Hypogravitals

---

Hypogravitals are a distinct subpopulation of humans who have adapted to life in low-gravity environments. These individuals are incapable of surviving for a long period of time in standard Plateian gravity (1g) without significant augmentations due to the physiological changes that have occurred during their development.

Hypogravitals exhibit several physiological peculiarities that set them apart from individuals raised in standard gravity. They tend to be significantly taller and more slender than their normal gravity counterparts. They also have bones that are less dense and more fragile compared to individuals raised in normal gravity. This body shape is advantageous in low-gravity environments, as it minimizes the energy required for movement and allows for greater stability, but leads to issues in other gravities. Due to the reduced gravitational load on their muscles during development, hypogravitals also typically have weaker musculature.

To enable hypogravitals to survive in standard Earth-like gravity or environments with similar gravitational forces, they rely on a combination of peripherals. External exoskeletal suits are commonly used by hypogravitals to provide structural support for their fragile bones. These exoskeletons are lightweight and incorporate sturdy materials, such as carbon nanotubes, to maintain a balance between strength and weight. Such exoskeletons are mounted to the limbs and trunk of hypogravitals when they enter environments with higher gravity. Pharmaceuticals also exist to help them acclimate to higher gravity.