Infantry Equipment

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

APEX Specialized Cloak Field. No skill required.(NO SKILLS REQUIRED)

The cloak field absorbs electromagnetic emissions and manipulates light to render the dropsuit practically invisible. When active, the field alters the magnetic permeability of the suit’s surface area to generate a negative refractive index. While cloaked, the suit’s susceptibility to magnetometric waves is moderately reduced, allowing it to evade all but the most sensitive scanning systems. However, cascading distortion introduced by weapon or equipment activation will desychronize the suit’s sensors and short-circuit the cloak.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The cloak field absorbs electromagnetic emissions and manipulates light to render the dropsuit practically invisible. When active, the field alters the magnetic permeability of the suit’s surface area to generate a negative refractive index. While cloaked, the suit’s susceptibility to magnetometric waves is moderately reduced, allowing it to evade all but the most sensitive scanning systems. However, cascading distortion introduced by weapon or equipment activation will desychronize the suit’s sensors and short-circuit the cloak.

The cloak field absorbs electromagnetic emissions and manipulates light to render the dropsuit practically invisible. When active, the field alters the magnetic permeability of the suit’s surface area to generate a negative refractive index. While cloaked, the suit’s susceptibility to magnetometric waves is moderately reduced, allowing it to evade all but the most sensitive scanning systems. However, cascading distortion introduced by weapon or equipment activation will desychronize the suit’s sensors and short-circuit the cloak.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The cloak field absorbs electromagnetic emissions and manipulates light to render the dropsuit practically invisible. When active, the field alters the magnetic permeability of the suit’s surface area to generate a negative refractive index. While cloaked, the suit’s susceptibility to magnetometric waves is moderately reduced, allowing it to evade all but the most sensitive scanning systems. However, cascading distortion introduced by weapon or equipment activation will desychronize the suit’s sensors and short-circuit the cloak.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

A proximity variant of the F/41 series of remote explosives designed to detonate automatically when an unidentified vehicle signature is detected. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units caught in the blast. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The cloak field absorbs electromagnetic emissions and manipulates light to render the dropsuit practically invisible. When active, the field alters the magnetic permeability of the suit’s surface area to generate a negative refractive index. While cloaked, the suit’s susceptibility to magnetometric waves is moderately reduced, allowing it to evade all but the most sensitive scanning systems. However, cascading distortion introduced by weapon or equipment activation will desychronize the suit’s sensors and short-circuit the cloak.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

A proximity variant of the F/41 series of remote explosives designed to detonate automatically when an unidentified vehicle signature is detected. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units caught in the blast. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

Sending out a triggered pulse of high-frequency magnetometric waves and interpreting the results with an uplinked onboard computer, the Active Scanner gives ground units a snapshot of enemy positions. Projection nodes set at specific angles on the hand-held device, generate a vectored impulse capable of extracting objects from high-noise environments. Feedback from the pulse is filtered to reduce ambient clutter and pinpoint targets lacking IFF signals. Though the amount of energy required to produce the blast is much greater than its on-board power source can readily generate, the Active Scanner makes use of redundant J-24 micro-capacitors to circulate and build the charge up to the required output. The resulting delay between activations is a small price to pay for the enormous tactical advantage the device provides its user.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

A proximity variant of the F/41 series of remote explosives designed to detonate automatically when an unidentified vehicle signature is detected. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units caught in the blast. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The cloak field absorbs electromagnetic emissions and manipulates light to render the dropsuit practically invisible. When active, the field alters the magnetic permeability of the suit’s surface area to generate a negative refractive index. While cloaked, the suit’s susceptibility to magnetometric waves is moderately reduced, allowing it to evade all but the most sensitive scanning systems. However, cascading distortion introduced by weapon or equipment activation will desychronize the suit’s sensors and short-circuit the cloak.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

A proximity variant of the F/41 series of remote explosives designed to detonate automatically when an unidentified vehicle signature is detected. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units caught in the blast. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

The F/41 series of remote explosives are among the most powerful manually triggered demolitions devices available in New Eden. Each unit is reliable and effective, using a mix of three volatile materials to produce a yield high enough to penetrate layered armor, shatter reinforced structures, and decimate infantry units. These explosives are deployed by hand and detonated using a coded frequency generated by the Cortex Holographic Interface, which maintains a database of unique activation ciphers for every charge placed. The F/41 product line also boasts several other advanced features, such as EM hardened circuits, an encrypted multi-frequency receiver, and a lightweight hybrid ceramic frame.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

By projecting a focused harmonic beam into damaged materials, the repair tool channels construction nanites to return the targeted matter to its original state. Its on-board processor interfaces with a forward-facing sensor suite, instantly recognizing vehicles, devices, and personal armor based on microscopic manufacturer's tags. The beam, a bi-channel “hollow laser”, simultaneously acts as both a containment field and transport medium for the nanite swarm, which works to sift unwanted particles from the structure, undo ionization, and reconstruct the atomic patterns of the material. The repair tool has several design innovations, the most surprising probably being the incorporation of Amarr focusing crystal technology. Beyond that, the device also makes use of an advanced K7 nano static co-processor on par with Caldari planet side missile tracking systems and a 55x5 reverse current power cell configuration rarely used beyond self-sustaining Gallente drone units. The result is an elegant tool combining the best technology from several very different design philosophies.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The drop uplink is a slave transponder, a short-range tether that produces the precise spatial coordinates necessary to generate a localized wormhole, traversal of which allows the user to travel short distances instantly. Highly experimental, the process is excruciatingly painful and exposes organic tissue to excessive radiation, resulting in accelerated cellular decay and, ultimately, death.

The nanite injector delivers an active helix directly into the bloodstream of the downed victim, whereupon individual subunits work to suppress the pain response, repair tissue and organ damage and reestablish regular cardiac rhythm. If administered in time, first-phase resuscitation (defined as ‘minimum-essential combat functionality') is typically achievable, though some psychological trauma is to be expected.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.

The nanohive is one of the most advanced pieces of battlefield technology to date, able to convert formatted matter from its limited internal stores and reorganize it into any kind of ammunition. When a soldier approaches, the nanohive receives an automated request from the Cortex Holographic Interface instructing swarms of self-replicating construction nanites to begin producing whatever type of ammunition that soldier requires. The device itself is composed of three major parts: a composite carbon polymer shell, heavily shielded to prevent potentially disruptive ambient electronic interference; a low-level replicator assembly housing the initial seed swarm; and a C11 power core capable of producing class-one containment fields, confining the nanite swarm as it replicates to its maximum sustainable mass. There is, however, no central computer; each nanite is born with a complete set of instructions on how to create every known variety of ammunition round.