Type III Drone speed calc (by Garv)

For some reason, the link coulnd't be saved, so I copied here

Type III Drone's speed calc

Now, I determined the minimum possible distance to the bottom of the review. Spoiler: Spoiler: Panel Size = 720 pixels Saint's Cradle Size = 434 pixels Panel Size = 135 degrees (vertical field of vision) Cradle Size / Panel Size ≈ 0.603 Saint's Cradle Size = 81.375 degrees Spoiler: http://img444.imageshack.us/img444/2275/19793876.jpg http://img406.imageshack.us/img406/2919/84585800.jpg http://img220.imageshack.us/img220/2525/96313405.jpg Saint's Cradle Size = 7340m

Angular Size Calculator: Angle (Degrees) = 81.375 Size = 7340 Distance = 4268.7 m

Drones fly out from the center of the Saint's Cradle.

C - Center of the Saint's Cradle AC = 4268.7 m - distance to the Saint's Cradle Angle A = 135 degrees (vertical field of vision) Angle HAC = 135/2 = 67.5 degrees CH - Altitude - the minimum distance to the bottom edge of the vertical field of vision CH =?

Angle HCA = 180 - 90 - 67.5 = 22.5 degrees cos (22.5) ≈ 0.85355 CH = 4268.7 * 0.85355 = 3643.54 m

Distance = 3643.54 m Time = 10/24 second (in 10 frames drones disappear behind the lower edge of the vertical field of vision) Speed = 3643.54/(10/24) = 8744.517 meters per second Drone's Speed = 3643.54/(10/24) = 8744.517 meters per second or Mach 25

It should be said, drones attacking with lasers and missiles in flight, so the missiles and lasers will be even faster.

Even Low Tiers can react/dodge drone's missiles and lasers.

UPDATE

New angular scaling method upgrades the speed to Mach 61.

2*atan(434/(720/tan(70/2))) = 45.766253928016 degrees

Distance = 8695.2 meters

8695.2/(10/24) = 20868.48 m/s