Maelstrom

"Maelstorm" are non-combat nodes that upon entering, willmore or less deplete the current resources of the fleet.

Overview

Maelstroms are special nodes encountered during sorties. Upon hitting a maelstrom node, the fleet will lose either fuel or ammo .

• The type of resource lost is determined by the node.
• The amount of resource loss is a percentage of remaining fuel or ammo.
  • This means the actual value of resources lost is reduced if the fleet encounters the maelstrom late in the sortie.
• Certain nodes are strong maelstroms; these nodes drain 150% more resources than regular maelstroms with a roughly 25% chance of draining all of a resource.
• Resource loss can be reduced depending on the amount of RADAR-equipped ships.
  • Equipping multiple RADAR on one ship does not count.
  • Any RADAR counts towards reducing maelstrom losses.
• The value of the loss displayed when encountering a maelstrom is just from the ship with the greatest loss in the fleet.
  • This means the total resources lost to the maelstrom is not shown.
  • The value displayed can exceed the actual amount of resources remaining in the case of strong maelstroms.
• The number of bars remaining displayed at the resupply menu may differ from the percentages given in this page due to rounding errors.
• Remember that the resource loss reduces the fleet's combat effectiveness. Maelstroms should be avoided where possible. Please see Damage Calculations and Evasion for more details.
• When a Combined Fleet encounters a maelstrom, the resource loss is dependent on the type of maelstrom node encountered. The version encountered depends on the map.
  • The first only considers the amount of radars in the 1st fleet and the 2nd fleet does not lose any supplies.
  • The second considers the amount of radars in both fleets independently. This means that having no radars in the 1st fleet but radars in the 2nd fleet would cause only the 1st fleet to lose supplies.

Notes

• There are significant diminishing returns beyond having 3 "Radar-equipped ships". It is recommended to only have 3 "Radar-equipped ships" max to mitigate maelstrom losses.
• It is recommended to avoid strong maelstroms. There is a significant chance that the fleet's combat effectiveness will be severely hampered.
• The actual maximum displayed major loss from strong maelstroms can vary from map to map.
  • The difference is academic as they all drain 100% fuel with 0-1 Radars.

Resource Loss Calculation

The resource loss from maelstroms is given as:

Maelstrom Losses Formula

[math]\displaystyle{ \text{Loss} = \lfloor \text{Resource} \times \text{Loss}_\text{Maelstrom} \times \left( 1-\text{Mod}_\text{Radar} \right) \rfloor }[/math] With [math]\displaystyle{ \text{Resource} }[/math] the remaining amount of the targeted resource per ship when the fleet encounters the maelstrom, [math]\displaystyle{ \text{Loss}_\text{Maelstrom} }[/math] the base maelstrom loss. See the percentages for 0 Radar in the table below, [math]\displaystyle{ \text{Mod}_\text{Radar} }[/math] the loss reduction from "Radar-equipped ships". Radar-Equipped Girls [math]\displaystyle{ \text{Mod}_\text{Radar} }[/math] 1 0.25 2 0.40 3 0.50 4 0.55 5 0.58 6 0.60

Resource Loss Charts

Radar-Equipped Girls	Regular Maelstrom	Strong Maelstrom
		Normal Loss	Major Loss
0	30%	40%	100%
1	22.5%	30%	100%
2	18%	24%	90%
3	15%	20%	75%
4	13.5%	18%	67.5%
5	12.6%	16.8%	63%
6	12%	16%	60%

Maelstrom Locations

World	Maps	Nodes	Resource Drained	Note
World 1	1-3	H	Fuel	Strong
World 2	2-4	C	Fuel	Normal
	2-5	G	Fuel	Strong
World 3	3-2	G	Fuel	Normal
	3-3	C	Fuel	Normal
		F	Fuel	Strong
	3-4	D	Fuel	Normal
		F	Fuel	Strong
World 7	7-1	A	Ammo	Normal
	7-2	A	Fuel	Normal
	7-3	K	Fuel	Normal
		L	Fuel	Normal
World 4	4-3	E	Ammo	Normal
		K	Fuel	Normal
	4-4	D	Ammo	Normal
	4-5	R	Fuel	Normal
World 5	5-1	A	Fuel	Normal
	5-2	A	Fuel	Normal
		M	Fuel	Strong
	5-3	K	Fuel	Normal
	5-4	D	Fuel	Normal
		K	Fuel	Strong
	5-5	D	Fuel	Normal
		L	Fuel	Strong
World 6	6-2	D	Ammo	Strong

See Also

• Nodes
• Combat