The Sim

The USS Crazy Horse, new and untested in battle, was intended as a test bed for the new Ghostkin Technology Suite.

The Emissions Control System (ECS-1 in its first iteration) is known as the Ghoskin system. Starfleet Intelligence and Advanced R&D Division developed the Ghostskin suite for reconnaissance of Cardassian activities. The Crazy Horse was taken to Deep Space Repair Beta Two at Theta Sculptoris where it was quietly repurposed for long-range recon; after the attack by the Borg in the Sol System, the system was adapted for anti-Borg Ops.

Limits: Maximum twelve-hours with Ghostkin fully deployed but can extend that to twenty-four hours using station-keeping thrusters rather than warp or impulse engines

Mission Profile: Seek out Borg infrastructure, observe hive fleet movements, and return undetected with intel on transwarp conduits, nodes, and tactical weak points. Secondary mission: extract key personnel from assimilated territories.

Thermal Signature Management System (TSMS): Heat sink arrays beneath dorsal and ventral hull plates use high-capacity phase-change reservoirs to absorb internal and external heat. Variable emission panels adjust infrared output to match the background cosmic radiation. Dump Venting Protocols allow for timed heat release in deep space, planetary shadows, or inside gas giants. The Emission Dampening Grid is located throughout the ship.

Warp Emission Control Matrix (WECM): The Crazy Horse’s warp core is tuned to produce a low-distortion subspace field, optimized for graviton neutrality. Plasma return recirculators reroute exhaust from warp coils to internal containment manifolds. Warp coil shielding is enhanced with subspace dampers, masking warp trail emissions.

Impulse Wake Suppression System (IWSS): Fusion reactors run on “clean burn” mode to reduce neutrino and gamma radiation output. Modified Bussard collectors ionize and trap impulse exhaust particles before emission. Wake-cancellation deflector field overlays impulse drive vector with null-space gravimetric distortion.

Silent Run Mode: A tactical configuration in which all primary systems operate on stored power or passive backups: Life support shifts to thermal battery operation Lighting dimmed or disabled. No active scans, no outgoing comms.Internal atmosphere may be cycled thin to reduce internal heat profile during extreme conditions.

Downsides:

Emissions buildup risk: The longer she remains cloaked, the greater the risk of core instability, sensor degradation, or hull microfracturing.

Dump windows must be carefully calculated—an unshielded vent could blow the ship’s position wide open.

Environmental Systems on Minimum: Becomes hotter, more uncomfortable for the crew the longer its employed.

Not a true cloak: Optical sensors could still see the ship under the right conditions; this is not invisibility, but unreadability.