Fantasy
Gaia from Final Fantasy VII. Previously this world contained only Midgar and all characters and monsters that we met in the original game and in Remake, now with this massive update all the regions of Gaia explorable in Rebirth are coming: Grasslands, Junon Region, Corel Region, Gongaga Region, Cosmo Canyon Region, Nibel Region and Northwood. Consequently, soon will arrive new characters, points of interests and areas to make this world even more alive.
Author's Note: Experience Gaia from Final Fantasy VII (mixing the 97' original game and both Remakes).
Because of the city's verticality, this version of Midgar is structured very differently from what you would see in the official games, like how slums were positioned on the sides of the sectors, to create distance between the plates and the underground areas. Big buildings are actually "areas", providing more complexity with their inner structure, for example with "Shinra Building" it was possible to make a complex series of rooms, labs and key areas.
In this version of Gaia you can explore pretty much all the major locations that you would find in the original game, in Remake and in Rebirth, adding immaginary versions of locations that were only mentioned and never explored in the official videogames.
| Played | 70 times |
| Cloned | 5 times |
| Created | 263 days ago |
| Last Updated | 20 days ago |
| Visibility | Public |
Mako Reactor 1
Point of Interest
Details
| Coordinates | (99, -34) |
Description
Mako Reactor 1 is a prominent industrial facility in the Final Fantasy VII universe, known for its sleek, metallic design and futuristic architecture. It serves as a power plant that extracts mako energy from the planet, generating electricity for the surrounding city. The reactor is characterized by its imposing structure, with large pipes and machinery that highlight its role in energy production. The environment around the reactor is often depicted as a stark contrast to nature, emphasizing the impact of technological advancement on the planet's ecosystem. Its interior features a complex network of corridors, control rooms, and energy conduits, showcasing the high-tech mechanisms employed to harness mako energy.