POS Warfare: Difference between revisions

Line 22:

* 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).

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). Shield hardening arrays are placed inside the POS bubble and cannot be targeted until the tower is destroyed.

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.

@@ Line 22: / Line 22: @@
 * 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).
+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).  Shield hardening arrays are placed inside the POS bubble and cannot be targeted until the tower is destroyed.
 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.