Скачать или смотреть This rocket engine wasn’t sketched!!

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 AI 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 AI, 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 AI can design functional, flight-ready propulsion hardware.

This isn’t AI assisting engineers.
This is AI becoming the engineer, learning directly from physics, manufacturing reality, and live test data — and redefining how rockets may be built in the future.

Via : intezga/YT



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