Xenithium

The Electhor’s hull is covered in a unique, high-performance armor composite known as Thermoplasma Armorite, designed to withstand the extreme conditions encountered in deep space. This composite is a hybrid of advanced thermoplastic and plasma-reactive materials, offering exceptional durability and heat resistance. The armor is capable of enduring the intense pressures and radiation of deep space anomalies, including high-impact collisions with space debris and the corrosive effects of solar radiation. Its surface is reinforced with adaptive nanofibers that respond to environmental stressors, ensuring the ship remains protected even in the harshest of conditions.

For the particle path hull, the Electhor incorporates Xenithium, a rare and highly specialized material used exclusively in the ship’s energy propulsion system. This material is designed to endure the high-energy fluxes generated by the Centripedal drive’s particle motion. Xenithium's molecular structure allows it to absorb and channel vast amounts of energy without degradation, making it the ideal material to line the particle path hull. As the plasma particle travels around the hull, Xenithium ensures that the hull maintains its integrity and energy efficiency, enabling the Electhor to reach unprecedented speeds without the risk of catastrophic failure or energy loss.

Together, Thermoplasma Armorite and Xenithium make the Electhor a formidable vessel, able to traverse the most dangerous regions of space while protecting its crew and systems from both external and internal threats. The armor provides both defense against physical and energy-based attacks, while the Xenithium hull ensures the ship's propulsion system can operate at maximum efficiency, even in the most volatile of environments.