If you're reading this, you probably want to know what those blaring sirens are all about. This guide will detail the basics of Ship Superstructure Integrity and armor plates along with how you can repair your vessel and save the day.

So, you just arrived 50 minutes late, and the armor looks like some quality swiss cheese. Don't panic! Well, do. But luckily, here is a short guide that should help you save your ship.

Get power. Unsurprisingly, the Armor Pumps need a lot of power to function. So hope to God that someone has set up the engine earlier. The maximum amount of power the Well can take is 3 million Watts. It can of course operate on less, but only with lower efficiency.

Find the Bluespace Matter Vendor and get as much Titanium and Steel out as you can. Even better if you get some Phoron and Silver too.

Go to the Armour Repair Well, and insert all the resources. Then open the Well's interface, and scroll to the bottom. There, bring the power slider as high as you can. It is advised that you don't max out the power, as reactors can sometimes fluctuate, and produce less power.

Select an alloy to use. If you have inserted Titanium, Steel, Silver and Phoron, choose Duranium. Otherwise use Ferrotitanium, as it only uses Steel and Titanium, which you will have a lot of - hopefully.

Turn on RR Processing.

Go to each Pump, and allocate 20% to armor and 5% to hull. This ratio is good for repairing armor. If the ship enters SS Critical, allocate more to hull.

With that done, let us see how a ship's armor actually works, and what the APNPs actually do.

Each vessel has a set number of “health” points referring to the integrity of the superstructure of the ship, essentially the pieces that keep the ship together. Not all ships are created equally and different ships will have varying degrees of maximum integrity. A ship's “health” is split between structural integrity and armor plating. Structural integrity is the raw “health bar” of the ship, whereas armor plating represents just that - armor that protects the primary superstructure from damage. This is represented as a separate health pool (visible below structural integrity on a tactical console).

Disclaimer: The armor pump system is only currently available for major ships; mining ships are excluded. Other ships will have to use hull repair juice.

There are four quadrants on each ship, split usually unevenly between the four. Whenever a corner of the ship is hit, that quadrant loses health and protects the main structure. Note: this will protect the ship from nuclear impacts. Any damage which is absorbed by quadrants will not cause explosions in the interior itself. When observing the overmap, each quadrant will become progressively more red as it takes damage. Areas indicated as red on your ship should avoid taking damage while piloting using the navigation console.

As the integrity of the ship drops, you will begin to hear creaking noises from the hull, indicating that the ship's integrity is near being compromised. When the superstructure integrity falls enough, you will enter superstructure critical and a voiceover will announce this to the crew before sounding an alarm. Once this alarm has begun you will have 10 minutes to repair the structural integrity above 20% otherwise the ship will enter an irreparable state and explode 5 minutes afterwards. If structural integrity ever reaches 0%, the ship will explode immediately.

Otherwise known as the Armor Plating Nano-repair Well, this device breaks down metal sheets inserted into liquid form to be distributed to the Armor Plating Nano-repair Pumps. Ensure that a high-power wire is placed directly underneath the APNW at all times for it to function. To operate, insert steel, titanium, silver, or plasma and select the desired alloy on the Well's interface. Next, turn on processing by clicking the processing button which will turn green once activated. Ensure a fair amount of energy via the slider bar otherwise materials will not begin to process. If you wish to change the alloy at any time, you will need to turn off the processing and press the “Purge RR” button before selecting a new alloy. Different alloys will give a different repair efficiency rate, depending on which alloy is selected. How much power is inputted will also effect the efficiency of the repairing effect.

The system can run any number of pumps until it overheats, indicated by the “System Stress” bar. Once the System Stress passes 100% red lights will begin to flash and any active pumps will begin to fail and must be brought offline. Above this bar is is the “System Load” bar, if this goes above 100% it will begin to increase system stress; system stress will decrease if returned to below 100%.

Unlike other machines, the well cannot be upgraded using higher quality parts obtained from Research and Development.

Each Armor Plating Nano-repair Pump or APNP can repair the armor of the respective quadrant it is attached to, and the overall Ship Superstructure Integrity. Each pump has a slider which sets how efficient it is at the cost of increasing the System Load. Each pump has 100% capacity which can be divided between armor and integrity. Armor repair pumps repair Superstructure linearly, but repair armor plating itself differently. Attempting to repair armor that is critically damaged will have a penalty to efficiency; to repair armor plating the fastest, it is advised that Bridge staff attempt to spread the damage across all quadrants for the fastest possible repair times.

If overheated, indicated by red flashing lights, you will need to decrease the load on that particular armor repair pump to 0% and purge the system by taking a welder to cut the plating off, wrenching it, and then weld it once more to restore it to operational order. Additional armor pumps may be constructed and setup by linking the pump to the armor repair well using a multitool. Do note that additional pumps will add to the system load.

A force shield is a questionably logical energy field that is projected around a ship, which can block incoming projectiles. They are generated by Shield Generators, which work somewhat akin to APNWs. Power up to 15 MWs can be allocated to Shield Generators, increasing the effectiveness of the shield.

The Generator can be further configured by changing the ratio of shield regeneration over shield strength via a percentile scale, similar to the Armor Pumps. Increasing shield regeneration will make the shield weaker, but recover faster. On the other end, increasing shield strength will make the shield stronger, but slower to heal. The shield can also be Raised or Lowered, effectively turning it on or off.

When initially setup, the shield will take some time to reach its full effectiveness. Note that the ship's projectile weapons can easily exit the shield, as can fightercraft and teleporters (assuming the target is unshielded or a teleport modulation frequency is attained); enemies will be unable to teleport in or fly pods or fightercraft into a shielded ship unless they know the encryption cipher of the ship (obtained by capturing an enemy fighter and stealing the IFF code from it.)

Given the experimental nature of Shield Generators, they are rarely found on ships outside of SolGov territory, occasionally salvaged or purchased from hard-to-reach trader stations. NovusCorp ships typically employ them to neutralize damage from most ordinary weapons fire, up to 0% damage from a full impact at 80% or greater shield capacity remaining, but they are expensive to keep powered. Syndicate warships often must do without, making them more vulnerable to enemy assault.