Overheating: Difference between revisions

Line 35:

* Heating '''[[Tanking|tank modules]]''' increases their effect.

** Shield boosters and armour repairers gain both increased repair per cycle, ''and'' faster cycle times. This makes them some of the most powerful modules to overheat. Note that the faster cycle means a heaver capacitor burden.

** Ancillary shield boosters and armour repairers should ''always' be used overheated, as they have a limited number of effective cycles (meaning that you want to make the most of every cycle, and there is only minimal damage they can inflict).

** Ancillary shield boosters and armour repairers should ''always'' be used overheated, as they have a limited number of effective cycles (meaning that you want to make the most of every cycle, and there is only minimal damage they can inflict).

** Active resistance hardeners can be overheated to increase the damage resistance they provide. This means that overheating can also benefit some types of buffer tanks and passive shield tanks.

** ''Remote'' shield boosters and armor repairers gain reduced cycle times. For remote armor repairers, this reduces the delay before the first cycle lands; for remote shield boosters, this reduces the delay between the first and second cycles.

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 * Heating '''[[Tanking|tank modules]]''' increases their effect.
 ** Shield boosters and armour repairers gain both increased repair per cycle, ''and'' faster cycle times. This makes them some of the most powerful modules to overheat. Note that the faster cycle means a heaver capacitor burden.
-** Ancillary shield boosters and armour repairers should ''always' be used overheated, as they have a limited number of effective cycles (meaning that you want to make the most of every cycle, and there is only minimal damage they can inflict).
+** Ancillary shield boosters and armour repairers should ''always'' be used overheated, as they have a limited number of effective cycles (meaning that you want to make the most of every cycle, and there is only minimal damage they can inflict).
 ** Active resistance hardeners can be overheated to increase the damage resistance they provide. This means that overheating can also benefit some types of buffer tanks and passive shield tanks.
 ** ''Remote'' shield boosters and armor repairers gain reduced cycle times. For remote armor repairers, this reduces the delay before the first cycle lands; for remote shield boosters, this reduces the delay between the first and second cycles.