Pyrrha is a city situated by the southeastern base of Olympus Mons on Mars. Its proximity to the largest volcano in the solar system has shaped its development and identity. The city's culture and geography are deeply intertwined with the concept of fire, which holds sacred significance to its residents.
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”City of Fire”
Location: Planet Mars, Solar System
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Pyrrha was established during the early stages of Martian colonization as a research outpost to study Olympus Mons. During the Martian Resource War of 2336, the city remained relatively neutral, focusing instead on developing its geothermal energy capabilities and Pyrrhic Forges. Following Mars' independence, Pyrrha had undergone significant growth due to the discovery of the kinetic storm fields separating it from Deucalion.
Pyrrha experiences much of the harsh desert climate characteristic of the Martian landscape. The city's infrastructure has been adapted to cope with these arid conditions, while making use of the abundant heat from its volcanic neighbor. A system of thermal collectors and processing facilities that manage heat and harness geothermal energy from Olympus Mons to power the city and its forges. Pyrrha also employs sophisticated water management systems to maintain sustainable agriculture and human habitation.
Between Pyrrha and Deucalion lies a distance of approximately 1,550 to 1,860 miles (2,500 to 3,000 km). The vast expanse between these cities is characterized by a unique region of kinetic storms, where pure kinetic energy manifests as visible distortions in the air, creating red swirling patterns. These natural phenomena pose significant challenges for conventional transportation between the two cities, but they have also attracted scientific interest. The Kinetic Observatory serves as a research facility dedicated to studying these storms and exploring potential ways to harness their energy, similar to how Deucalion has successfully utilized Marinite in its infrastructure.
Pyrrha holds significant importance in the Martian landscape and the broader interplanetary context: