Gravity Classes

### Class I

Planets categorized under Class I have an exceedingly low surface gravity, measuring less than 0.1g. This distinctive trait sets them apart from most other planets and presents a set of specific challenges and opportunities for exploration and habitation.

Due to their extremely weak gravitational pull, Class I planets often exhibit unusual physical characteristics. Objects on these worlds weigh significantly less than they would on standard gravity planets, enabling peculiar movements and adaptations for both indigenous life forms and potential settlers. The ability to achieve extended jumps and leaps and carry heavy loads with relative ease are among the distinctive attributes of Class I planets.

While Class I planets might lack the conditions necessary to sustain a traditional human population, they hold potential for unique scientific research and experimental environments. The scarcity of planetary resources and the challenges presented by such low gravity might limit the practicality of large-scale colonization, but Class I planets can serve as invaluable research outposts.

### Class II

Planets falling under Class II exhibit a moderate to low surface gravity, with values ranging between 0.1g and 0.45g. This gravitational intensity distinguishes these planets from both higher gravity worlds and those with significantly weaker gravitational forces.

The intermediate surface gravity of Class II planets impacts various aspects of their physical and environmental conditions. Objects and individuals experience reduced weight compared to standard gravity planets, which could result in an environment where locomotion and certain activities require different strategies and adaptations. Settlement and colonization on Class II planets might involve the development of unique infrastructure and technologies that cater to the specific gravitational challenges.

### Class III

Planets classified as Class III possess a moderate surface gravity, with values ranging from 0.45g to 0.8g. This range of gravitational strength distinguishes these planets from both higher gravity worlds and those with weaker gravitational forces.

The moderate surface gravity of Class III planets influences various aspects of their physical characteristics and potential for habitation. While still offering sufficient gravitational pull to support human activity and development, the conditions on Class III planets might vary from those experienced on standard gravity planets. Objects and individuals on these planets would exhibit a level of weight that falls between the extremes of higher and lower gravity worlds.

Class III planets could hold promise for colonization and resource utilization. The relatively moderate gravitational environment may facilitate the establishment of settlements, infrastructure, and industries with a degree of familiarity for human inhabitants. Additionally, the potential for geological diversity and resources could attract mining and extraction efforts, contributing to the Thoria Empire's economic and technological advancement.

### Class IV

Planets categorized as Class IV exhibit a surface gravity ranging from 0.8g to 1.2g, which is considered the norm for habitable worlds.

Class IV planets feature gravitational forces that are in line with what is commonly experienced on planets that are conducive to human habitation. The gravitational pull in this range allows for a familiar sense of weight and facilitates typical biomechanical functions and physical activities. This standard gravity level contributes to the stability of ecosystems, evolutionary adaptations, and geological formations, making Class IV planets suitable candidates for colonization, resource extraction, and various forms of exploration.

### Class V

Class V characterizes planets within the Thoria Empire's classification system that possess a surface gravity ranging from 1.2g to 1.7g. These worlds exhibit a higher-than-average gravitational pull compared to standard habitable planets.

The heightened gravity on Class V planets has significant implications for their ecosystems, biomechanics, and geological processes. Flora and fauna native to these worlds have evolved to adapt to the increased gravitational force, resulting in unique physiological traits and structures. Settlement and resource extraction on Class V planets require specialized infrastructure and technology to mitigate the challenges posed by the elevated gravity. Activities such as construction, transportation, and agriculture must account for the increased stress and strain on materials and equipment.

### Class VI

Class VI designates planets within the Thoria Empire's classification system that exhibit surface gravity levels ranging from 1.7g to 3g. These worlds possess significantly higher gravitational forces compared to standard habitable planets.

Class VI planets present formidable challenges for colonization and resource utilization due to the intense gravitational pull. Settlements on these worlds require advanced engineering and infrastructure to withstand the strains imposed by the higher gravity. Biological adaptations in native life forms are pronounced, resulting in unique morphologies and physiological adaptations that allow species to thrive despite the increased gravitational stress.

Legion worlds often align with the lower end of the Class VI range, making them suitable for training and conditioning the empire's military forces. The elevated gravity contributes to the development of stronger, more resilient soldiers capable of excelling in various combat environments.

### Class VII

Class VII encompasses planets in the Thoria Empire's classification system that exhibit surface gravity levels exceeding 3g. These are worlds with extreme gravitational forces that pose significant challenges to human habitation and resource utilization.

Class VII planets stand as forbidding environments where standard human physiology struggles to adapt. The crushing gravity makes everyday tasks immensely difficult and necessitates the use of advanced technology and protective suits to navigate and interact with the surroundings. Settlements are sparse and limited to specific regions, often concentrated around resource-rich areas that justify the challenges of extraction.