Sfs Nuke Blueprint
A typical “nuke stage” blueprint in SFS consists of:
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Spaceflight Simulator (SFS) , a "nuke" is typically a community-created weapon design rather than an official in-game part. These builds use creative physics exploits or "BP (blueprint) editing" to achieve high levels of destruction. Popular Nuke Blueprint Techniques
Players often use the following methods to create "nukes" for space combat or demolition: The "Buggy Wheel" Bomb
: One of the most effective ways to simulate a nuke is by cramming numerous tiny Rover Wheels
inside a fuel tank or fairing. Due to SFS physics, these wheels accelerate violently when they collide with other objects, creating a fragmentation effect that can shred an entire rocket. BP-Edited Kinetic Impactors Blueprint Editing , creators can modify the mass ( ) or temperature (
) of parts like fuel tanks or nose cones. A high-mass, high-velocity projectile can simulate a "nuclear" impact through sheer kinetic energy. Custom Textures and Visuals
: Advanced builders use custom assets and skins (like those found on
) to make their missiles look like realistic ICBMs or tactical warheads. Long Feature: Weapons and Combat Builds sfs nuke blueprint
While SFS is primarily a realistic space exploration sim, "long feature" military builds are a popular sub-genre in the community: Military Satellites
: High-part-count builds (often 100+ parts) that include rotating sections, solar arrays, and "missile" pods for roleplay. Weaponized Mechanisms
: Some blueprints utilize landing legs as "sky crane" style thrusters or deployable weapon bays. Sharing and Community
: You can find and share these specialized blueprints on platforms like the
The "SFS Nuke Blueprint" is a popular community-driven project within Spaceflight Simulator (SFS) where players use creative engineering and physics exploits to simulate large-scale explosions. Since the base game doesn't feature actual nuclear weapons, these blueprints rely on "physics bombs" to create dramatic destructive effects. Engineering Chaos: How SFS Nukes Work
Unlike standard rockets, a "nuke" in SFS is designed for maximum part-velocity upon impact. The most effective blueprints utilize a few key community-discovered techniques:
The Wheel Exploit: This is the most common method. Players cram hundreds of tiny wheels inside a small fuel tank. Due to the game’s "buggy" wheel physics, when these wheels touch or collide at high speeds, they accelerate uncontrollably.
Fragmentation Warheads: Upon impact, these over-compressed wheels are released simultaneously. They act as high-speed fragments that can shred an entire space station or enemy rocket in seconds.
Kinetic Energy vs. Glitch Power: While a heavy falling projectile uses kinetic energy, the "nuke" blueprints are primarily powered by the engine’s physics solver struggling to handle overlapping parts, leading to an "explosive" outward force. Popular Community Blueprints A typical “nuke stage” blueprint in SFS consists
The community on platforms like SFS Universe and Reddit frequently shares these designs. Notable iterations include:
Simple Nuke: A baseline design requiring the Parts Expansion DLC, often launched from a bomber-style craft.
Tsar Bomba Recreations: Large-scale builds that focus on visual accuracy and massive part counts to simulate the world's largest nuclear device.
ICBM Blueprints: Long-range missiles equipped with the wheel-glitch "warhead" for precision strikes across the solar system. How to Use an SFS Nuke Blueprint
Download the File: Find a blueprint link on the SFS Forum or SFS Universe.
Import: Use the "Download Blueprint" feature in the game's build menu and paste the shared link.
Deployment: Most blueprints require you to launch the craft, reach a specific altitude, and then release the "bomb" module.
The "Boom": For glitch-based nukes, the explosion occurs when the part-clipping or wheel-clusters make contact with a target.
Warning: High part-count nuke blueprints can cause significant frame-rate drops or game crashes due to the sheer number of physics calculations required during the "explosion". By: SFS Engineering Corps In the vast, sandbox
In Spaceflight Simulator, players use part clipping and BP editing to create complex, high-performance designs beyond standard capabilities. These custom blueprints can be imported directly into the game using links shared on community forums. You can learn more about blueprint sharing on the SFS Wiki.
If that’s correct, here’s a proper guide to designing and using a nuclear-powered stage blueprint in SFS (no real-world weapons involved — purely in-game propulsion).
By: SFS Engineering Corps
In the vast, sandbox expanse of Spaceflight Simulator (SFS), players have moved beyond simple Moon landings and Martian colonies. The most sought-after, controversial, and technically challenging creation in the community is the SFS Nuke Blueprint.
Whether you are looking for a blueprint for a nuclear intercontinental ballistic missile (ICBM), a nuclear-powered orbital bomber, or simply a replica of the "Fat Man" bomb for a museum exhibit, this guide will walk you through everything you need. We will cover where to find these blueprints, how to build one from scratch using clipping and staging, and the physics of "simulated" nuclear explosions in SFS.
Disclaimer: Spaceflight Simulator does not feature actual nuclear explosions or weapons of mass destruction. This article discusses in-game mechanics, part clipping, staging events, and fictional role-play designs used for entertainment and engineering challenges.
In the SFS community, a nuke blueprint typically refers to one of two things:
Most searches for sfs nuke blueprint are for the latter: a reusable or single-use orbital weapon system that creates a spectacular (visual) impact crater on the Moon or Mars.
| 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) |
Since SFS has no explosion physics, create a visual marker: