Designs with high part counts (sometimes exceeding 1,000 components) can cause significant "lag" or frame-rate drops as the engine calculates every interaction.
| Component | Vanilla SFS Nuke Blueprint | Modded SFS Blueprint | |-------------------|---------------------------------------|-------------------------------------| | Engine | 3x Valiant (vacuum optimized) | 1x Nuclear Thermal Rocket (NTR) | | Propellant | 2x Large fuel tanks (Hydrogen analog) | 4x Cryogenic tanks | | Warhead (kinetic) | 1x Structural Fuselage + 6x large tanks | 1x 12m fuel tank (resized) | | Guidance | Probe core + 4x RCS | Smart Parts Mod (programmable) | | Impact speed | 1,800–2,500 m/s | 5,000–10,000 m/s (with modded engines) | sfs nuke blueprint
Nuclear thermal engines and Ion engines have a low thrust-to-weight ratio. If you fire the engine for one second, you will barely move. Instead, large nuclear-powered ships often need to use a : Designs with high part counts (sometimes exceeding 1,000
To make an effective missile or heavy impactor in SFS, creators rely on specific physics and part interactions within the game engine: Instead, large nuclear-powered ships often need to use
For a basic Plutonium Fuel Rod production line using 100 Uranium Waste per minute:
Place Reaction Control System (RCS) thrusters around the center of mass to ensure sharp maneuvering during the terminal guidance phase. Customizing Blueprints via BP Editing