Class 3M Integrated Nano-Composite Armor - Revision history

Cyclops: added specifics on power generation

2025-05-26T01:56:10Z

added specifics on power generation

← Older revision		Revision as of 01:56, 26 May 2025
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	== Sensor Array ==		== Sensor Array ==
	Nanites within the armor act as sensor nodes within the structure, linking via the mesh network to provide 360 degree sensor information to the wearer and the central ECC spanning the EM, Subspace, and Temporal energy bands. Sensors of the armor can be both active and passive as needed.		Nanites within the armor act as sensor nodes within the structure, linking via the mesh network to provide 360 degree sensor information to the wearer and the central ECC spanning the EM, Subspace, and Temporal energy bands. Sensors of the armor can be both active and passive as needed.

			== Power Source ==
			The Class 3M Integrated Nano-Composite Armor is powered by a compact, high-efficiency Spatial Variance Reactor (SVR), which serves as its primary energy supply during standard operations. The SVR provides a continuous output of approximately 7.2 megajoules per hour, sufficient to sustain core systems including life support, shielding, sensors, and movement-assist functions for up to 8 hours without requiring access to external power.

			In addition to the SVR, the armor contains an integrated high-capacity energy reservoir specifically reserved for powered flight. This reserve enables up to 30 minutes of sustained atmospheric flight at a maximum speed of Mach 2.1. During this time, the suit operates entirely from internal stored energy without any contribution from the SVR, as the reserve cannot be replenished during active use.

			The total energy storage capacity of the armor is approximately 157 megajoules, equating to 59.6 kilowatt-hours. This reserve is housed in a distributed matrix of micro-structured energy cells embedded within the suit's nanocomposite layers. Each nanite is capable of storing a fractional charge, allowing for rapid localized power deployment and efficient energy routing. The SVR cannot recharge this flight reserve without full system shutdown, making it a critical strategic asset in high-mobility scenarios.

	== Protection ==		== Protection ==

Cyclops: Changed images

2025-05-22T00:56:56Z

Changed images

← Older revision		Revision as of 00:56, 22 May 2025
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	{{DEFAULTSORT:Integrated Nano-Composite Armor, Class 3M}}[[File:~~{{#setmainimage:class-3m-int~~-~~nano~~-~~armor~~.~~jpg}}~~\|thumb]]		{{DEFAULTSORT:Integrated Nano-Composite Armor, Class 3M}}
	[[File:~~class-3m-advanced-camo~~-~~full~~-1.~~jpg~~\|thumb]]		[[File:Class-3M-Female.png\|thumb\|Class 3M Armor on Female Humanoid]]
	~~[[File:class-3m-advanced-camo-full-2.jpg~~\|~~thumb~~]]		[[File:Class-3M-Male.png\|thumb\|Class 3M Armor on Male Humanoid]]
	[[File:Class-3m-~~deploymant-device~~.png\|thumb\|~~Deployment Platform~~]]		[[File:Class-3M-Platform.png\|thumb\|Class 3M Armor Device]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

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	=== Stealth ===		=== Stealth ===
	The armor has full adaptive camouflage capabilities, by trading off its energy shielding capabilities for holographic projection along with energy absorption abilities. Thus the armor can effectively both bend light and most EM radiation around the armor to produce a nearly invisible effect. By mixing holography with the selective bending of EM radiation the armor can achieve a near perfect effect of advanced adaptive camoflage.		The armor has full [[Adaptive Camouflage\|adaptive camouflage]] capabilities, by trading off its energy shielding capabilities for holographic projection along with energy absorption abilities. Thus the armor can effectively both bend light and most EM radiation around the armor to produce a nearly invisible effect. By mixing holography with the selective bending of EM radiation the armor can achieve a near perfect effect of advanced adaptive camoflage.

	=== Shapeshifting ===		=== Shapeshifting ===

Cyclops at 01:37, 16 June 2023

2023-06-16T01:37:39Z

← Older revision		Revision as of 01:37, 16 June 2023
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb]]		{{DEFAULTSORT:Integrated Nano-Composite Armor, Class 3M}}[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb]]
	[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]
	[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]

Cyclops at 21:28, 15 June 2023

2023-06-15T21:28:36Z

← Older revision		Revision as of 21:28, 15 June 2023
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	[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]
	[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]
			[[File:Class-3m-deploymant-device.png\|thumb\|Deployment Platform]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

Cyclops at 09:13, 1 January 2021

2021-01-01T09:13:33Z

← Older revision		Revision as of 09:13, 1 January 2021
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|~~Full Protective Armor~~]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb]]
			[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]
			[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

	~~<gallery>~~
	~~File:class-3m-advanced-camo-full-1.jpg~~
	~~File:class-3m-advanced-camo-full-2.jpg~~
	~~</gallery>~~

	== Neural Interface ==		== Neural Interface ==

Cyclops at 09:12, 1 January 2021

2021-01-01T09:12:25Z

← Older revision		Revision as of 09:12, 1 January 2021
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	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

	[[File:class-3m-advanced-camo-full-1.jpg~~\|350px\|center]]~~		<gallery>
			File:class-3m-advanced-camo-full-1.jpg
	[[File:class-3m-advanced-camo-full-2.jpg~~\|350px\|center]]~~		File:class-3m-advanced-camo-full-2.jpg
			</gallery>

	== Neural Interface ==		== Neural Interface ==

Cyclops at 09:11, 1 January 2021

2021-01-01T09:11:42Z

← Older revision		Revision as of 09:11, 1 January 2021
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

			[[File:class-3m-advanced-camo-full-1.jpg\|350px\|center]]

			[[File:class-3m-advanced-camo-full-2.jpg\|350px\|center]]

	== Neural Interface ==		== Neural Interface ==
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	=== Stealth ===		=== Stealth ===
	~~Due to the energy absorbing nature of the~~ armor it is possible to configure the surface in such a way as to maximize the energy absorbency of the skin. This configuration allows the wearer to potentially increase their ability to hide or go unnoticed on sensors, especially when coupled with a scattering field or other tools. Metamaterial configurations are also possible that allow energy to somewhat bend around the contours of the armor, similar to adaptive camouflage ~~but less effective -- becoming somewhat transparent.~~		The armor has full adaptive camouflage capabilities, by trading off its energy shielding capabilities for holographic projection along with energy absorption abilities. Thus the armor can effectively both bend light and most EM radiation around the armor to produce a nearly invisible effect. By mixing holography with the selective bending of EM radiation the armor can achieve a near perfect effect of advanced adaptive camoflage.

	~~==== Advanced Adaptive Camouflage ====~~
	~~The armor can be configured to trade~~ off ~~the protective~~ capabilities ~~in favor of a skin-tight suit~~ with ~~minimal detectable signature~~. ~~In full camouflage mode~~ the armor can bend light and ~~other~~ EM radiation around ~~along its surface allowing near total invisibility producing only a slight distortion. Using this mode~~ the armor ~~deploys as a skin-tight suit covering the entire body with minimal aspect, in such a configuration the armor can also~~ produce a ~~holographic~~ effect ~~allowing the wearer to disguise themselves to varying degrees.~~

	~~The disguise can be configured in full-body mode where the armor deploys over the entire skin and produces a holographic image over its own surface or in partial mode~~. ~~If interaction is required and the atmosphere is breathable at the desired location, the armor can leave~~ the ~~head open and project a holographic image onto the skin directly to allow better interaction. The skin~~ of the armor ~~then~~ can ~~produce various simple textures for~~ a ~~more convincing feel.~~

	This is no substitution for other methods such as simple surgical alterations, full prosthetics, or makeup / other cosmetic options for producing a disguise. The primary advantage is in the versatility and adaptability of ~~the armor in the field.~~

	Some wearers may find the full body suit uncomfortable since it has to hug the skin tightly, including over the face if the head piece is being used. A simplified HUD display is protected directly into the eyes if the head is completely covered. Otherwise a HUD will not be available, just like in other modes.

	~~''Using this configuration trades off nearly all the armors other protective qualities in favor of stealth~~.''

	=== Shapeshifting ===		=== Shapeshifting ===
	The nanite network has the ability to alter the shape of the armor and produce extensions to its structure. This means the armor is able to refactor its appearance, shape, and density to fit a variety of situations. This means it can look like different armors of similar mass and can produce simple tools such as physical shields, blunt or sharp weapons, and other simple tools.		The nanite network has the ability to alter the shape of the armor and produce extensions to its structure. This means the armor is able to refactor its appearance, shape, and density to fit a variety of situations. This means it can look like different armors of similar mass and can produce simple tools such as physical shields, blunt or sharp weapons, and other simple tools.

	=== Matter ~~Absorption~~ ===		=== Matter Augmentation ===
	This armor is capable of absorbing simple matter for the nanites to consume and convert into nanomaterials for self repair. The process is power-intensive and requires significant time. However, given enough raw material, time, and power the armor can repair itself indefinitely.		This armor is capable of absorbing simple matter for the nanites to consume and convert into nanomaterials for self repair. The process is power-intensive and requires significant time. However, given enough raw material, time, and power the armor can repair itself indefinitely.

Cyclops at 19:26, 31 December 2020

2020-12-31T19:26:30Z

← Older revision		Revision as of 19:26, 31 December 2020
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
	~~[[File:class-3m-advanced-camo.png\|thumb\|Advanced Camouflage Suit]]~~
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

Cyclops at 19:26, 31 December 2020

2020-12-31T19:26:13Z

← Older revision		Revision as of 19:26, 31 December 2020
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
			[[File:class-3m-advanced-camo.png\|thumb\|Advanced Camouflage Suit]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

Cyclops at 19:26, 31 December 2020

2020-12-31T19:26:00Z

← Older revision		Revision as of 19:26, 31 December 2020
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
	~~[[File:class-3m-advanced-camo.png\|thumb\|Advanced Camouflage Suit]]~~
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

← Older revision		Revision as of 01:37, 16 June 2023
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	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb]]		{{DEFAULTSORT:Integrated Nano-Composite Armor, Class 3M}}[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb]]
	[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]
	[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]

← Older revision		Revision as of 21:28, 15 June 2023
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	[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-1.jpg\|thumb]]
	[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]		[[File:class-3m-advanced-camo-full-2.jpg\|thumb]]
			[[File:Class-3m-deploymant-device.png\|thumb\|Deployment Platform]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

← Older revision		Revision as of 19:26, 31 December 2020
Line 1:		Line 1:
	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
	~~[[File:class-3m-advanced-camo.png\|thumb\|Advanced Camouflage Suit]]~~
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

← Older revision		Revision as of 19:26, 31 December 2020
Line 1:		Line 1:
	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
			[[File:class-3m-advanced-camo.png\|thumb\|Advanced Camouflage Suit]]
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.

← Older revision		Revision as of 19:26, 31 December 2020
Line 1:		Line 1:
	[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]		[[File:{{#setmainimage:class-3m-int-nano-armor.jpg}}\|thumb\|Full Protective Armor]]
	~~[[File:class-3m-advanced-camo.png\|thumb\|Advanced Camouflage Suit]]~~
	Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.		Designed out of collaboration of [[Solas Tempus]] and [[0X-07]], the integrated non-composite armor is built using a combination of [[nanomaterials]] and integrated [[nanites]]. Using the [[Spatial Variance Reactor]] coupled with the [[Encapsulated Computer Core]] the armor is controlled similarly to the [[Class 2M Nanomaterial Armor\|Class 2M]]. The armor is not just a layer of nanomaterials controlled by a computer, instead the computer acts as a central node for a mesh network of nanites that are entirely integrated into the armor, embedded in the nanomaterials themselves.