#Rocketengine

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#Rocketengine Reel by @evolving.ai (verified account) - This rocket engine wasn't designed by humans, but by AI. It was created using Noyron, a physics based engineering AI built by LEAP 71. Instead of lea
10.6M
EV
@evolving.ai
This rocket engine wasn't designed by humans, but by AI. It was created using Noyron, a physics based engineering AI built by LEAP 71. Instead of learning from past designs, it uses real physics, thermodynamics, and manufacturing rules to generate engines directly from requirements. The aerospike engine was 3D printed as a single copper piece and hot fire tested with liquid oxygen and kerosene. Inside it burns at extreme temperatures, while the outside stays cold enough to form frost during operation. Each test feeds back into the system, making the next design better. 🎥: @integza What are your thoughts on this? 🤔💬
#Rocketengine Reel by @__globalreel.io - This rocket engine wasn't sketched, tuned, or optimized by human hands - it was designed by artificial intelligence from the laws of physics upward.
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@__globalreel.io
This rocket engine wasn't sketched, tuned, or optimized by human hands - it was designed by artificial intelligence from the laws of physics upward. The engine shown is LEAP 71's NEURON 20 KN aerospike rocket engine, featured by YouTuber Intezga. Instead of engineers drawing CAD models, LEAP 71 uses a computational Al system that encodes thermodynamics, fluid dynamics, combustion physics, material limits, and manufacturing rules. Once given a performance target, the system generates a complete engine geometry on its own. The entire engine is 3D-printed as a single copper piece, allowing extremely complex internal cooling channels that traditional machining can't achieve. Inside the chamber, temperatures exceed 3,000 °C, while liquid oxygen at -183 °C flows through the walls for regenerative cooling - so cold that frost forms on the outside even while the engine is firing at full power. The green flame seen during testing isn't decoration - it's copper vapor burning, caused by localized erosion. That data is fed back into the Al, allowing the next design iteration to improve automatically. Once the system is trained, new engine designs can be generated in about 15 minutes, a process that normally takes months or years. This is a true aerospike engine, meaning it maintains efficiency across different altitudes - a concept long considered too complex to manufacture reliably. The engine successfully fired on its first real-world test, proving that Al can design functional, flight-ready propulsion hardware. This isn't Al assisting engineers. This is Al becoming the engineer, learning directly from nhvsics manufacturina reality and live test data – and
#Rocketengine Reel by @interestingengineering (verified account) - SpaceX's Raptor 2 rocket engine. It's made from fewer parts than Raptor 1. #Engineering #Reels
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@interestingengineering
SpaceX's Raptor 2 rocket engine. It's made from fewer parts than Raptor 1. #Engineering #Reels
#Rocketengine Reel by @astronomy4u - This is how a rocket engine works😍 #nasa #satellite #rocketlaunch #rocket #electron #space #spaceflight #flight #launch #earth #earthscience #scienc
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@astronomy4u
This is how a rocket engine works😍 #nasa #satellite #rocketlaunch #rocket #electron #space #spaceflight #flight #launch #earth #earthscience #science #tech #technology #research#spacex #falcon9 #Space #Spacex #engine #machine #engineering #spacex #aero #aerospace #diy spacex #starship #science
#Rocketengine Reel by @spacescience - A rocket engine test is a key step to check if a rocket engine works well, is reliable, and safe. Tests happen in special facilities that can handle e
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@spacescience
A rocket engine test is a key step to check if a rocket engine works well, is reliable, and safe. Tests happen in special facilities that can handle extreme heat, high-pressure exhaust, and dangerous fuels. The engine is fired on a test stand to measure things like thrust, fuel use, combustion stability, and how long the engine lasts under conditions like a real space launch. Tests differ based on the engine type—liquid, solid, or hybrid. For liquid engines, cold fuels like liquid hydrogen and oxygen are pumped into a chamber where they ignite to create thrust. Sensors track pressure, temperature, fuel flow, and vibrations to spot issues like unstable combustion or worn parts. Tests also check thrust vector control (TVC) systems, which steer the rocket during flight, ensuring the engine can move correctly. Engineers test cooling systems, thermal protection, and nozzle designs, sometimes mimicking space’s vacuum for high-altitude or vacuum engines. #spacex #nasa #rocket #rocketengine #explore #space #science #spacescience #universe
#Rocketengine Reel by @leap.71 - Chilling our 20 kN Aerospike rocket engine before the hot fire today. This engine runs on liquid methane and LOX and was generated entirely without hu
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@leap.71
Chilling our 20 kN Aerospike rocket engine before the hot fire today. This engine runs on liquid methane and LOX and was generated entirely without human intervention by the Noyron Large Computational Engineering Model. We run these tests to collect important data that feed back into Noyron’s algorithms.
#Rocketengine Reel by @sarvam_everything - France's New Rocket Engine Has No Fuel or Fire | Goodbye Rocket Fuel, Hello Plasma Engine France just created a rocket engine that defies everything
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SA
@sarvam_everything
France's New Rocket Engine Has No Fuel or Fire | Goodbye Rocket Fuel, Hello Plasma Engine France just created a rocket engine that defies everything we know about space travel. This revolutionary electromagnetic plasma engine operates with NO fuel, NO fire, and NO moving parts. Using magnetic fields to control superheated plasma, this technology could make rockets lighter, cheaper, and more efficient than ever before. Discover how this breakthrough could transform space exploration and make reaching orbit as routine as air travel. #SpaceTech #Innovation #RocketScience #Future #Engineering #fyp plasma rocket engine electromagnetic propulsion future space technology revolutionary rocket design France space innovation no fuel rocket space travel breakthrough plasma propulsion system new rocket engine 2024 sustainable space travel advanced spacecraft magnetic plasma engine space exploration technology rocket engine without fuel
#Rocketengine Reel by @theunseenworld4uu - This rocket engine wasn't drawn or optimized by humans - it was designed by AI from the laws of physics upward 🚀🤖 What you're seeing is LEAP 71's N
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@theunseenworld4uu
This rocket engine wasn’t drawn or optimized by humans — it was designed by AI from the laws of physics upward 🚀🤖 What you’re seeing is LEAP 71’s NEURON 20 kN aerospike engine, featured by Intezga. Instead of traditional CAD work, an AI system encoded with thermodynamics, fluid dynamics, combustion physics, and material limits generated the entire engine geometry on its own ⚙️🧠. The result is a fully 3D-printed copper engine, built as a single piece with complex internal cooling channels no human could realistically design. Inside, temperatures exceed 3,000°C, while liquid oxygen at −183°C flows through the walls for regenerative cooling ❄️🔥. The green flame during testing isn’t visual flair — it’s burning copper vapor, and that data feeds straight back into the AI so the next design improves automatically. Once trained, the system can create a brand-new engine design in about 15 minutes ⏱️✨. This is a true aerospike engine, efficient at multiple altitudes — and it fired successfully on its very first real-world test. This isn’t AI assisting engineers… it’s AI designing flight-ready hardware 🌍🚀 Love technology? ✨ Follow @theunseenworld4uu Credit: Intezga / YT We do not own any of the content. All credit goes to the respective owners. No copyright infringement intended. #innovation #engineering #aerospace #rocketengine #ai #technology #future #spacetech #artificialintelligence #engineeringlife #rocketscience #unseenworld
#Rocketengine Reel by @eden_jana - 👉Follow @eden_jana for daily shots of the future unfolding today. This rocket engine was designed using artificial intelligence rather than traditio
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@eden_jana
👉Follow @eden_jana for daily shots of the future unfolding today. This rocket engine was designed using artificial intelligence rather than traditional manual engineering. The AI system generates the engine’s geometry by applying the laws of thermodynamics, fluid dynamics, and combustion physics, all within real manufacturing limits. The engine is 3D-printed as a single copper component, allowing intricate internal cooling channels that conventional machining cannot produce. During operation, combustion temperatures reach around 3,000°C, while cryogenic liquid oxygen flows through the walls for regenerative cooling, keeping the structure intact even under extreme heat. #ai #3dprinting #rocketengine #spaceinnovation #futuretech engineering spacetech innovation technology science
#Rocketengine Reel by @astronomy4u - Rotating Detonation Engine #nasa #satellite #rocketlaunch #rocket #electron #space #spaceflight #flight #launch #earth #earthscience #science #tech
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@astronomy4u
Rotating Detonation Engine #nasa #satellite #rocketlaunch #rocket #electron #space #spaceflight #flight #launch #earth #earthscience #science #tech #technology #research#spacex #falcon9 #Space #Spacex #engine #machine #engineering #spacex #aero #aerospace #diy spacex #starship #science #jet
#Rocketengine Reel by @aispaceship - 🚀 Rocket Engine Testing: A Symphony of Power and Precision ✨ Unleashing the power of innovation, this rocket engine test captures the raw force and
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AI
@aispaceship
🚀 Rocket Engine Testing: A Symphony of Power and Precision ✨ Unleashing the power of innovation, this rocket engine test captures the raw force and meticulous engineering behind space exploration. 🌌 With temperatures soaring above 6,000°F and thrust exceeding 200,000 pounds, these engines are true marvels of modern technology. 🔧 The exhaust velocity can reach up to 10 times the speed of sound, propelling spacecraft beyond Earth’s atmosphere into space. 🔬 The intricate design and testing process involves thousands of hours of work by dedicated engineers and scientists, ensuring every component can withstand the harsh conditions of space travel. Every test like this brings us one step closer to new frontiers, making space more accessible and expanding our understanding of the universe. Join us on this incredible journey to the stars! 🚀🌠 ✨ @aispaceship ✨ ✨ @relativityspace ✨ #RocketScience #SpaceExploration #EngineeringMarvel #SpaceTech #FutureIsNow
#Rocketengine Reel by @aimanipulation - This isn't AI assisting engineers. This is AI being the engineer. The rocket engine you're seeing was autonomously designed by a computational system
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@aimanipulation
This isn’t AI assisting engineers. This is AI being the engineer. The rocket engine you’re seeing was autonomously designed by a computational system developed by LEAP 71, using pure physics, constraints, and performance goals - no traditional CAD workflows, no manual drafting. The result: a 20 kN aerospike rocket engine, 3D-printed in a single copper piece, that fired successfully during real-world tests. Once the system learns from a test, new design iterations can be generated in minutes - not months. Inside, temperatures reach nearly 3,000°C. Outside, liquid oxygen at –183°C keeps the engine so cold it forms frost while running at full power. Those green flames? That’s copper burning - a design side effect that taught the AI how to improve its next version. This is a glimpse of a future where machines don’t just simulate reality - they build it. Credit: Joel Gomes AI & Tech Used: • LEAP 71 “Noyron” computational engineering system • Physics-driven autonomous design • Metal 3D printing + hot-fire testing Follow @aimanipulation for daily breakthroughs in AI creativity and future tech. #AI #SpaceTech #RocketEngine #Aerospike #AIEngineering 3DPrinting LEAP71 Noyron FutureOfEngineering GenAI AIVideo AImanipulation

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