Feat

Re-calc of this calc by USklaverei.

Orihime's speed is created in front of an explosion at close range by her three hair pieces which fly out to form a triangle.

Calc

Shield Distance

This is a bit of an estimate, but here we're scaling from where Orihime's head would be to one of the corners of the triangle to roughly plot out the distance they travelled.

Image 1 - Santen Kasshun

Uryu's Height = 340 px = 1.71 m

Orihime's Height = 312 px = 1.57 m

Santen Kesshun Distance = 450 px = 2.26323529412 m

Explosion Size

Image 2 - Uryu to Path

Uryu's Height = 340 px = 1.71 m

Path Width = 455 px = 2.28838235294 m

Image 3 - Path to Crater

Path Width = 660 px = 2.28838235294 m

Crater Radius = 350 px = 1.21353609626 m

The explosion size is at least the diameter of the crater, so that would be:

Crater Diameter = 700 px = 2.42707219252 m

Explosion Weight

So with this value we can get the explosion weight using this formula:

D = 8.5 * W ^ 0.341

Or to put it another way:

W = 0.341√(7.962835277296587 feet / 8.5) = 0.82576917837709 pounds

Explosion Weight = 0.82576917837709 pounds = 0.374562598693017 kilograms

Explosion Timeframe & Shield Speed

Plugging the info into this calculator (and assuming an explosive type of TNT), we get the time of arrival as: 0.89 milliseconds

This timeframe can be used to find the speed of the shield's deployment:

Speed = 2.26323529412 m / 0.89 ms = 2542.961 m/s = Mach 7.4138804665

Results

Orihime's Speed Shield: Mach 7.41 (Hypersonic)

Community content is available under CC-BY-SA unless otherwise noted.