Difference between revisions of "User:Cal Hydar/Sandbox"

Revision as of 05:13, 28 January 2009

Please note: All content on this page is for personal testing purposes. Please do not edit this page.

1 Ideas
2 To Do List
3 Created Pages
4 Conflict Timeline Idea
5 Defense Guide
- 5.1 Terminology
6 Tanking Overview
- 6.1 Shield
- 6.2 Armor
- 6.3 Hull
- 6.4 Range
- 6.5 Speed
- 6.6 Buffer
7 Damage Types Overview
8 Defense Module Overheating
9 Shield Defenses
10 Armor Defenses
11 Hull Defenses
12 Speed Defenses
13 Example Fits

Ideas

War and Major Conflict Timeline

To Do List

(Ongoing) Cleaning up alliance and corporation pages as much as possible with the information I have.

(Ongoing) Expanding stubs as much as possible

Defense Guide

~~Weapons Guide~~

~~Figure out problem with linking from ItemDB. Link shows red, but still works - Ex: Shield Recharger II~~ (Thanks YARR!)

~~Create Contributor and Character page~~

Created Pages

Conflict Timeline Idea

Possibly split up by section of 0.0.

Defense Guide

Terminology

Active Tanking - Utilizes components which require capacitor to run. Active tanking relys heavily on the amount of capacitor and capacitor recharge the user has.
Buffer - A simple build up of hitpoints used to absorb damage
Damage Per Second (DPS) - The amount of damage a ship can do per second, taking all types of weapons a ship has into consideration
Effective Hitpoints - The total amount of hitpoints your ship has, including mitigation due to resistances, buffer, passive, and active devices.
Efficiancy - Often a number; assigned by Eve Fitting Tool (EFT) to represent how effective your tank is in total
Hitpoints - The amount of armor, shield, and hull a ship has.
Passive Tanking - Utilizes modules that use no capacitor and therefore can be run forever.
Resistance - Protection from a specific damage type (EM, explosive, kinetic, thermal)
Tank - A ships defenses, including modules, in general
Tanking - Defined as the ability to withstand damage

Tanking Overview

Shield

Shields are the first line of defense on all starships. Every ship has shields, even though some are not meant to use shields as their primary form of defense. In general, Caldari ships are renown for their shield bonuses and abilities, while Amarr and Gallente specialize in armor tanking. Minmatar have ships that specialize in one, the other, or both. Shields generally have a high resistance to explosive damage, but have a rather large weakness to EM damage. Amarr ships tend to be most effective against shield tankers because of the high EM damage in energy turrets.

Armor

Armor plating is the second line of defense on all starships. As with shields, every ship has armor plating, even though some ships may not primarily tank with them. As stated above, Amarr and Gallente ships specialize in armor tanking, with Minmatar having ships that specialize either way. Armor plating has a high resistence to EM damage, while having a large weakness to explosive. Missile ships are the most effective against armor tankers due to the ability to pick a pure damage type to counteract whatever tank the enemy may have.

Hull

The ship hull is the absolute last line of defense on any starship. The hull offers no resistance to any damage and is easily the weakest part of the ship. There are modules made for tanking with the hull, but hull tanking is not recommended for any player due to lack of resistance and inadequecy of repair modules. Hull tanking is known as a 'surprise fit' because most players expect to cut through a ship hull in no time. Adding hull defenses can take players by surprise, but most times, will not end well for the user.

Range

Range can be a great defense for a player to use. If your ship allows you to hit from a great distance, range becomes your main defense due to modules being geared more for distance combat. Range is often considered the best form of defense simply because your enemy will most likely not reach you in time to do damage. However, range has a major drawback: minimized damage. At long ranges, most ships tend to do 50% or less damage, due to module and ammunition restrictions.

Speed

Speed is a viable form of tanking for smaller ship types. Small ships equipped with speed modules, if fast enough, can mitigate 90%+ of the damage being dealt to them. The ability to fly fast allows you to outrun tracking speed of turrets and the speed of missiles in general. One should be cautious when speed tanking because if the enemy has a stasis webifier equipped, you can easily be left defenseless.

Buffer

Buffer tanking is a technique whereby a user focuses on increasing the amount of shield, armor, or hull they have as to absorb damage, rather than mitigate it. For example, an armor buffer tanked battleship may have multiple armor plates equipped to raise their amount of armor in order to absorb incomming shots. Buffer tanking is commonly used to survive high damage situations, such as a Titan Doomsday Device.

Damage Types Overview

There are four damage types: Electromagnetic, Thermal, Kinetic, and Explosive. EM does the most damage to shields, Explosive does the most damage to armor. Thermal does moderate damage to both, but more against shields. Kinetic is the same, but does more damage to armor. See the below graph for a slightly better explanation:

More Armor Damage - - - - - - - - - - - - - - - More Shield Damage
Explosive - - - Kinetic - - - - Thermal - - - Electromagnetic (EM)

More information on damage types can be found at this page.

Defense Module Overheating

Overheating a defensive module is essentially to take that module beyond it's normal capability to provide extra bonuses. Doing so does damage your module at the same time, but this damage can be mitigated by using Nanite Repair Paste. Overheating requires basic skilling into Thermodynamics. You can read more about heat damage at the article located here. Each different module has a different bonus that you can gain from overheating it. There is also a heat damage amount and an HP amount assigned to the device. Every cycle of the device will cause the listed damage to the device until the device HP runs out, at which point the device will need to be repaired either at a station or using Nanite Repair Paste. Overheating a rack has many advantages, namely the ability to mitigate more damage and help you survive longer in order to defeat your enemy.

Shield Defenses

When shield tanking, you are provided with three different ways to tank: Actively, Passively, or using a Buffer. Active tanking utilizes components which require capacitor to run. Active tanking relys heavily on the amount of capacitor and capacitor recharge the user has. Passive tanking modules use no capacitor and therefore can be run forever.

Active Tanking

Shield Boosters

Shield boosters repair your shield with each activation cycle. Shield boosters are medium power slot devices. Shield boosters are available in five different sizes: Small, Medium, Large, Extra Large (X-Large), and Capiltal. The tables below lists available shield boosters in the game, broken up by size:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Small Shield Boosters
Name	Activation Cost	Activation Duration	Meta Level	Shield Restored	CPU Need	Power Need
Small Shield Booster I	20 Energy	2.00 Sec	0	23 HP	25 tf	2 MW
Small Converse I Deflection Catalyzer	20 Energy	2.00 Sec	1	24 HP	23 tf	2 MW
Small Neutron Saturation Injector I	20 Energy	2.00 Sec	2	25 HP	22 tf	2 MW
Small Clarity Ward Booster I	20 Energy	2.00 Sec	3	26 HP	20 tf	2 MW
Small C5-L Emergency Shield	20 Energy	2.00 Sec	4	27 HP	21 tf	2 MW
Small Shield Booster II	20 Energy	2.00 Sec	5	30 HP	29 tf	3 MW

Medium Shield Boosters
Name	Activation Cost	Activation Duration	Meta Level	Shield Restored	CPU Need	Power Need
Medium Shield Booster I	60 Energy	3.00 Sec	0	68 HP	50 tf	12 MW
Medium Converse I Deflection Catalyzer	60 Energy	3.00 Sec	1	71 HP	47 tf	12 MW
Medium Neutron Saturation Injector I	60 Energy	3.00 Sec	2	74 HP	45 tf	12 MW
Medium Clarity Ward Booster I	60 Energy	3.00 Sec	3	78 HP	40 tf	12 MW
Medium C5-L Emergency Shield Overload I	60 Energy	3.00 Sec	4	81 HP	42 tf	12 MW
Medium Shield Booster II	60 Energy	3.00 Sec	5	90 HP	58 tf	13 MW

Large Shield Boosters
Name	Activation Cost	Activation Duration	Meta Level	Shield Restored	CPU Need	Power Need
Large Shield Booster I	150 Energy	4.00 Sec	0	180 HP	100 tf	150 MW
Large Converse I Deflection Catalyzer	160 Energy	4.00 Sec	1	189 HP	95 tf	150 MW
Large Neutron Saturation Injector I	160 Energy	4.00 Sec	2	198 HP	90 tf	150 MW
Large Clarity Ward Booster I	160 Energy	4.00 Sec	3	207 HP	80 tf	150 MW
Large C5-L Emergency Shield Overload I	160 Energy	4.00 Sec	4	216 HP	85 tf	150 MW
Large Shield Booster II	160 Energy	4.00 Sec	5	240 HP	115 tf	165 MW

X-Large Shield Boosters
Name	Activation Cost	Activation Duration	Meta Level	Shield Restored	CPU Need	Power Need
X-Large Shield Booster I	400 Energy	5.00 Sec	0	450 HP	200 tf	500 MW
X-Large Converse I Deflection Catalyzer	400 Energy	5.00 Sec	1	473 HP	190 tf	500 MW
X-Large Neutron Saturation Injector I	400 Energy	5.00 Sec	2	495 HP	180 tf	500 MW
X-Large Clarity Ward Booster I	400 Energy	5.00 Sec	3	518 HP	160 tf	500 MW
X-Large C5-L Emergency Shield Overload I	400 Energy	5.00 Sec	4	540 HP	170 tf	500 MW
X-Large Shield Booster II	400 Energy	5.00 Sec	5	600 HP	230 tf	550 MW

Capital Shield Boosters
Name	Activation Cost	Activation Duration	Meta Level	Shield Restored	CPU Need	Power Need
Capital Shield Booster I	2400 Energy	10.00 Sec	0	7,200 HP	300 tf	75,000 MW

Shield Boost Amplifiers

Shield boost amplifiers increase the amount of shield repaired with each cycle. Shield boost amplifiers are medium power slot modules. Below is a listing of shield boost amplifiers:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Shield Boost Aplifiers
Name	Shield Boost Bonus	Meta Level	CPU Need	Power Need
Shield Boost Amplifier I	30%	0	50 tf	1 MW
Ionic Field Accelerator I	30%	1	48 tf	1 MW
5a Prototype Shield Support I	30%	2	45 tf	1 MW
'Stalwart' I Particle Field Magnifier	30%	3	43 tf	1 MW
'Copasetic' I Particle Field Acceleration	30%	4	40 tf	1 MW
Shield Boost Amplifier II	36%	5	55 tf	1 MW

Shield Hardeners

Shield hardeners actively increase your resistance to which ever the module covers. Shield hardeners are medium power slot modules. The difference between resistance amplifiers and hardeners is that hardeners use capacitor and therefore provide a higher amount of resistance. Below is a listing of some shield hardeners:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Shield Hardeners
Name	Activation Cost	Activation Time/Duration	Resistance Bonus	Meta Level	CPU Need	Power Need
Photon Scattering Field I	20 Energy	10.00 sec	50% EM	0	40 tf	1 MW
'Anointed' I EM Ward Reinforcement	20 Energy	12.00 sec	50% EM	2	32 tf	1 MW
Photon Scattering Field II	20 Energy	10.00 sec	55% EM	5	44 tf	1 MW
Explosion Dampening Field I	20 Energy	10.00 sec	50% Explosive	0	40 tf	1 MW
F-S15 Braced Deflection Shield Matrix	20 Energy	12.00 sec	50% Explosive	2	34 tf	1 MW
Explosion Dampening Field II	20 Energy	10.00 sec	55% Explosive	5	44 tf	1 MW
Ballistic Deflection Field I	20 Energy	10.00 sec	50% Kinetic	0	40 tf	1 MW
Non-Inertial Ballistic Screen Augmentation I	20 Energy	12.00 sec	50% Kinetic	2	36 tf	1 MW
Ballistic Deflection Field II	20 Energy	10.00 sec	55% Kinetic	5	44 tf	1 MW
Heat Dissipation Field I	20 Energy	10.00 sec	50% Thermal	0	40 tf	1 MW
Ditrigonal Thermal Barrier Crystallization I	20 Energy	12.00 sec	50% Thermal	2	38 tf	1 MW
Heat Dissipation Field II	20 Energy	10.00 sec	55% Thermal	5	44 tf	1 MW
Invulnerability Field I	40 Energy	10.00 sec	25% Omni	0	40 tf	1 MW
V-M15 Braced Multispectral Shield Matrix	40 Energy	12.00 sec	25% Omni	2	34 tf	1 MW
Invulnerability Field II	32 Energy	10.00 sec	30% Omni	5	44 tf	1 MW

Passive Tanking

Shield Flux Coils

Shield flux coils increase shield recharge rate at the expense of maximum shield capacity. Shield flux coils are low power slot modules. These modules are not recommended in lieu of shield power relays due to the lowering of the max capacity of shielding. Below is a list of some shield flux coils:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Shield Flux Coils
Name	Shield Capacity Penalty	Shield Recharge Bonus	Meta Level	CPU Need	Power Need
Shield Flux Coil I	-15%	-25%	0	20 tf	0 MW
Type-D Power Core Modification: Shield Flux	-15%	-25%	1	19 tf	0 MW
Local Power Plant Manager: Reaction Shield Flux I	-15%	-25%	2	18 tf	0 MW
Mark I Generator Refitting: Shield Flux	-15%	-25%	3	17 tf	0 MW
Beta Reactor Control: Shield Flux I	-15%	-25%	4	16 tf	0 MW
Shield Flux Coil II	-15%	-30%	5	22 tf	0 MW

Shield Power Relays

Shield power relays increase shield recharge rate at the expense of capacitor recharge rate. Shield power relays are low power slot modules. These are recommended over flux coils for their penalty difference. Flux coils reduce maximum shield capacity which will hurt your passive tank more than reducing capacitor usage. Below is a list of some available shield power relays:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Shield Power Relays
Name	Capacitor Recharge Penalty	Shield Recharge Bonus	Meta Level	CPU Need	Power Need
Shield Power Relay I	-35%	-20%	0	20 tf	0 MW
Type-D Power Core Modification: Shield Power Relay	-35%	-21%	1	19 tf	0 MW
Local Power Plant Manager: Reaction Shield Power Relay I	-35%	-22%	2	18 tf	0 MW
Mark I Generator Refitting: Shield Power Relay	-35%	-23%	3	17 tf	0 MW
Beta Reactor Control: Shield Power Relay I	-35%	-24%	4	16 tf	0 MW
Shield Power Relay II	-35%	-24%	5	22 tf	0 MW

Shield Rechargers

Shield rechargers increase shield recharge rate with no negative side affects. Shield rechargers are low power slot modules. Below is a list of some shield rechargers:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Shield Rechargers
Name	Shield Recharge Bonus	Meta Level	CPU Need	Power Need
Shield Recharger I	-10%	0	25 tf	1 MW
Passive Barrier Compensator I	-10.5%	1	23 tf	1 MW
Supplemental Screen Generator I	-11%	2	22 tf	1 MW
'Benefactor' I Ward Reconstructor	-11.5%	3	21 tf	1 MW
M51 Iterative Shield Regenerator	-12%	4	20 tf	1 MW
Shield Recharger II	-15%	5	30 tf	1 MW

Shield Resistance Amplifiers

Shield resistance amplifiers increase your resistance to which ever the module covers. Shield resistance amplifiers are medium power slot modules. The difference between resistance amplifiers and hardeners is that hardeners use capacitor and therefore provide a higher amount of resistance. Below is a listing of some resistance amplifiers:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Shield Resistance Amplifiers
Name	Resistance Bonus	Meta Level	CPU Need	Power Need
Magnetic Scattering Amplifier I	32.5% EM	0	25 tf	1 MW
Viscoelastic EM Ward Salubrity I	32.5% EM	1	20 tf	1 MW
Magnetic Scattering Amplifier II	37.5% EM	5	30 tf	1 MW
Explosion Dampening Amplifier I	32.5% Explosive	0	25 tf	1 MW
F-S8 Relativistic Deflection Shield Induction I	32.5% Explosive	1	23 tf	1 MW
Explosion Dampening Amplifier II	37.5% Explosive	5	30 tf	1 MW
Kinetic Deflection Amplifier I	32.5% Kinetic	0	25 tf	1 MW
Ancillary Ballistic Screen Stabilizer I	32.5% Kinetic	1	21 tf	1 MW
Kinetic Deflection Amplifier II	37.5% Kinetic	5	30 tf	1 MW
Heat Dissipation Amplifier I	32.5% Thermal	0	25 tf	1 MW
Additional Thermal Barrier Emitter I	32.5% Thermal	1	24 tf	1 MW
Heat Dissipation Amplifier II	37.5% Thermal	5	30 tf	1 MW

Buffer Tanking

Shield Extenders

Shield extenders do just as the name implies: extend the amount of shielding, therefore increasing your shield hitpoints. Shield extenders are medium power slot modules. Shield extenders are available in four different sizes: Micro, Small, Medium, and Large. Below is a listing of shield extenders, broken up by size:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Micro Shield Extenders
Name	Shield Capacity Bonus	Meta Level	CPU Need	Power Need
Micro Shield Extender I	94 HP	0	15 tf	1 MW
Micro Supplemental Barrier Emitter I	100 HP	1	14 tf	1 MW
Micro Subordinate Screen Stabilizer I	104 HP	2	13 tf	1 MW
Micro Azeotropic Ward Salubrity I	109 HP	3	12 tf	1 MW
Micro F-S9 Regolith Shield Induction	113 HP	4	13 tf	1 MW
Micro Shield Extender II	131 HP	5	17 tf	1 MW

Small Shield Extenders
Name	Shield Capacity Bonus	Meta Level	CPU Need	Power Need
Small Shield Extender I	188 HP	0	20 tf	2 MW
Small Supplemental Barrier Emitter I	198 HP	1	19 tf	2 MW
Small Subordinate Screen Stabilizer I	206 HP	2	18 tf	2 MW
Small Azeotropic Ward Salubrity I	216 HP	3	16 tf	2 MW
Small F-S9 Regolith Shield Induction	225 HP	4	17 tf	2 MW
Small Shield Extender II	263 HP	5	23 tf	2 MW

Medium Shield Extenders
Name	Shield Capacity Bonus	Meta Level	CPU Need	Power Need
Medium Shield Extender I	750 HP	0	30 tf	28 MW
Medium Supplemental Barrier Emitter I	788 HP	1	28 tf	28 MW
Medium Subordinate Screen Stabilizer I	825 HP	2	27 tf	28 MW
Medium Azeotropic Ward Salubrity I	863 HP	3	24 tf	28 MW
Medium F-S9 Regolith Shield Induction	900 HP	4	25 tf	28 MW
Medium Shield Extender II	1,050 HP	5	34 tf	31 MW

Large Shield Extenders
Name	Shield Capacity Bonus	Meta Level	CPU Need	Power Need
Large Shield Extender I	1,875 HP	0	40 tf	150 MW
Large Supplemental Barrier Emitter I	1,969 HP	1	38 tf	150 MW
Large Subordinate Screen Stabilizer I	2,063 HP	2	36 tf	150 MW
Large Azeotropic Ward Salubrity I	2,156 HP	3	32 tf	150 MW
Large F-S9 Regolith Shield Induction	2,250 HP	4	34 tf	150 MW
Large Shield Extender II	2,625 HP	5	46 tf	165 MW

Active Shield Rigs

Certain shield rigs deal with optimizing active shield tanking, whether it be by reducing capacitor usage of modules or speed up boosting modules. All rigs are applied to the upgrade slots on a ship, and once applied, cannot be removed or replaced intact. Below is a chart of available active shield tanking rigs with their bonuses and drawbacks:

Core Defence Capacitor Safeguard This ship modification is designed to reduce the capacitor need of modules which require the shield operations skill at the expense of increased signature radius.
Name	Capacitor Reduction	Signature Radius Penalty	Calibration
Core Defence Capacitor Safeguard I	-10%	+10%	50
Core Defence Capacitor Safeguard II	-15%	+10%	75

Core Defence Charge Economizer This ship modification is designed to reduce the power need of all shield upgrade modules at the expense of increased signature radius.
Name	Power Need	Signature Radius Penalty	Calibration
Core Defence Charge Economizer I	-10%	+10%	50
Core Defence Charge Economizer II	-15%	+10%	75

Core Defence Operational Solidifier This ship modification is designed to reduce the duration of shield booster cycles at the expense of increased signature radius.
Name	Duration Bonus	Signature Radius Penalty	Calibration
Core Defence Operational Solidifier I	-15%	+10%	100
Core Defence Operational Solidifier II	-20%	+10%	150

Passive Shield Rigs

Certain shield rigs deal with optimizing passive shield tanking, whether it be by increasing resistances or increasing shield recharging capability. All rigs are applied to the upgrade slots on a ship, and once applied, cannot be removed or replaced intact. Below is a chart of available passive shield tanking rigs with their bonuses and drawbacks:

Core Defence Field Extender This ship modification is designed to increase shield capacity at the expense of increased signature radius.
Name	Shield Capacity Bonus	Signature Radius Penalty	Calibration
Core Defence Field Extender I	+15%	+10%	50
Core Defence Field Extender II	+20%	+10%	75

Core Defence Field Purger This ship modification is designed to improve shield recharge rate at the expense of increased signature radius.
Name	Shield Recharge Bonus	Signature Radius Penalty	Calibration
Core Defence Field Purger I	-20%	+10%	50
Core Defence Field Purger II	-25%	+10%	75

Screen Reinforement This ship modification is designed to increase resistances of a ship's shields at the expense of increased signature radius. Penalty: Using more than one type of this module or similar modules that affect the same attribute on the ship will be penalized.
Name	Resistance Bonus	Signature Radius Penalty	Calibration
Anti-EM Screen Reinforcer I	+30% EM	+10%	50
Anti-EM Screen Reinforcer II	+35% EM	+10%	75
Anti-Explosive Screen Reinforcer I	+30% Explosive	+10%	50
Anti-Explosive Screen Reinforcer II	+35% Explosive	+10%	75
Anti-Kinetic Screen Reinforcer I	+30% Kinetic	+10%	50
Anti-Kinetic Screen Reinforcer II	+35% Kinetic	+10%	75
Anti-Thermal Screen Reinforcer I	+30% Thermal	+10%	50
Anti-Thermal Screen Reinforcer II	+35% Thermal	+10%	75

Armor Defenses

Active Tanking

Armor Hardeners

Armor hardeners use capacitor to increase a resistance. Armor hardeners are low power slot modules. The difference between resistance or energized plating and hardeners is that hardeners use capacitor to provide a higher amount of resistance. Below are table of available hardeners:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

EM Armor Hardeners
Name	Activation Cost	Activation Duration	Meta Level	Resistance Bonus	CPU Need	Power Need
Armor EM Hardener I	30 Energy	20.00 Sec	0	+50%	33 tf	1 MW
Voltaic Nanite EM Hardener I	29 Energy	20.00 Sec	1	+50%	31 tf	1 MW
Microcell Nanite EM Hardener I	27 Energy	20.00 Sec	2	+50%	30 tf	1 MW
Radioisotope EM Hardener I	26 Energy	20.00 Sec	3	+50%	28 tf	1 MW
N-Type EM Hardener I	24 Energy	20.00 Sec	4	+50%	26 tf	1 MW
Armor EM Hardener II	30 Energy	20.00 Sec	5	+55%	36 tf	1 MW

Explosive Armor Hardeners
Name	Activation Cost	Activation Duration	Meta Level	Resistance Bonus	CPU Need	Power Need
Armor Explosive Hardener I	30 Energy	20.00 Sec	0	+50%	33 tf	1 MW
Voltaic Nanite Explosive Hardener I	29 Energy	20.00 Sec	1	+50%	31 tf	1 MW
Microcell Nanite Explosive Hardener I	27 Energy	20.00 Sec	2	+50%	30 tf	1 MW
Radioisotope Explosive Hardener I	26 Energy	20.00 Sec	3	+50%	28 tf	1 MW
N-Type Explosive Hardener I	24 Energy	20.00 Sec	4	+50%	26 tf	1 MW
Armor Explosive Hardener II	30 Energy	20.00 Sec	5	+55%	36 tf	1 MW

Kinetic Armor Hardeners
Name	Activation Cost	Activation Duration	Meta Level	Resistance Bonus	CPU Need	Power Need
Armor Kinetic Hardener I	30 Energy	20.00 Sec	0	+50%	33 tf	1 MW
Voltaic Nanite Kinetic Hardener I	29 Energy	20.00 Sec	1	+50%	31 tf	1 MW
Microcell Nanite Kinetic Hardener I	27 Energy	20.00 Sec	2	+50%	30 tf	1 MW
Radioisotope Kinetic Hardener I	26 Energy	20.00 Sec	3	+50%	28 tf	1 MW
N-Type Kinetic Hardener I	24 Energy	20.00 Sec	4	+50%	26 tf	1 MW
Armor Kinetic Hardener II	30 Energy	20.00 Sec	5	+55%	36 tf	1 MW

Thermal Armor Hardeners
Name	Activation Cost	Activation Duration	Meta Level	Resistance Bonus	CPU Need	Power Need
Armor Thermic Hardener I	30 Energy	20.00 Sec	0	+50%	33 tf	1 MW
Voltaic Nanite Thermic Hardener I	29 Energy	20.00 Sec	1	+50%	31 tf	1 MW
Microcell Nanite Thermic Hardener I	27 Energy	20.00 Sec	2	+50%	30 tf	1 MW
Radioisotope Thermic Hardener I	26 Energy	20.00 Sec	3	+50%	28 tf	1 MW
N-Type Thermic Hardener I	24 Energy	20.00 Sec	4	+50%	26 tf	1 MW
Armor Thermic Hardener II	30 Energy	20.00 Sec	5	+55%	36 tf	1 MW

Armor Repair Systems

Armor repair systems use capacitor to repair damaged armor plating. Armor repair systems are low power slot modules. Armor repair systems come in four different sizes: Small, Medium, Large, and Capital. Below are tables for each size of repairer:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Small Armor Repairers
Name	Activation Cost	Activation Duration	Meta Level	Armor Repaired	CPU Need	Power Need
Small Armor Repairer I	40 Energy	6.00 Sec	0	60 HP	5 tf	5 MW
Small I-a Polarized Armor Regenerator	40 Energy	6.00 Sec	1	63 HP	4 tf	5 MW
Small Inefficient Armor Repair Unit	40 Energy	6.00 Sec	2	66 HP	4 tf	5 MW
Small Automated I Carapace Restoration	40 Energy	6.00 Sec	3	69 HP	4 tf	5 MW
Small 'Accommodation' Vestment Reconstructer I	40 Energy	6.00 Sec	4	72 HP	4 tf	5 MW
Small Armor Repairer II	40 Energy	6.00 Sec	5	80 HP	6 tf	6 MW

Medium Armor Repairers
Name	Activation Cost	Activation Duration	Meta Level	Armor Repaired	CPU Need	Power Need
Medium Armor Repairer I	160 Energy	12.00 Sec	0	240 HP	25 tf	150 MW
Medium I-a Polarized Armor Regenerator	160 Energy	12.00 Sec	1	252 HP	22 tf	150 MW
Medium Inefficient Armor Repair Unit	160 Energy	12.00 Sec	2	264 HP	23 tf	150 MW
Medium Automated I Carapace Restoration	160 Energy	12.00 Sec	3	276 HP	20 tf	150 MW
Medium 'Accommodation' Vestment Reconstructer I	160 Energy	12.00 Sec	4	288 HP	21 tf	150 MW
Medium Armor Repairer II	160 Energy	12.00 Sec	5	320 HP	28 tf	173 MW

Large Armor Repairers
Name	Activation Cost	Activation Duration	Meta Level	Armor Repaired	CPU Need	Power Need
Large Armor Repairer I	400 Energy	15.00 Sec	0	600 HP	50 tf	2,000 MW
Large I-a Polarized Armor Regenerator	400 Energy	15.00 Sec	1	630 HP	47 tf	2,000 MW
Large Inefficient Armor Repair Unit	400 Energy	15.00 Sec	2	660 HP	48 tf	2,000 MW
Large Automated I Carapace Restoration	400 Energy	15.00 Sec	3	690 HP	49 tf	2,000 MW
Large 'Accommodation' Vestment Reconstructer I	400 Energy	15.00 Sec	4	720 HP	46 tf	2,000 MW
Large Armor Repairer II	400 Energy	15.00 Sec	5	800 HP	55 tf	2,300 MW

Capital Armor Repairers
Name	Activation Cost	Activation Duration	Meta Level	Armor Repaired	CPU Need	Power Need
Capital Armor Repairer I	2,400 Energy	30.00 Sec	0	9,600 HP	75 tf	125,000 MW

Passive Tanking

Energized Plating

Energized plating and resistance plating are essentially the same in that they provide a resistance boost to the resistance affected. However, energized plating requires higher skills, and therefore, provides a larger bonus to resistances. Resistance plating is more for new players who have yet to develop the skills to fully utilize energized plating. Below are tables for each type of energized plating:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Energized Adaptive (Omni) Plating
Name	Meta Level	Resistance Bonus	CPU Need	Power Need
Energized Adaptive Nano Membrane I	0	+15%	30 tf	1 MW
Voltaic Nanite Adaptive Membrane I	1	+15%	28 tf	1 MW
Microcell Nanite Adaptive Membrane I	2	+15%	27 tf	1 MW
Radioisotope Adaptive Nano Membrane I	3	+15%	25 tf	1 MW
N-Type Adaptive Nano Membrane I	4	+15%	24 tf	1 MW
Energized Adaptive Nano Membrane II	5	+20%	36 tf	1 MW

Energized EM Plating
Name	Meta Level	Resistance Bonus	CPU Need	Power Need
Energized Reflective Membrane I	0	+32.5%	25 tf	1 MW
Voltaic Nanite Reflective Membrane I	1	+32.5%	24 tf	1 MW
Microcell Nanite Reflective Membrane I	2	+32.5%	23 tf	1 MW
Radioisotope Reflective Membrane I	3	+32.5%	21 tf	1 MW
N-Type Reflective Membrane I	4	+32.5%	20 tf	1 MW
Energized Reflective Membrane II	5	+37.5%	30 tf	1 MW

Energized Explosive Plating
Name	Meta Level	Resistance Bonus	CPU Need	Power Need
Energized Reactive Membrane I	0	+32.5%	25 tf	1 MW
Voltaic Nanite Reactive Membrane I	1	+32.5%	24 tf	1 MW
Microcell Nanite Reactive Membrane I	2	+32.5%	23 tf	1 MW
Radioisotope Reactive Membrane I	3	+32.5%	21 tf	1 MW
N-Type Reactive Membrane I	4	+32.5%	20 tf	1 MW
Energized Reactive Membrane II	5	+37.5%	30 tf	1 MW

Energized Kinetic Plating
Name	Meta Level	Resistance Bonus	CPU Need	Power Need
Energized Magnetic Membrane I	0	+32.5%	25 tf	1 MW
Voltaic Nanite Magnetic Membrane I	1	+32.5%	24 tf	1 MW
Microcell Nanite Magnetic Membrane I	2	+32.5%	23 tf	1 MW
Radioisotope Magnetic Membrane I	3	+32.5%	21 tf	1 MW
N-Type Magnetic Membrane I	4	+32.5%	20 tf	1 MW
Energized Magnetic Membrane II	5	+37.5%	30 tf	1 MW

Energized Thermal Plating
Name	Meta Level	Resistance Bonus	CPU Need	Power Need
Energized Thermic Membrane I	0	+32.5%	25 tf	1 MW
Voltaic Nanite Thermic Membrane I	1	+32.5%	24 tf	1 MW
Microcell Nanite Thermic Membrane I	2	+32.5%	23 tf	1 MW
Radioisotope Thermic Membrane I	3	+32.5%	21 tf	1 MW
N-Type Thermic Membrane I	4	+32.5%	20 tf	1 MW
Energized Thermic Membrane II	5	+37.5%	30 tf	1 MW

Resistance Plating

Energized plating and resistance plating are essentially the same in that they provide a resistance boost to the resistance affected. However, energized plating requires higher skills, and therefore, provides a larger bonus to resistances. Resistance plating is more for new players who have yet to develop the skills to fully utilize energized plating. Below are tables for each type of energized plating:

Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.

Adaptive (Omni) Plating
Name	Meta Level	Resistance Bonus	CPU Need	Power Need
Energized Adaptive Nano Membrane I	0	+15%	30 tf	1 MW
Voltaic Nanite Adaptive Membrane I	1	+15%	28 tf	1 MW
Microcell Nanite Adaptive Membrane I	2	+15%	27 tf	1 MW
Radioisotope Adaptive Nano Membrane I	3	+15%	25 tf	1 MW
N-Type Adaptive Nano Membrane I	4	+15%	24 tf	1 MW
Energized Adaptive Nano Membrane II	5	+20%	36 tf	1 MW

Buffer Tanking

Active Armor Rigs

Passive Armor Rigs

Hull Defenses

Speed Defenses

Example Fits

Active Shield Tank - Raven

Low Power Slots
2x Capacitor Power Relay II
3x Ballistic Control Device II

Mid Power Slots
2x Capacitor Recharger II
1x Shield Boost Amplifier II
1x X-Large Shield Booster II
1x Ballistic Deflection Field II
1x Heat Dissipation Field II

High Power Slots
6x 'Malkuth' Cruise Missile Launcher I
2x Heavy Diminishing Power System Drain I

Rig Slots
3x Capacitor Control Circuit I

A setup like this provides the user with a good amount of shield HP restored per cycle of the booster, while being able to maintain capacitor stability.

Passive Shield Tank - Drake

Low Power Slots
4x Shield Power Relay II

Mid Power Slots
2x Large Shield Extender II
2x Kinetic Deflection Amplifier II
2x Heat Dissipation Amplifier II

High Power Slots
7x Heavy Missile Launcher II

Rig Slots
3x Core Defence Field Purger I

Buffer Shield Tank - Rokh

Low Power Slots
3x Magnetic Field Stabilizer II
2x Power Diagnostic System II

Mid Power Slots
4x Large Shield Extender II
2x Invulnerability Field II

High Power Slots
8x 425mm Railgun II

Rig Slots
3x Core Defence Field Extender I

At all skill levels of five, this setup provides the user with 39,823 shield and over 160,000 effective HP. This setup is a true buffer tank.

Active Armor Tank - Abaddon

Low Power Slots
1x Large Armor Repairer II
1x Damage Control II
1x Capacitor Power Relay II
2x Heat Sink II
2x Energized Adaptive Nano Membrane II

Mid Power Slots
4x Cap Recharger II

High Power Slots
8x Mega Pulse Laser II

Rig Slots
2x Capacitor Control Circuit I
1x Nanobot Accelerator I

Buffer Armor Tank - Dominix

Low Power Slots
4x 1600mm Reinforced Steel Plates II
1x Power Diagnostic System II
2x Energized Adaptive Nano Membrane II

Mid Power Slots
3x Cap Recharger II
1x Warp Disruptor II
1x Stasis Webifier II

High Power Slots
4x Neutron Blaster Cannon II
2x Medium Energy Neutralizer II

Rig Slots
3x Trimark Armor Pump I

@@ Line 1,824: / Line 1,824: @@
 ====Resistance Plating====
+Energized plating and resistance plating are essentially the same in that they provide a resistance boost to the resistance affected. However, energized plating requires higher skills, and therefore, provides a larger bonus to resistances. Resistance plating is more for new players who have yet to develop the skills to fully utilize energized plating. Below are tables for each type of energized plating:
+<br><br>
+''Note: Only Meta 0-5 equipment listed. Please check the variations menu inside of the module page for a full listing of equipment.''
+{| border="3"  cellpadding="20" cellspacing="1"
+|colspan="5"|
+<center>'''Adaptive (Omni) Plating'''</center>
+|-
+|<center>'''Name'''</center>
+|<center>'''Meta Level'''</center>
+|<center>'''Resistance Bonus'''</center>
+|<center>'''CPU Need'''</center>
+|<center>'''Power Need'''</center>
+|-
+|<center>[[Energized Adaptive Nano Membrane I]]</center>
+|<center>0</center>
+|<center>+15%</center>
+|<center>30 tf</center>
+|<center>1 MW</center>
+|-
+|<center>[[Voltaic Nanite Adaptive Membrane I]]</center>
+|<center>1</center>
+|<center>+15%</center>
+|<center>28 tf</center>
+|<center>1 MW</center>
+|-
+|<center>[[Microcell Nanite Adaptive Membrane I]]</center>
+|<center>2</center>
+|<center>+15%</center>
+|<center>27 tf</center>
+|<center>1 MW</center>
+|-
+|<center>[[Radioisotope Adaptive Nano Membrane I]]</center>
+|<center>3</center>
+|<center>+15%</center>
+|<center>25 tf</center>
+|<center>1 MW</center>
+|-
+|<center>[[N-Type Adaptive Nano Membrane I]]</center>
+|<center>4</center>
+|<center>+15%</center>
+|<center>24 tf</center>
+|<center>1 MW</center>
+|-
+|<center>[[Energized Adaptive Nano Membrane II]]</center>
+|<center>5</center>
+|<center>+20%</center>
+|<center>36 tf</center>
+|<center>1 MW</center>
+|}
 ===Buffer Tanking===
 ===Active Armor Rigs===

Difference between revisions of "User:Cal Hydar/Sandbox"

Revision as of 05:13, 28 January 2009

Contents

Ideas

To Do List

Created Pages

Conflict Timeline Idea

Defense Guide

Terminology

Tanking Overview

Shield

Armor

Hull

Range

Speed

Buffer

Damage Types Overview

Defense Module Overheating

Shield Defenses

Active Tanking

Shield Boosters

Shield Boost Amplifiers

Shield Hardeners

Passive Tanking

Shield Flux Coils

Shield Power Relays

Shield Rechargers

Shield Resistance Amplifiers

Buffer Tanking

Shield Extenders

Active Shield Rigs

Core Defence Capacitor Safeguard

Core Defence Charge Economizer

Core Defence Operational Solidifier

Passive Shield Rigs

Core Defence Field Extender

Core Defence Field Purger

Screen Reinforement

Armor Defenses

Active Tanking

Armor Hardeners

Armor Repair Systems

Passive Tanking

Energized Plating

Resistance Plating

Buffer Tanking

Active Armor Rigs

Passive Armor Rigs

Hull Defenses

Speed Defenses

Example Fits

Active Shield Tank - Raven

Passive Shield Tank - Drake

Buffer Shield Tank - Rokh

Active Armor Tank - Abaddon

Buffer Armor Tank - Dominix

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