ΔV: Wiki - User contributions [en]

AEMD-14 Mass Driver

2022-05-06T23:05:43Z

WinsAtNothing: Created page with "== Description == This semi-autonomous variant of the EMD-14 uses sensors to automatically adjust targeting within a narrow arc, to more accurately hit distant targets. == User Manual == * Deals kinetic damage. * Requires kinetic ammunition storage. * Automatically adjusts aim in a narrow cone in front of the ship. == Technical Information == {| class="wikitable" |+ !Power Consumption (peak) !750 MW |- |Projectile Mass |10 kg |- |Gimbal Speed |36 deg/s |- |Muzzle Velo..."

== Description ==
This semi-autonomous variant of the EMD-14 uses sensors to automatically adjust targeting within a narrow arc, to more accurately hit distant targets.

== User Manual ==

* Deals kinetic damage.
* Requires kinetic ammunition storage.
* Automatically adjusts aim in a narrow cone in front of the ship.

== Technical Information ==
{| class="wikitable"
|+
!Power Consumption (peak)
!750 MW
|-
|Projectile Mass
|10 kg
|-
|Gimbal Speed
|36 deg/s
|-
|Muzzle Velocity
|4500 m/s
|-
|Rate of Fire
|2 pps
|-
|Mass
|4500 kg
|-
|Manufacturer
|Conlido RVM
|}

ERFMD-17 Mass Driver

2022-05-06T22:55:11Z

WinsAtNothing:

== Description ==
The Mk17 Electromagnetic Mass Driver fires 10 kg projectiles of iron-vanadium allow at 3000 m/s. Its slugs are shaped for ice fracturing, designed to impart shock without overpenetration.

== User Manual ==

* Deals kinetic damage.
* Requires kinetic ammunition storage.

== Technical Information ==
{| class="wikitable"
|+
!Power Consumption (peak)
!500 MW
|-
|Projectile Mass
|10 kg
|-
|Muzzle Velocity
|3000 m/s
|-
|Rate of Fire
|5 pps
|-
|Mass
|5000 kg
|-
|Manufacturer
|Conlido RVM
|}

EMD-14 Mass Driver

2022-05-06T22:54:45Z

WinsAtNothing:

== Description ==
The Mk14 Electromagnetic Mass Driver fires 10 kg projectiles of iron-vanadium alloy at 4500 m/s. Its slugs are shaped for ice fracturing, designed to impart shock without overpenetration.

== User Manual ==

* Deals kinetic damage.
* Requires kinetic ammunition storage.

== Technical Information ==
{| class="wikitable"
|+
!Power Consumption (peak)
!750 MW
|-
|Projectile Mass
|10 kg
|-
|Muzzle Velocity
|4500 m/s
|-
|Rate of Fire
|2 pps
|-
|Mass
|3000 kg
|-
|Manufacturer
|Conlido RVM
|}

ERFMD-17 Mass Driver

2022-05-06T22:29:07Z

WinsAtNothing:

ERFMD-17 Mass Driver

2022-05-06T22:27:39Z

WinsAtNothing: Created page with "== Description == The Mk17 Electromagnetic Mass Driver fires 10 kg projectiles of iron-vanadium allow at 3000 m/s. Its slugs are shaped for ice fracturing, designed to impart shock without overpenetration. == User Manual == * Deals kinetic damage. * Requires kinetic ammunition storage. == Technical Information == {| class="wikitable" |+ !Power Consumption (peak) !750 MW |- |Projectile Mass |10 kg |- |Muzzle Velocity |4500 m/s |- |Rate of Fire |2 pps |- |Manufacturer |..."

== Description ==
The Mk17 Electromagnetic Mass Driver fires 10 kg projectiles of iron-vanadium allow at 3000 m/s. Its slugs are shaped for ice fracturing, designed to impart shock without overpenetration.

== User Manual ==

* Deals kinetic damage.
* Requires kinetic ammunition storage.

== Technical Information ==
{| class="wikitable"
|+
!Power Consumption (peak)
!750 MW
|-
|Projectile Mass
|10 kg
|-
|Muzzle Velocity
|4500 m/s
|-
|Rate of Fire
|2 pps
|-
|Manufacturer
|Conlido RVM
|}
[[Category:Equipment]]

EMD-14 Mass Driver

2022-05-06T22:23:36Z

WinsAtNothing: Created page with "== Description == The Mk14 Electromagnetic Mass Driver fires 10 kg projectiles of iron-vanadium alloy at 4500 m/s. Its slugs are shaped for ice fracturing, designed to impart shock without overpenetration. == User Manual == * Deals kinetic damage. * Requires kinetic ammunition storage. == Technical Information == {| class="wikitable" |+ !Power Consumption (peak) !750 MW |- |Projectile Mass |10 kg |- |Muzzle Velocity |4500 m/s |- |Rate of Fire |2 pps |- |Mass |3000 kg..."

External Impact Absorber

2022-05-06T22:16:09Z

WinsAtNothing: Created page with "== Description == Cradle-mounted impact absorber well suited for high-mass, low-velocity collisions common in the rings, as well as microwave beams and laser beams. Does not provide suitable protection from hypervelocity impacts of mass-drivers. Cradle can be disengaged in an emergency. == User Manual == * Provides protection against heat, microwave, and low to mid velocity impacts. * Can be ejected by disabling the hardpoint. * Empty cradle arm can catch drones and li..."

== Description ==
Cradle-mounted impact absorber well suited for high-mass, low-velocity collisions common in the rings, as well as microwave beams and laser beams. Does not provide suitable protection from hypervelocity impacts of mass-drivers. Cradle can be disengaged in an emergency.

== User Manual ==

* Provides protection against heat, microwave, and low to mid velocity impacts.
* Can be ejected by disabling the hardpoint.
* Empty cradle arm can catch drones and lifepods.

== Technical Information ==
{| class="wikitable"
|+
!Mass
!8000 kg
|-
|Cradle Mass
|500 kg
|-
|Manufacturer
|Conlido RVM
|}

Hardpoint

2022-05-06T22:10:15Z

WinsAtNothing: /* Low-Stress Hardpoint */

Standardized equipment mounts of most civilian ships in 23th century allow wide variety of equipment to be mounted into any ship - provided it has power required to operate it.

Mining ships typically mount [[railgun]]s, [[coilgun]]s, [[laser]]s or [[microwave]] systems for their job, but hardpoint can be used to attach exotic equipment like [[drones]].

Hardpoints are used to modularly mount equipment.

== High-Stress Hardpoint ==
[[MPI Railgun Mk I]]

[[AR-1500 Manipulator]]

[[EINAT Kzinti Lesson Mk II]]

[[NANI]]

== Low-Stress Hardpoint ==
''*Low-stress equipment may also be mounted to high-stress hardpoints.''

[[External Impact Absorber]]

[[EMD-14 Mass Driver]]

[[ERFMD-17 Mass Driver]]

[[AEMD-14 Mass Driver]]

[[B8 Claim Beacon]]

[[MWG Microwave Emitter]]

[[THI Cargo Container]]

[[CL-150 Mining Laser]]

[[Point Defense Microwave Generator]]

[[CL-200AP Pulse Mining Laser]]

[[SPC Gungnir]]

[[CL-600P Pulse Mining Laser]]

== Drone Hardpoint ==
''*Drone equipment may also be mounted to low-stress hardpoints.''

MPI Tug Drones

MLF Haul Drones

OME Maintenance Drones

[[Category:Equipment]]

Hardpoint

2022-05-06T22:09:22Z

WinsAtNothing: /* Low-Stress Hardpoint */

Standardized equipment mounts of most civilian ships in 23th century allow wide variety of equipment to be mounted into any ship - provided it has power required to operate it.

Mining ships typically mount [[railgun]]s, [[coilgun]]s, [[laser]]s or [[microwave]] systems for their job, but hardpoint can be used to attach exotic equipment like [[drones]].

Hardpoints are used to modularly mount equipment.

== High-Stress Hardpoint ==
[[MPI Railgun Mk I]]

[[AR-1500 Manipulator]]

[[EINAT Kzinti Lesson Mk II]]

[[NANI]]

== Low-Stress Hardpoint ==
[[External Impact Absorber]]

[[EMD-14 Mass Driver]]

[[ERFMD-17 Mass Driver]]

[[AEMD-14 Mass Driver]]

[[B8 Claim Beacon]]

[[MWG Microwave Emitter]]

[[THI Cargo Container]]

[[CL-150 Mining Laser]]

[[Point Defense Microwave Generator]]

[[CL-200AP Pulse Mining Laser]]

[[SPC Gungnir]]

[[CL-600P Pulse Mining Laser]]

== Drone Hardpoint ==
''*Drone equipment may also be mounted to low-stress hardpoints.''

MPI Tug Drones

MLF Haul Drones

OME Maintenance Drones

[[Category:Equipment]]

MPI Railgun Mk I

2022-05-06T22:08:18Z

WinsAtNothing:

==Description==
A railgun relies on direct contact of the projectile with guiding rails to form an electrical circuit, inducing the electromagnetic force which accelerates the projectile. While this simple design offers great velocities and impressive rates of fire, friction lowers the power efficiency and it wears faster than coilguns.

== User Manual ==

* Deals kinetic damage.
* Requires kinetic ammunition storage.

== Technical Information ==
{| class="wikitable"
|+
!Power Consumption (peak)
!800 MW
|-
|Projectile Mass
|2 kg
|-
|Muzzle Velocity
|7500 m/s
|-
|Rate of Fire
|10 pps
|-
|Mounting Location
|High-stress only
|-
|Mass
|2000 kg
|-
|Manufacturer
|Mars Power Industries
|}

MPI Railgun Mk I

2022-05-06T22:05:45Z

WinsAtNothing: Created page with "==Description== A railgun relies on direct contact of the projectile with guiding rails to form an electrical circuit, inducing the electromagnetic force which accelerates the projectile. While this simple design offers great velocities and impressive rates of fire, friction lowers the power efficiency and it wears faster than coilguns."

Hardpoint

2022-05-06T22:02:55Z

WinsAtNothing: /* High-Stress Hardpoint */

Standardized equipment mounts of most civilian ships in 23th century allow wide variety of equipment to be mounted into any ship - provided it has power required to operate it.

Mining ships typically mount [[railgun]]s, [[coilgun]]s, [[laser]]s or [[microwave]] systems for their job, but hardpoint can be used to attach exotic equipment like [[drones]].

Hardpoints are used to modularly mount equipment.

== High-Stress Hardpoint ==
[[MPI Railgun Mk I]]

[[AR-1500 Manipulator]]

[[EINAT Kzinti Lesson Mk II]]

[[NANI]]

== Low-Stress Hardpoint ==
External Impact Absorber

EMD-14 Mass Driver

ERFMD-17 Mass Driver

AEMD-14 Mass Driver

B8 Claim Beacon

MWG Microwave Emitter

THI Cargo Container

CL-150 Mining Laser

Point Defense Microwave Generator

CL-200AP Pulse Mining Laser

SPC Gungnir

CL-600P Pulse Mining Laser

== Drone Hardpoint ==
''*Drone equipment may also be mounted to low-stress hardpoints.''

MPI Tug Drones

MLF Haul Drones

OME Maintenance Drones

[[Category:Equipment]]

NANI

2022-05-06T22:01:35Z

WinsAtNothing: Created page with "== Description == The long-range Nanoparticle Activated Nuclear Incinerator uses a continuous nuclear detonation from internal uranium-salt tanks to provide unparalleled thermal output. Internal uranium tanks provide almost a minute of continuous burn and require replacement upon depletion. For obvious reasons, installation is limited to high-stress hardpoints only. == User Manual == * Deals mild kinetic and extreme thermal damage. * Draws propellant from the main tank..."

== Description ==
The long-range Nanoparticle Activated Nuclear Incinerator uses a continuous nuclear detonation from internal uranium-salt tanks to provide unparalleled thermal output. Internal uranium tanks provide almost a minute of continuous burn and require replacement upon depletion. For obvious reasons, installation is limited to high-stress hardpoints only.

== User Manual ==

* Deals mild kinetic and extreme thermal damage.
* Draws propellant from the main tanks.
* Can fire for a limited time per dive.

== Technical Information ==
{| class="wikitable"
|+
!Effective Range
!1000 m
|-
|Power Consumption
|200 MW
|-
|Thermal Consumption
|2 GW
|-
|Output Power
|230 GW
|-
|Mounting Location
|High-stress only
|-
|Mass
|10000 kg
|-
|Manufacturer
|Omaewamou-Shindeiru
|}

EINAT Kzinti Lesson Mk II

2022-05-06T21:56:23Z

WinsAtNothing:

== Description ==
A short-range magnetoplasma thrower utilizes thruster technology to rapidly deliver over 18 GW of heat directly in front of the ship. Plasma is drawn directly from the ship's reactor. For obvious reasons, installation is limited to high-stress hardpoints only.

== User Manual ==

* Deals mild kinetic and heavy thermal damage.
* Draws propellant from the main tanks.

== Technical Information ==
{| class="wikitable"
|+
!Effective Range
!100 m
|-
|Power Consumption
|200 MW
|-
|Thermal Consumption
|18.4 GW
|-
|Output Power
|18 GW
|-
|Mounting Location
|High-stress only
|-
|Mass
|2750 kg
|-
|Manufacturer
|Elon Interstellar
|}

EINAT Kzinti Lesson Mk II

2022-05-06T21:55:42Z

WinsAtNothing: Created page with "== Description == A short-range magnetoplasma thrower utilizes thruster technology to rapidly deliver over 18 GW of heat directly in front of the ship. Plasma is drawn directly from the ship's reactor. For obvious reasons, installation is limited to high-stress hardpoints only. == User Manual == * Deals mild kinetic and heavy thermal damage. * Draws propellant from the main tanks. {| class="wikitable" |+ !Effective Range !100 m |- |Power Consumption |200 MW |- |Therma..."

== Description ==
A short-range magnetoplasma thrower utilizes thruster technology to rapidly deliver over 18 GW of heat directly in front of the ship. Plasma is drawn directly from the ship's reactor. For obvious reasons, installation is limited to high-stress hardpoints only.

== User Manual ==

* Deals mild kinetic and heavy thermal damage.
* Draws propellant from the main tanks.

{| class="wikitable"
|+
!Effective Range
!100 m
|-
|Power Consumption
|200 MW
|-
|Thermal Consumption
|18.4 GW
|-
|Output Power
|18 GW
|-
|Mounting Location
|High-stress only
|-
|Mass
|2750 kg
|-
|Manufacturer
|Elon Interstellar
|}

AR-1500 Manipulator

2022-05-06T21:47:16Z

WinsAtNothing:

== Description ==
The Actuated Recovery Manipulator is Triskelion-Armstrong's contribution to the salvage industry. Using relatively inexpensive technologies and being available for any vessel with a high-stress mounting, it became a mainstay of some of the more underfunded salvage, recovery, and search-and-rescue operations across the system.

Some pilots have used this system to enter the industry as independents, though it's important to note that only legitimately salvaged derelicts transfer to the salvager. Authorities may pay a finder's fee or a bounty for ships with a prior owner, provided the salvager is clear of any standing warrants or bounties. In addition, the recent expiration of the patent on SAN-BUS protocols have revealed a capacity for the ARM to handle ore, providing pilots with a more affordable alternative to drones.

== User Manual ==

* Automatically catches ships, small asteroids, and ore.
* Derelict or disabled pirate ships can be claimed upon return to the station.
* Will attempt to move caught items into the cargo bay when you open the excavator.
* Disable the hardpoint to release item held.

== Technical Information ==
{| class="wikitable"
|+
!Arm Strength
!1500 kN
|-
|Reach
|40 m
|-
|Power Draw (peak)
|180 MW
|-
|Mounting Location
|High-stress only
|-
|Mass
|8000 kg
|-
|Manufacturer
|Triskelion-Armstrong
|}

AR-1500 Manipulator

2022-05-06T21:42:05Z

WinsAtNothing: Created page with "The Actuated Recovery Manipulator is Triskelion-Armstrong's contribution to the salvage industry. Using relatively inexpensive technologies and being available for any vessel with a high-stress mounting, it became a mainstay of some of the more underfunded salvage, recovery, and search-and-rescue operations across the system. Some pilots have used this system to enter the industry as independents, though it's important to note that only legitimately salvaged derelicts t..."

The Actuated Recovery Manipulator is Triskelion-Armstrong's contribution to the salvage industry. Using relatively inexpensive technologies and being available for any vessel with a high-stress mounting, it became a mainstay of some of the more underfunded salvage, recovery, and search-and-rescue operations across the system.

Some pilots have used this system to enter the industry as independents, though it's important to note that only legitimately salvaged derelicts transfer to the salvager. Authorities may pay a finder's fee or a bounty for ships with a prior owner, provided the salvager is clear of any standing warrants or bounties. In addition, the recent expiration of the patent on SAN-BUS protocols have revealed a capacity for the ARM to handle ore, providing pilots with a more affordable alternative to drones.

Hardpoint

2022-05-06T21:35:58Z

WinsAtNothing: /* High-Stress Hardpoint */

Standardized equipment mounts of most civilian ships in 23th century allow wide variety of equipment to be mounted into any ship - provided it has power required to operate it.

Mining ships typically mount [[railgun]]s, [[coilgun]]s, [[laser]]s or [[microwave]] systems for their job, but hardpoint can be used to attach exotic equipment like [[drones]].

Hardpoints are used to modularly mount equipment.

== High-Stress Hardpoint ==
MPI Railgun Mk I

[[AR-1500 Manipulator]]

[[EINAT Kzinti Lesson Mk II]]

[[NANI]]

== Low-Stress Hardpoint ==
External Impact Absorber

EMD-14 Mass Driver

ERFMD-17 Mass Driver

AEMD-14 Mass Driver

B8 Claim Beacon

MWG Microwave Emitter

THI Cargo Container

CL-150 Mining Laser

Point Defense Microwave Generator

CL-200AP Pulse Mining Laser

SPC Gungnir

CL-600P Pulse Mining Laser

== Drone Hardpoint ==
''*Drone equipment may also be mounted to low-stress hardpoints.''

MPI Tug Drones

MLF Haul Drones

OME Maintenance Drones

[[Category:Equipment]]

Hardpoint

2022-05-06T21:34:04Z

WinsAtNothing: Added list of hardpoint equipment. Prep to create individual pages.

Standardized equipment mounts of most civilian ships in 23th century allow wide variety of equipment to be mounted into any ship - provided it has power required to operate it.

Mining ships typically mount [[railgun]]s, [[coilgun]]s, [[laser]]s or [[microwave]] systems for their job, but hardpoint can be used to attach exotic equipment like [[drones]].

Hardpoints are used to modularly mount equipment.

== High-Stress Hardpoint ==
MPI Railgun Mk I

AR-1500 Manipulator

EINAT Kzinti Lesson Mk II

NANI

== Low-Stress Hardpoint ==
External Impact Absorber

EMD-14 Mass Driver

ERFMD-17 Mass Driver

AEMD-14 Mass Driver

B8 Claim Beacon

MWG Microwave Emitter

THI Cargo Container

CL-150 Mining Laser

Point Defense Microwave Generator

CL-200AP Pulse Mining Laser

SPC Gungnir

CL-600P Pulse Mining Laser

== Drone Hardpoint ==
''*Drone equipment may also be mounted to low-stress hardpoints.''

MPI Tug Drones

MLF Haul Drones

OME Maintenance Drones

[[Category:Equipment]]