The Goliath guide

First there was the Big Alpha infographic. Now, there's the Goliath infographic:

This new infographic puts into perspective just how powerful a real-life Goliath would be. Except it doesn't really, because it uses imperial units. So for those of you not in the United States, Myanmar, or Liberia,* here's a quick 'translation' of the units to the metric system so that you can fully grasp the magnitude of Goliath's feats.

Height (1 metre ≈ 3.281 feet)

Goliath = 22.5' ≈ 6.858 m
Hunter = 6.5' ≈ 1.981 m

6.5' seems a bit tall for the hunters, especially given that the average height of a male, aged 20-29 in the U.S. is only 5'10''.

Perhaps in the future people will have evolved to become taller, or be genetically augmented in a Space Marine manner.




Leap Smash (Distance) (1 metre ≈ 3.281 feet)

Goliath = 52' ≈ 15.850 m

52' divided by 8 is actually 6.5'

Red kangaroos (Macropus rufus) can jump as far as 9 m (= 29.528') in a single hop, which means Goliath can only leap ~1.761 times that of a kangaroo. Not quite as impressive.


Bite Force (1 newton ≈ 0.225 pounds force)

The bite force of a Nile crocodile (Crocodylus niloticus) is 22 kN (≈ 5000 lbf), while that of a saltwater crocodile (Crocodylus porosus) is 16 kN (≈ 3700 lbf). The data here are a little dubious, as salties are meant to have the highest recorded bite force in a laboratory environment, and the conversions have been rounded up.

However if we take the average for the two crocodile species, we get 19 kN, so Goliath's bite force would be approximately 247 kN, or 56550 lbf!



Weight (1 metric tonne ≈ 1.102 U.S. ton**)

Goliath = 9.6 tons ≈ 8.709 t
Killer whale = 9 tons ≈ 8.165 t

Killer whales (Orcinus orca) are not actually whales, and instead belong to the dolphin family. The recorded weight of largest known male killer whale was ~ 10 t, or 11.023 tons. So Goliath is comparable in size to a large dolphin.

Speed (1 metre/ second ≈ 3.208 feet/ second)

Hunter = 23 ft/s ≈ 7.014 m/s

The fastest recorded speed for a human is 12.420 m/s (= 40.748 ft/s). This was achieved by Jamaican sprinter Usain Bolt during a 100 m (= 328.084') sprint event held in 2009.

The average walking speed of a human is 1.4 m/s, or 4.593 ft/s.

At a leisurely stroll (1.4 m/s), it would take approximately 17.853 seconds to clear the 24.994 m (= 82') radius of Goliath's flame breath. Therefore minimal chance of survival. At the hunter's speed of 7.014 m/s, it would take 3.563 s to escape, slightly better odds of surviving. At the record speed of 12.420 m/s, it would only take 2.012 s to escape Goliath's bad breath.

Since we don't know how fast Goliath can run, it is difficult to determine exact chances of surviving a flame breath by simply turning tail, and running. Having fire resistant armour, and a nearby medic, would no doubt greatly increase your chances of survival.


Distance (again, sort of) (1 metre ≈ 3.281 feet)

Goliath can lob a projectile 167' (= 50.902 m), which is pretty impressive.

While a majority of pine tree species reach heights of only 15–45 m (= 49.216–147.638'), the tallest ponderosa pine (Pinus pnderosa) has been measured to be 81.770 m (= 268.274') tall. So climbing to the top of this would put you well out of range of Goliath's missiles.

Conclusion

Goliath is pretty mean, but not as mean as the initial figures made him out to be. Still you probably wouldn't want to run into him in a dark alley Shear forest on your own.

I'm really hoping Turtle Rock and 2K release similar infographics for the remaining roster of monsters, as well as some more background stories for the hunters. Actually an infographic detailing the various flora, fauna, and environments of Shear would be great too.

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* These countries have yet to officially adopt the metric system, with the United States being the only industrialised country to not yet have adopted the metric system.

** Also known as a short ton.