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## Considerations

As we know, Geryuganshoop attacks are described as to the near lightspeed, so here I will use two ends, being LOW end (0.51c) and HIGH end (0.75c).

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## Calc

As we seein these scans, Geryuganshoop and Saitama are close. Geryuganshoop then throws his stones that travel a good distance and immediately focuses on Saitama's face as if something is approaching, so here I will consider the POV as the attack. Saitama is 1.75 meters, its head is 0.2275 meters.

Head = 185px | 0.2275 meters
Screen = 425px
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• D = 0.2275 * 425 /[185 * 2 * tan(70deg / 2)]
• D = 0.3732 meters

As we know, Geryuganshoop attacks are described as to the near lightspeed, so here I will use two ends, being Low end (0.51c) and High end (0.75c).

### Time

low

• T = 0.3725 / 152894153.58
• T = 2.43632599e-9 seconds

HIGH

• T = 0.3725 / 224844343.5
• T = 1.65670167e-9 seconds

## Calc

First of all we need to find the head size of Geryuganshoop

Geryuganshoop = 1221px | 6.08 meter
Head = 228px | 1.13 meters
​​​​​​Geryuganshoop Head = 116px | 1.13 meters
Saitama Arm = 46px | 0.665 meters
Screen = 511px

Saitama - Screen

• D = 0.665 * 511 /[46 * 2 * tan(70deg / 2)]
• D = 5.27506646642 meters

Geryuganshoop - Screen

• D = 1.13 * 511 /[116 * 2 * tan(70deg / 2)]
• D = 3.55454958419 meters

Saitama - Geryuganshoop

• D =  5.27506646642 -  3.55454958419
• D = 1.72051688223 meters

But as we can see, the rocks crossed a certain distance before reaching Saitama, so, let's calculate the minimum distance the stones crossed before Saitama reacted.

Saitama = 393px | 1.75 meters
Rocks = 12px | 0.0534 meters
Rocks = 20px | 0.0534 meters
Screen = 554px
• D = 0.0534 * 554 /[20 * 2 * tan(70deg / 2)]
• D = 1.05624398431 meters

Distance total

• D = 1.72051688223 - 1.05624398431
• D = 0.66427289792 meters

low

• T = 0.66427289792 / 152894153.58
• T = 4.34465859e-9 seconds

HIGH

• T = 0.66427289792 / 224844343.5
• T = 2.95436784e-9 seconds

### Moviment

Saitama had to rotate his whole body and raise his hand, then:

Saitama = 1520px | 1.75 meters
Diameter = 338px | 0.3891 meters

For the movement, we use the radius 0.19455 meters.

• M = 0.19455 * 180 * Pi /180
M = 0.6111 meters

• M = 0.665 * 75 * Pi /180
• M = 0.8704 meters

Moviment total

• M = 0.6111+ 0.8704
• M = 1.4815 meters

### Velocity

low

• V = 1.4815 / 4.34465859e-9
• V = 340993421.994 m/s

HIGH

• V = 1.4815 / 2.95436784e-9
• V = 501460914.901 m/s

## Results

• Speed of reaction Saitama:
• low end = 2.43632599e-9 seconds, or 1.36c (FTL)
• HIGH end = 1.65670167e-9 seconds, or 2.01c (FTL)
• Saitama intercepts rocks:
• low end = 340993421.994 m/s, or 1.13c (FTL)
• HIGH end = 501460914.901 m/s, or 1.67c (FTL)
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