If you want to obliterate a crater on the Moon or redirect an asteroid, you need a kinetic impactor. This blueprint focuses on achieving relativistic (in-game) speeds.
Follow a conservative, audited, and automated approach: snapshot and verify first, isolate and quarantine next, then perform gradual decommissioning with clear rollback paths and final deletion only after the quarantine window and stakeholder sign-off.
Related search suggestions: "SFS decommission checklist", "cloud resource quarantine strategy", "safe deletion cloud backups"
"SFS Nuke Blueprint" refers to community-created, non-official rocket designs in Spaceflight Simulator (SFS) that emulate the appearance of missiles, often utilizing part clipping and blueprint editing for visual detail. These designs are shared across community forums and apps, allowing players to import and launch custom rockets through the game's official sharing feature. Find more community designs on the SFSBlueprints subreddit or in the official game app. AI responses may include mistakes. Learn more
Spaceflight Simulator (SFS) , a "nuke" blueprint refers to a community-designed weaponized rocket or bomb. Since the game does not have built-in explosives or nuclear physics, players simulate "nukes" using game engine glitches—primarily the explosive nature of overlapping parts and "buggy" physics. Project Report: SFS Nuclear Weapon Blueprint 1. Design Concept
The "nuke" is typically a payload designed for maximum structural destruction upon impact. Rather than a single explosion, it uses "fragmentation" mechanics to destroy target rockets or stations by overwhelming the game's physics engine. 2. Key Technical Specifications Core Mechanism crammed buggy wheels side separators with maximum separation force.
: Usually a large fuel tank used as a shell to contain dozens or hundreds of tiny wheels.
: Impacts or staging that releases all internal parts simultaneously, causing them to accelerate and fragment into the target. Delivery System
: Often delivered via a standard multi-stage ballistic rocket or a Soyuz-style recreation modified for weaponry. 3. Build Instructions (Community Methods) The "Wheel Glitch" Method Place a large fuel tank.
Cram as many small wheels inside as possible without them overlapping initially.
Use "BP editing" (Blueprint Editing) to overlap them for more density if needed.
Upon impact or detonation (staging), the "buggy" physics cause the wheels to accelerate wildly, destroying anything they touch. Ballistic Setup
: Use side separators and extended solar panels facing upwards; when staged, they trigger an explosion just before hitting the ground for maximum effective area. 4. Performance Observations Atmospheric Effect
: Detonating these builds at an altitude of approximately 10 kilometers is noted by community members to create a "nice mess" of the atmosphere. Hardware Warning sfs nuke blueprint
: Massive nuke blueprints (e.g., those with 256+ wheels) can cause significant game lag or crashes due to the sudden physics calculations required. 5. Community Resources
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
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. If you want to obliterate a crater on
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".
In Spaceflight Simulator (SFS) , a "nuke" blueprint typically refers to a custom-engineered weapon designed to maximize destructive impact, often by exploiting the game's physics engine rather than using actual explosive parts. Common Design Techniques
Since SFS does not have native nuclear warheads, creators use these methods to simulate high-impact explosions:
The "Buggy Wheel" Method: This is the most popular technique. Designers cram hundreds of tiny landing wheels into a single fuel tank. When this tank impacts a target, the unstable physics of the overlapping wheels causes them to accelerate and expand rapidly, shredding anything in a wide radius.
Cluster Warheads: Some blueprints use interconnected small fuel tanks or structural parts that detach right before impact to create a multi-point "airburst" effect.
BP Editing: Advanced creators use blueprint editing (modifying game files externally) to overlap parts, change sizes, or increase the mass of a projectile to unrealistic levels for maximum kinetic damage. Community Blueprints
You can find and download pre-made nuke designs from the community using these shared links:
Big Nuke (Multi-Payload): A design featuring three smaller warheads inside a larger one, capable of a 2 km blast radius.
Airburst/Cluster Bomb: A no-DLC version designed to attack stations or armored targets.
ICBM Warhead: Often used in roleplay for Intercontinental Ballistic Missiles. How to Use a Blueprint Tutorial: Blueprint Downloading/Uploading for SFS PC
SFS Nuke Blueprint is more than just a configuration of parts in Spaceflight Simulator
; it represents the community’s drive to push a 2D physics engine beyond its intended limits. While the base game focuses on realistic rocketry and orbital mechanics, the "nuke" is a meta-creation—a feat of logical engineering clipping exploits The Anatomy of the Device [Payload / lander / crew module] [Decoupler] [Large
At its core, an SFS nuke isn't a single part but an assembly designed to simulate a massive release of energy. This is usually achieved through two primary methods: Part Clipping:
Overlapping hundreds of high-yield engines (like the Titan) or fuel tanks into a singular, microscopic point. Structural Tension:
Using "fairing-based" projectiles. When these compressed parts are released or hit a surface, the physics engine struggles to calculate the overlapping hitboxes, resulting in a "kraken" effect—an explosive dispersal of parts at velocities that often exceed the game’s speed of light. Engineering the "Explosion" In a game without actual explosives, players use kinetic energy
as a proxy for thermal yield. The "blueprint" usually features a delivery vehicle—a sleek, multi-stage missile—and a warhead packed with separated structural fragments. Upon impact, the frame-rate drops as the CPU attempts to resolve thousands of simultaneous collisions. The "mushroom cloud" is actually a radial spray of debris, a visual byproduct of the engine's inability to maintain structural integrity under extreme pressure. The Philosophy of Destruction
The existence of the nuke blueprint highlights a fascinating paradox in sandbox gaming: the desire to destroy in a simulator built for creation. Technical Mastery:
Building a stable nuke requires a deep understanding of "Blueprint Editing" (BP editing), where players dive into the
files of the game to modify part scales and heat resistance. The Spectacle of Failure:
In SFS, a successful nuke is technically a controlled "glitch." It turns the game’s limitations into a feature, proving that players will always find a way to weaponize the laws of physics if they are given enough tools. Conclusion The SFS Nuke Blueprint is a testament to the ingenuity of the player base
. It bridges the gap between casual play and technical modding, turning a peaceful space exploration game into a playground for high-velocity physics experiments. It isn't just about the "boom"; it’s about the complex math and file manipulation required to make the "boom" possible. basic template
for a BP-edited engine, or are you looking for tips on how to stabilize high-part-count
[Payload / lander / crew module]
[Decoupler]
[Large Fuel Tank x2-4]
[Nuclear Engine]
| Mistake | Fix | |---------|-----| | Using nuke stage during ascent | Only fire in vacuum | | Too few fuel tanks | Nuke needs lots of fuel to be useful | | Overheating (mods only) | Add radiators | | Forgetting decoupler between nuke stage and booster | Add separator |
This post explains a secure-file-system (SFS) “nuke” blueprint: an approach for safely and irreversibly deleting data at scale from a distributed storage system while minimizing downtime and avoiding collateral damage. It’s written as an actionable blueprint you can adapt to your environment (object stores, distributed filesystems, cloud block volumes). Assumptions: you control the storage cluster, have backups and change control, and can run admin jobs.
If you want, I can produce: