Thermo-Kinetic Array

The Electhor's Thermo-Kinetic Array is an advanced tracking and detection system designed to monitor both heat and motion signatures with unparalleled precision. Capable of tracking objects ranging from high-energy projectiles to small, fast-moving drones, this array functions as an essential tool for both defense and scientific exploration. It employs a network of hypersensitive thermal sensors and kinetic detectors that capture fluctuations in temperature and movement, no matter how subtle.

The array’s thermal sensors are attuned to detect heat signatures across a broad spectrum, from the faintest energy signatures of concealed weapons to the intense emissions from active engines. This makes the array particularly effective in tracking stealth-based or energy-weapon activity, even in environments with high levels of interference.

Simultaneously, the kinetic components of the array measure the motion of objects with exceptional clarity, allowing it to differentiate between different types of movement, whether it's the velocity of a projectile or the erratic motion of a rapidly-moving drone. This dual-functionality ensures that the Electhor can track potential threats with unparalleled accuracy, even in the most chaotic environments.

In addition to its military applications, the Thermo-Kinetic Array is used in scientific research aboard the Electhor, helping the science teams study atmospheric dynamics, natural phenomena, and the impact of various forces on planetary ecosystems. By detecting the motion of tectonic shifts, weather systems, or even the subtle movements of alien lifeforms, the array contributes to the Electhor’s role as both a peacekeeping vessel and a scientific vessel dedicated to the restoration of war-torn worlds.