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Overloading - how and when to - is considered especially useful, if not one of the most important skills, in small fleet PvP. | Overloading - how and when to - is considered especially useful, if not one of the most important skills, in small fleet PvP. | ||
===Dominon=== | ===Dominon=== | ||
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The big change you notice there is the lowering of Energy Management down from 5 to 3, making it much faster to train. Engineering 5 is still quite a time sink, but is highly recommended for new pilots for other reasons, manily for the extra powergrid it affords them to maximise fittings on their ships. | The big change you notice there is the lowering of Energy Management down from 5 to 3, making it much faster to train. Engineering 5 is still quite a time sink, but is highly recommended for new pilots for other reasons, manily for the extra powergrid it affords them to maximise fittings on their ships. | ||
==How does it work?== | ==How does it work?== | ||
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The effects of overloading are varied and depend on the module. Most weapons will generate more damage (in the region of 15%). Ewar modules like webifiers get more range (about 20%). Propulsion devices like [[Afterburner|Afterburners]] boost your speed even more (roughly 50% more). With such boosts possible, it is easy to see that overloading is very powerful in the right circumstances. | The effects of overloading are varied and depend on the module. Most weapons will generate more damage (in the region of 15%). Ewar modules like webifiers get more range (about 20%). Propulsion devices like [[Afterburner|Afterburners]] boost your speed even more (roughly 50% more). With such boosts possible, it is easy to see that overloading is very powerful in the right circumstances. | ||
Not all modules can be overloaded - | Not all modules can be overloaded - cloaking devices can't, for example. | ||
==== Heat ==== | ==== Heat ==== | ||
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Modules that are overloaded generate heat. This heat builds up relatively quickly over time, and causes damage to the module, and any module next to it in the same rack. Heat damage is what limits the use of overloading and has to be balanced between the need for the extra boost, and the risk of losing the module entirely. | Modules that are overloaded generate heat. This heat builds up relatively quickly over time, and causes damage to the module, and any module next to it in the same rack. Heat damage is what limits the use of overloading and has to be balanced between the need for the extra boost, and the risk of losing the module entirely. | ||
Every module has a certain amount of health (visible in the repair shop or when you compare multiple mods from the variant tab on the info screen) and overloading does a set amount of damage, found in the attributes tab of the info window for the module. | Every module has a certain amount of health (visible in the repair shop or when you compare multiple mods from the variant tab on the info screen) and overloading does a set amount of damage, found in the attributes tab of the info window for the module. When the amount of heat damage is greater than the module health, the module will cease working until it is repaired in a station. | ||
When the amount of heat damage is greater than the module health, the module will cease working until it is repaired in a station. | |||
Two modules overloaded, and next to each other in the same rack will damage each other as well as themselves, causing them to | Two modules overloaded, and next to each other in the same rack will damage each other as well as themselves, causing them to burn out that much faster. Care has to be taken whilst fitting a ship to try and fit modules that are likely to be overloaded away from each other. | ||
Note | Note that whether or not modules are 'next to each other' is determined on the fitting screen, and not the location of the buttons on your screen in space. Moving the buttons around has no effect on heat transfer. | ||
Some people fit offlined modules inbetween modules they plan on overloading to act as a 'heat sink' and limit the transfer of heat. Of course this means a slot isn't being fully used, and could be a waste. A balance has to be established depending on the situation. | Some people fit offlined modules inbetween modules they plan on overloading to act as a 'heat sink' and limit the transfer of heat. Of course this means a slot isn't being fully used, and could be a waste. A balance has to be established depending on the situation. | ||
=== Repairing Heat damage === | === Repairing Heat damage === | ||
If a module has been damaged by heat, '''but not destroyed''', then in-space repairs can be made using '''Nanite repair paste'''. This isn't excessively expensive, however the costs can add up if you use it alot. | If a module has been damaged by heat, '''but not destroyed''', then in-space repairs can be made using '''Nanite repair paste'''. This isn't excessively expensive, however the costs can add up if you use it alot. As a rough rule of thumb, 1 minute, and 1 unit of paste repairs 10 points of heat damage. Several skills can be trained to speed up repair time, and reduce the amount of paste required. If a module is destroyed (burntout) then it can't be repaired with Nanite paste. The module isn't useable whilst it is being repaired. | ||
Several skills can be trained to speed up repair time, and reduce the amount of paste required. | |||
If a module is destroyed (burntout) then it can't be repaired with Nanite paste. | |||
The module isn't useable whilst it is being repaired. | |||
[[Category:WikiCompo]] | [[Category:WikiCompo]] | ||
[[Category:Guides]] | |||