Difference between revisions of "POS Warfare"
(→Defense: clean up a bit of text) |
(→Configuration: reduce the nesting) |
||
| Line 5: | Line 5: | ||
- overview that explains the basic concepts behind attacking or defending a POS | - overview that explains the basic concepts behind attacking or defending a POS | ||
| − | + | Configuration - we're only going to list very basic attributes for modules and only for the base version, so things like (m3, kg, powergrid used, CPU used, and hitpoints) | |
| − | + | ==Defense== | |
| − | |||
| − | |||
The primary form of defense for a POS is its force field (or shield bubble). If you are inside the shield bubble, you cannot be targeted or damaged, nor can you target/damage anyone outside it. You can either enter the bubble based on standings or be given the starbase password to slip through the shield. Even if your POS access is based on access, you must set a password on the tower. The bubble will exist until the tower is destroyed or taken offline. | The primary form of defense for a POS is its force field (or shield bubble). If you are inside the shield bubble, you cannot be targeted or damaged, nor can you target/damage anyone outside it. You can either enter the bubble based on standings or be given the starbase password to slip through the shield. Even if your POS access is based on access, you must set a password on the tower. The bubble will exist until the tower is destroyed or taken offline. | ||
| Line 16: | Line 14: | ||
All towers have shield, armor and structure like normal ships, but during the initial phase of combat only the shield HP comes into play. In addition, each tower as a set of basic shield resists that vary according to the race/faction of the tower. One of the resists will be 50%, one will be 25%, and the other two resists will be at zero. You should add shield hardeners to shore up your weaker resists. | All towers have shield, armor and structure like normal ships, but during the initial phase of combat only the shield HP comes into play. In addition, each tower as a set of basic shield resists that vary according to the race/faction of the tower. One of the resists will be 50%, one will be 25%, and the other two resists will be at zero. You should add shield hardeners to shore up your weaker resists. | ||
| − | + | ===Shield Hardening Arrays=== | |
* 4000 m3 4000 kg | * 4000 m3 4000 kg | ||
* 150,000 PG 250 CPU | * 150,000 PG 250 CPU | ||
| Line 30: | Line 28: | ||
A tower with high resists becomes very difficult to reinforce since you force the attackers to spend 1.8x to 3.1x more time then if you don't plug the two 0% resist holes. Trying to stack the resist modules beyond 4/4/3/2 is pointless and you'd be better off using that PG/CPU for other defensive modules. | A tower with high resists becomes very difficult to reinforce since you force the attackers to spend 1.8x to 3.1x more time then if you don't plug the two 0% resist holes. Trying to stack the resist modules beyond 4/4/3/2 is pointless and you'd be better off using that PG/CPU for other defensive modules. | ||
| − | + | ===Sensor Dampening Battery=== | |
* 4000 m3 4000 kg | * 4000 m3 4000 kg | ||
* 12,500 PG 25 CPU | * 12,500 PG 25 CPU | ||
| Line 36: | Line 34: | ||
The Sensor Dampening Battery has a 150km optimal, cuts the target's [[scan resolution]] and targeting range in half. It has very low fitting requirements and can force an enemy to come closer to POS weapons instead of being able to snipe modules. Just like any other module that targets enemy ships, it must be mounted outside the POS bubble. | The Sensor Dampening Battery has a 150km optimal, cuts the target's [[scan resolution]] and targeting range in half. It has very low fitting requirements and can force an enemy to come closer to POS weapons instead of being able to snipe modules. Just like any other module that targets enemy ships, it must be mounted outside the POS bubble. | ||
| − | + | ===ECM Battery=== | |
* 4000 m3 4000 kg | * 4000 m3 4000 kg | ||
* 25,000 PG 50 CPU | * 25,000 PG 50 CPU | ||
| Line 42: | Line 40: | ||
The four ECM batteries are Ion Field Projection Battery (MAGNET, Gallente), Phase Inversion Battery (LADAR, Minmatar), Spatial Destabilization Battery (GRAV, Caldari) and White Noise Generation Battery (RADAR, Amarr). They have an optimal range of 200km with a jam strength of 15.00. Player ships like the Blackbird, Kitsune, Falcon, and Scorpion have jam strengths in the 6.00 to 10.00 range. This module must be mounted outside the POS bubble. | The four ECM batteries are Ion Field Projection Battery (MAGNET, Gallente), Phase Inversion Battery (LADAR, Minmatar), Spatial Destabilization Battery (GRAV, Caldari) and White Noise Generation Battery (RADAR, Amarr). They have an optimal range of 200km with a jam strength of 15.00. Player ships like the Blackbird, Kitsune, Falcon, and Scorpion have jam strengths in the 6.00 to 10.00 range. This module must be mounted outside the POS bubble. | ||
| − | + | ==Offense== | |
There are two types of offense that a POS can engage in. One is acting as a tackler, using energy neutralizers, stasis webs and warp disruptors/scrambers. The second type of offense is weapon systems such as hybrid turrets, laser turrets, missile launchers or projectile batteries. Each race/faction POS tower gives different bonuses to weapons, but that must be balanced with the issue that once a tower enters reinforced mode all weapons that use CPU will go offline. | There are two types of offense that a POS can engage in. One is acting as a tackler, using energy neutralizers, stasis webs and warp disruptors/scrambers. The second type of offense is weapon systems such as hybrid turrets, laser turrets, missile launchers or projectile batteries. Each race/faction POS tower gives different bonuses to weapons, but that must be balanced with the issue that once a tower enters reinforced mode all weapons that use CPU will go offline. | ||
| − | + | ===Hybrid Batteries=== | |
| − | + | ===Laser Batteries=== | |
| − | + | ===Missile Batteries=== | |
| − | + | ===Projectile Batteries=== | |
The primary advantage of projectile batteries on a POS is that they do not require any CPU in order to operate. In addition, they can be fitted with different types of ammo in order to spread damage across multiple resists. | The primary advantage of projectile batteries on a POS is that they do not require any CPU in order to operate. In addition, they can be fitted with different types of ammo in order to spread damage across multiple resists. | ||
| − | + | ===Energy Neutralizing Battery=== | |
* 4000 m3 4000 kg | * 4000 m3 4000 kg | ||
* 350,000 PG 25 CPU | * 350,000 PG 25 CPU | ||
| Line 61: | Line 59: | ||
The energy neutralizer has a 250km (50?) range and drains 1000 GJ (a heavy T2 neutralizer on a ship does 600 GJ). Compared to the other types of defensive modules, their fitting requirement is rather high. | The energy neutralizer has a 250km (50?) range and drains 1000 GJ (a heavy T2 neutralizer on a ship does 600 GJ). Compared to the other types of defensive modules, their fitting requirement is rather high. | ||
| − | + | ===Stasis Webification Battery=== | |
* 4000 m3 4000 kg | * 4000 m3 4000 kg | ||
* 50,000 PG 25 CPU | * 50,000 PG 25 CPU | ||
| Line 67: | Line 65: | ||
These will cut an enemy's ship speed by 75% and have a range of 150km. | These will cut an enemy's ship speed by 75% and have a range of 150km. | ||
| − | + | ===Warp Disruption Battery=== | |
* 4000 m3 100 kg | * 4000 m3 100 kg | ||
* 100,000 PG 50 CPU | * 100,000 PG 50 CPU | ||
| Line 73: | Line 71: | ||
The disruption batteries have a 150km range, but higher fitting needs then the scramblers. They have a warp scrambling strength of 3 points. | The disruption batteries have a 150km range, but higher fitting needs then the scramblers. They have a warp scrambling strength of 3 points. | ||
| − | + | ===Warp Scrambling Battery=== | |
* 4000 m3 100 kg | * 4000 m3 100 kg | ||
* 25,000 PG 25 CPU | * 25,000 PG 25 CPU | ||
| Line 79: | Line 77: | ||
The scrambling batteries only have a 75km range, but much lower fitting needs. They have a warp scramble strength of 6 points. | The scrambling batteries only have a 75km range, but much lower fitting needs. They have a warp scramble strength of 6 points. | ||
| − | + | ===Anchoring of Spares=== | |
A recommended tactic is that you always anchor extra weapon and countermeasures outside the POS bubble, but leave them offline until needed. As existing weapons and countermeasures are incapacitated by damage, you can bring new weapons and countermeasures online. | A recommended tactic is that you always anchor extra weapon and countermeasures outside the POS bubble, but leave them offline until needed. As existing weapons and countermeasures are incapacitated by damage, you can bring new weapons and countermeasures online. | ||
| − | + | ===Starbase Defense Management=== | |
The [[Skills:Corporation Management#Starbase Defense Management|Starbase Defense Management]] skill allows a pilot with the Starbase Defense Operator role to control weapons and countermeasures mounted outside the POS bubble. | The [[Skills:Corporation Management#Starbase Defense Management|Starbase Defense Management]] skill allows a pilot with the Starbase Defense Operator role to control weapons and countermeasures mounted outside the POS bubble. | ||
Revision as of 22:53, 16 May 2010
Overview
- overview that explains the basic concepts behind attacking or defending a POS
Configuration - we're only going to list very basic attributes for modules and only for the base version, so things like (m3, kg, powergrid used, CPU used, and hitpoints)
Defense
The primary form of defense for a POS is its force field (or shield bubble). If you are inside the shield bubble, you cannot be targeted or damaged, nor can you target/damage anyone outside it. You can either enter the bubble based on standings or be given the starbase password to slip through the shield. Even if your POS access is based on access, you must set a password on the tower. The bubble will exist until the tower is destroyed or taken offline.
There are two caveats to the invulnerability when you are inside the POS shield however. The first is that someone who is inside with you may decide to bump you out of the shield radius. The second is that the shield radius tends to warp and wobble, slowly moving inward and outward a few hundred meters.
All towers have shield, armor and structure like normal ships, but during the initial phase of combat only the shield HP comes into play. In addition, each tower as a set of basic shield resists that vary according to the race/faction of the tower. One of the resists will be 50%, one will be 25%, and the other two resists will be at zero. You should add shield hardeners to shore up your weaker resists.
Shield Hardening Arrays
- 4000 m3 4000 kg
- 150,000 PG 250 CPU
- 20k shield HP, 20k armor HP, 20k structure HP
Shield hardeners come in four types, one for each resist, and should be mounted inside the POS bubble. They are named Ballistic Deflection Array (KIN), Explosion Dampening Array (EXP), Heat Dissipation Array (THE), and Photon Scattering Array (EMP).
The correct way to harden the shields of the POS depends on the tower size, the tower location, and expected opposition. But you should probably use one of the following recommendations. You will need the most modules (highest number) for the two resist at 0%, with one fewer hardener for the resist that starts at 25%, and one fewer for the 50% resist.
- 2/2/1/0 results in 44%/44%/44%/50% resists
- 3/3/2/1 results in 58%/58%/58%/63% resists
- 4/4/3/2 results in 68%/68%/68%/72% resists
A tower with high resists becomes very difficult to reinforce since you force the attackers to spend 1.8x to 3.1x more time then if you don't plug the two 0% resist holes. Trying to stack the resist modules beyond 4/4/3/2 is pointless and you'd be better off using that PG/CPU for other defensive modules.
Sensor Dampening Battery
- 4000 m3 4000 kg
- 12,500 PG 25 CPU
- 100k shield HP, 1.5M armor HP, 100k structure HP
The Sensor Dampening Battery has a 150km optimal, cuts the target's scan resolution and targeting range in half. It has very low fitting requirements and can force an enemy to come closer to POS weapons instead of being able to snipe modules. Just like any other module that targets enemy ships, it must be mounted outside the POS bubble.
ECM Battery
- 4000 m3 4000 kg
- 25,000 PG 50 CPU
- 100k shield HP, 1.5M armor HP, 100k structure HP
The four ECM batteries are Ion Field Projection Battery (MAGNET, Gallente), Phase Inversion Battery (LADAR, Minmatar), Spatial Destabilization Battery (GRAV, Caldari) and White Noise Generation Battery (RADAR, Amarr). They have an optimal range of 200km with a jam strength of 15.00. Player ships like the Blackbird, Kitsune, Falcon, and Scorpion have jam strengths in the 6.00 to 10.00 range. This module must be mounted outside the POS bubble.
Offense
There are two types of offense that a POS can engage in. One is acting as a tackler, using energy neutralizers, stasis webs and warp disruptors/scrambers. The second type of offense is weapon systems such as hybrid turrets, laser turrets, missile launchers or projectile batteries. Each race/faction POS tower gives different bonuses to weapons, but that must be balanced with the issue that once a tower enters reinforced mode all weapons that use CPU will go offline.
Hybrid Batteries
Laser Batteries
Missile Batteries
Projectile Batteries
The primary advantage of projectile batteries on a POS is that they do not require any CPU in order to operate. In addition, they can be fitted with different types of ammo in order to spread damage across multiple resists.
Energy Neutralizing Battery
- 4000 m3 4000 kg
- 350,000 PG 25 CPU
- 100k shield HP, 1.5M armor HP, 100k structure HP
The energy neutralizer has a 250km (50?) range and drains 1000 GJ (a heavy T2 neutralizer on a ship does 600 GJ). Compared to the other types of defensive modules, their fitting requirement is rather high.
Stasis Webification Battery
- 4000 m3 4000 kg
- 50,000 PG 25 CPU
- 100k shield HP, 1.5M armor HP, 100k structure HP
These will cut an enemy's ship speed by 75% and have a range of 150km.
Warp Disruption Battery
- 4000 m3 100 kg
- 100,000 PG 50 CPU
- 100k shield HP, 1.5M armor HP, 100k structure HP
The disruption batteries have a 150km range, but higher fitting needs then the scramblers. They have a warp scrambling strength of 3 points.
Warp Scrambling Battery
- 4000 m3 100 kg
- 25,000 PG 25 CPU
- 100k shield HP, 1.5M armor HP, 100k structure HP
The scrambling batteries only have a 75km range, but much lower fitting needs. They have a warp scramble strength of 6 points.
Anchoring of Spares
A recommended tactic is that you always anchor extra weapon and countermeasures outside the POS bubble, but leave them offline until needed. As existing weapons and countermeasures are incapacitated by damage, you can bring new weapons and countermeasures online.
Starbase Defense Management
The Starbase Defense Management skill allows a pilot with the Starbase Defense Operator role to control weapons and countermeasures mounted outside the POS bubble.
Initial Attack
- what do we bring, how long should it take
- ammo types, range needed
Incapacitation of Modules
- order of modules to attack
- modules inside vs outside the shields
- how to keep ships from being popped
- what ammo works best
Damage POS Shield
- what ammo works best, how to know
- taking down the shield to 25%
- what happens at 25%
Reinforced Mode
- what can/can't be done (summary) guns can be repaired, POS shield cannot be repaired, modules can/cannot?
- talk about stront timer, how to see it
- talk about what can't be done while in reinforced
- repairing POS modules
- preventing the enemy from repairing
Final Takedown
- when do we come back, what do we bring, how long should it take
What to Shoot
- repaired modules
- shields
- other modules?
What to Loot
- modules? hangar contents?
- link to IVY war loot policy
Reference Links
EVE Online POS Builder
POS'S AND YOU (forum thread)
MyPOS (calculate fits)
