Board Thread:General Discussion/@comment-4044190-20140626160743/@comment-26060229-20140629013635

Alright, I'm only going to respond to Tre's gravity post.

-There are NO planets in our universe with that high of gravity. Anything with that much mass is either a star or stellar remnant, and such remnants have at LEAST 100,000x Earth's gravity (in the case of white dwarfs) or higher (in the case of neutron stars or black holes).

Jupiter's about the upper limit for how large a gas giant can be, physically. Any more mass and it won't be larger, just denser. At around 10x Jupiter's mass, it would cease being a planet as fusion occurs and it becomes a star.

The surface gravity would be comparable to the surface gravity of the Sun, around 25 times that of Earth's. (Jupiter's "surface gravity" is about 2.5x that of Earth). (Note: The Sun's surface gravity is around ~28 times).

My proposed list:


 * Standard Training Conditions - Equivilant to Earth Gravity.


 * Harsh Training Conditions - Equivilant to x50 Gravity.


 * Extreme Training Conditions - Equivilant to x100 Gravity.


 * Brutal Training Conditions - Equivilant to x1000 Gravity.

These "Training Conditions" allow for more than just flat-out gravity, such as intense storms, harsh terrain, erupting volcanoes, etc. The cost of the training grounds can be easily justified as the cost of constructing a training facility in such harsh conditions.