weight and reducing power requirements. Menu driven displays are controlled by the soldier via voice controls. Embedded into the load carrying frame are antennas for the GPS and soldier radio. The open architecture of the BC/C allows direct insertion of future upgrades in both hardware and software through USB 2.0 ports installed in the backpack.