Category:Biological: Difference between revisions
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The Throg invasion brought bio-mech technology to the galaxy. Bio-mechs combine bio-engineered materials, metal, technology, and nanotechnology to design a unique class of mech. Bio-mechs don't use the AFC core technology of technological mechs. Instead the biological tissue seems to generate energy constantly for the weaponry, some bio-mechs equip bio-cell pods to further boost this energy generation. While less dangerous then an AFC on breach, the bio-energy they use is a bit more exhaustable. The system does benefit from having far less heat problems then AFC technology. However, biomechs that fire too wildly can end up with all energy reserves drained and helpless. | |||
Though a biomech incorporates flesh into its design, it is by no means weak. Their design often incorporates various metal alloys as structural members and reinforcing armor plates, combining tough sinew and hardened steel. Some of the more advanced alloys used with conventional tech mecha does not work well with the nanite reconstruction technology of the biomech, leaving biomechs to have weaker metal armor plates then their technological counterparts. | |||
What's even stranger still is the biomech ability to infect and subvert captured technology. The afflicted mech is filled with a sinewy biomass that infiltrates its interior. The AFC reactor in most cases is discarded, and the biomass replaces its energy generating capabilities. Weaponry is subverted and altered to fire Throg munitions. The process tends to subvert and diminish the structural integrity of the host mech to a degree, most Throgg conversion mechs can take less fire before they are destroyed, but they all benefit from the nanite repair systems. | |||
Throgg weaponry focuses more on matter conversion over energy or explosive ordinances. It includes acid lasers, chemical projectiles which break down metal on a molecular level. When ordinance calls for something explosive, bio-mech weaponry tends to respond with sonic shockwaves as the answer. These sorts of attacks are something conventional mecha were not designed to defend against, a lot of mechs with specialized armors find they have defensive holes to biomech weaponry, such as the [[Minotaur]]'s armor. | |||
Biological mechs, more often then not are built to skirmishing roles, and are lightly armored and agile weapons platforms. There are few biomechs that are really designed to go toe to toe with other mechs. | |||
As of recent years some of the technology is being reverse engineered. There are a few mech engineers who managed to retrofit Throg technology to conventional mecha, though it's rather rare. | |||
[[Category:Mecha|2]] | |||
Latest revision as of 10:15, 29 December 2023
The Throg invasion brought bio-mech technology to the galaxy. Bio-mechs combine bio-engineered materials, metal, technology, and nanotechnology to design a unique class of mech. Bio-mechs don't use the AFC core technology of technological mechs. Instead the biological tissue seems to generate energy constantly for the weaponry, some bio-mechs equip bio-cell pods to further boost this energy generation. While less dangerous then an AFC on breach, the bio-energy they use is a bit more exhaustable. The system does benefit from having far less heat problems then AFC technology. However, biomechs that fire too wildly can end up with all energy reserves drained and helpless.
Though a biomech incorporates flesh into its design, it is by no means weak. Their design often incorporates various metal alloys as structural members and reinforcing armor plates, combining tough sinew and hardened steel. Some of the more advanced alloys used with conventional tech mecha does not work well with the nanite reconstruction technology of the biomech, leaving biomechs to have weaker metal armor plates then their technological counterparts.
What's even stranger still is the biomech ability to infect and subvert captured technology. The afflicted mech is filled with a sinewy biomass that infiltrates its interior. The AFC reactor in most cases is discarded, and the biomass replaces its energy generating capabilities. Weaponry is subverted and altered to fire Throg munitions. The process tends to subvert and diminish the structural integrity of the host mech to a degree, most Throgg conversion mechs can take less fire before they are destroyed, but they all benefit from the nanite repair systems.
Throgg weaponry focuses more on matter conversion over energy or explosive ordinances. It includes acid lasers, chemical projectiles which break down metal on a molecular level. When ordinance calls for something explosive, bio-mech weaponry tends to respond with sonic shockwaves as the answer. These sorts of attacks are something conventional mecha were not designed to defend against, a lot of mechs with specialized armors find they have defensive holes to biomech weaponry, such as the Minotaur's armor.
Biological mechs, more often then not are built to skirmishing roles, and are lightly armored and agile weapons platforms. There are few biomechs that are really designed to go toe to toe with other mechs.
As of recent years some of the technology is being reverse engineered. There are a few mech engineers who managed to retrofit Throg technology to conventional mecha, though it's rather rare.
Subcategories
This category has the following 4 subcategories, out of 4 total.
