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Missile mechanics: Difference between revisions

From EVE University Wiki
m Practical application of the equation: calculation needed to be fixed
Line 119: Line 119:
An important fact that derives from the equations is the fact that there is a minimum speed that a ship needs to fly before the velocity becomes a factor.  
An important fact that derives from the equations is the fact that there is a minimum speed that a ship needs to fly before the velocity becomes a factor.  
This has major implication for the use of MWD since the minimum required speed increases as well and bigger ships will not be able to match the speed requirements since their base speed is lower.
This has major implication for the use of MWD since the minimum required speed increases as well and bigger ships will not be able to match the speed requirements since their base speed is lower.
{| class="wikitable"
|-
! Shiptype !! Signature radius !! Minimum Velocity to reduce damage !! Minimum Velocity to reduce damage with activated MDW
|-
|Frigate (T1) || 30 m - 50 m|| 19,44 m/s - 32,4 m/s || 97,2 - 162 m/s
|-
|Destroyer (T1) || 7 5m - 90 m || 48,6 m/s - 58,32 m/s || 243 - 291,6 m/s
|-
|Cruiser (T1) || 100 m - 150 m || 64,8 m/s -  97,2 m/s || 324 m/s - 486 m/s
|-
|Battlecruiser (T1) || 240 m - 300 m || 155,52 m/s - 194,4 m/s || 777,6 m/s - 972 m/s
|-
|Battleship (T1) || 320 m - 500 m || 207,36 m/s - 324 m/s || 1036,8 m/s - 1620 m/s
|}


= Increasing Missile Damage =
= Increasing Missile Damage =