Capacitor warfare: Difference between revisions

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Although focussed on the same goal, each of these systems has its own strengths and weaknesses and each is very different in implementation. Capacitor warfare drones operate like other EWAR drones and share strengths and weaknesses with the TD and RSD drones. In contrast, capacitor warfare modules are very different from other EWAR modules. They fit like weapons in high slots with ~~three~~ sizes corresponding to hull sizes, so they compete for fitting slots with DPS and high slot utility rather than mid slot utility or tank. Compared to other EWAR modules capacitor warfare modules have short ranges. They don't have a binary effect like other EWAR and instead kill capacitors incrementally in the same way that DPS destroys shields. Similarly to TDs, capacitor warfare has setups against which it is inherently limited. For example, a passive tanked drake will still be able to tank and DPS with 0 capacitor (it won't be able to run active hardeners, warp jamming, or propulsion modules though!).

Although focussed on the same goal, each of these systems has its own strengths and weaknesses and each is very different in implementation. Capacitor warfare drones operate like other EWAR drones and share strengths and weaknesses with the TD and RSD drones. In contrast, capacitor warfare modules are very different from other EWAR modules. They fit like weapons in high slots with module sizes corresponding to hull sizes, so they compete for fitting slots with DPS and high slot utility rather than mid slot utility or tank. Compared to other EWAR modules, capacitor warfare modules have short ranges. They don't have a binary effect like other EWAR and instead kill capacitors incrementally in the same way that DPS destroys shields. Similarly to TDs, capacitor warfare has setups against which it is inherently limited. For example, a passive tanked drake will still be able to tank and DPS with 0 capacitor (it won't be able to run active hardeners, warp jamming, or propulsion modules though!).

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-Although focussed on the same goal, each of these systems has its own strengths and weaknesses and each is very different in implementation.  Capacitor warfare drones operate like other EWAR drones and share strengths and weaknesses with the TD and RSD drones.  In contrast, capacitor warfare modules are very different from other EWAR modules.  They fit like weapons in high slots with three sizes corresponding to hull sizes, so they compete for fitting slots with DPS and high slot utility rather than mid slot utility or tank.  Compared to other EWAR modules capacitor warfare modules have short ranges.  They don't have a binary effect like other EWAR and instead kill capacitors incrementally in the same way that DPS destroys shields.  Similarly to TDs, capacitor warfare has setups against which it is inherently limited.  For example, a passive tanked drake will still be able to tank and DPS with 0 capacitor (it won't be able to run active hardeners, warp jamming, or propulsion modules though!).
+Although focussed on the same goal, each of these systems has its own strengths and weaknesses and each is very different in implementation.  Capacitor warfare drones operate like other EWAR drones and share strengths and weaknesses with the TD and RSD drones.  In contrast, capacitor warfare modules are very different from other EWAR modules.  They fit like weapons in high slots with module sizes corresponding to hull sizes, so they compete for fitting slots with DPS and high slot utility rather than mid slot utility or tank.  Compared to other EWAR modules, capacitor warfare modules have short ranges.  They don't have a binary effect like other EWAR and instead kill capacitors incrementally in the same way that DPS destroys shields.  Similarly to TDs, capacitor warfare has setups against which it is inherently limited.  For example, a passive tanked drake will still be able to tank and DPS with 0 capacitor (it won't be able to run active hardeners, warp jamming, or propulsion modules though!).
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