- 1,673
- 289
Consider the following
AP Scaling
Raiden, after a heavy fight, with one arm missing is capable of stopping Outer Heave
4 Gekkos working together are able to completely restrain Raide (this is actually referenced by the calc linked in raidens' profile) in his best condition. Analyzing the fight, we can see that while Raiden outclasses the Gekkos 1v1 and is able to overpower them, he is however, unable to damage them enough to the point they would explode, comparatively a damaged Rex that has been abandoned for almost a decade just by walking, is able to damage Gekko's so much they explode from the damage recieved, and with actual weaponry they just get completely fodderized.
With this in consideration it is fair to say that at the very least A damaged REX = Healthy Raiden (MGS4) and that his even his most casual movements are at least 1/4th of Raiden's physical might.
with that in mind Gray Fox is perfectly able to hold back the steps from a Metal Gear Rex in prime conditio
In short, the likes of Gray Fox and Metal Gear REX should be scale to a certain extent, if not scale outright to Raiden's feat during the events of MGS4.
EDIT: While we are on the topic I decided to also include some revisions about speed - 20/01/2019
Speed Scaling
-Liquid piloting REX was able to defeat Gray Fox, this alone warrants it having the same level of speed in combat.
-According to a codec call in MGS1 Rex can launch warheads with its railgun at 100 km/s that means his attack speed with the railgun should be Massively Hypersonic.
-With that in mind, Metal gear solid database states that the railgun Used by Crying wolf and Snake is a miniature version of that, and is noted to have a kinetic energy of 10 Megajoules. Considering the fact REX can launch nuclear warheads likely weighing in excess of hundreds of KGs at speeds 100 km/s, these railguns should be capable of launching smaller projectiles at similar speeds. In short, railguns in MG are at least 100 km/s in muzzle velocity, this affects this calculation here bumping the speed to ~20 to 50x times of what was originally calculated.
AP Scaling
Raiden, after a heavy fight, with one arm missing is capable of stopping Outer Heave
4 Gekkos working together are able to completely restrain Raide (this is actually referenced by the calc linked in raidens' profile) in his best condition. Analyzing the fight, we can see that while Raiden outclasses the Gekkos 1v1 and is able to overpower them, he is however, unable to damage them enough to the point they would explode, comparatively a damaged Rex that has been abandoned for almost a decade just by walking, is able to damage Gekko's so much they explode from the damage recieved, and with actual weaponry they just get completely fodderized.
With this in consideration it is fair to say that at the very least A damaged REX = Healthy Raiden (MGS4) and that his even his most casual movements are at least 1/4th of Raiden's physical might.
with that in mind Gray Fox is perfectly able to hold back the steps from a Metal Gear Rex in prime conditio
In short, the likes of Gray Fox and Metal Gear REX should be scale to a certain extent, if not scale outright to Raiden's feat during the events of MGS4.
EDIT: While we are on the topic I decided to also include some revisions about speed - 20/01/2019
Speed Scaling
-Liquid piloting REX was able to defeat Gray Fox, this alone warrants it having the same level of speed in combat.
-According to a codec call in MGS1 Rex can launch warheads with its railgun at 100 km/s that means his attack speed with the railgun should be Massively Hypersonic.
-With that in mind, Metal gear solid database states that the railgun Used by Crying wolf and Snake is a miniature version of that, and is noted to have a kinetic energy of 10 Megajoules. Considering the fact REX can launch nuclear warheads likely weighing in excess of hundreds of KGs at speeds 100 km/s, these railguns should be capable of launching smaller projectiles at similar speeds. In short, railguns in MG are at least 100 km/s in muzzle velocity, this affects this calculation here bumping the speed to ~20 to 50x times of what was originally calculated.