Fusion-Driven Plasma Propulsion
The same confinement core that powers a city is redirected into a magnetic nozzle, expelling shaped plasma for continuous thrust.
VII
Section VII · Voyager-Class Cores
Propulsion Architecture
The Radiant Core as a starship engine — fusion plasma thrust, quantum synchronization, cryogenic channels, Voyager-class cores, and relay-linked navigation across the frontier.
09 / Propulsion LayerStarship Radiant Core Architecture
From power plant to star drive
The Voyager-class core is a Radiant Core turned outward. The energy that lights a world becomes the thrust that crosses the dark between them.
RC-Voyager · Magnetic Nozzle AssemblySpecific impulse
18,500 s
Exhaust velocity class
Continuous thrust
4.2 MN
Sustained burn rating
Burn endurance
12 years
Single fuel provisioning
Reliability
99.997%
Deep-space certified
Quantum-Synchronized Thrust Modulation
Phase-locked control trims exhaust velocity in real time, holding precise acceleration across a decade-long burn.
Cryogenic Superconducting Channels
Superconducting thrust channels steer the plasma stream without physical contact, eliminating erosion at the throat.
Radiation-Shielded Propulsion Rings
Layered shielding rings protect crew and lattice from neutron flux during sustained high-output operation.
Long-Range Energy Recycling
Closed recovery loops recapture exhaust heat and stray radiation, extending range far beyond a single fuel load.
Inertial Stabilization & Deceleration
Emergency deceleration and inertial damping bring a Voyager-class core to a controlled stop at any point in transit.
Every Voyager-class drive is a node in the network — synchronized with relay stations and navigation beacons, drawing on deep-space reliability protocols so that no ship, however far from home, travels without the Empire's power behind it.