Hooked @AnthropicAI Fable up to my leap71 CEM file structure and im getting amazing results. Ran through Ansys with real data. 13 engine modules in stl format built within .25mm voxel ready for 3d print. Essentially, this is a 35lb engine with a 5:1 power ratio. 13 modules ready to be bolted together, seals and gaskets and she just might fly.

My AI CEM is growing and making jet engines now. No CAD. All coded and tested in ANSYS.

My AI CEM is designing machines ranging from compressor blade sets and engines to fully detailed lunar landers. No part sketches, no manual extrudes, no weeks of pushing splines around a CAD viewport. Want 10% more thrust? Change one parameter and the entire assembly re-derives: chamber contour, injector pattern, cooling channel routing, structural ribbing. The design responds and is coded instead of being redrawn. It is computed, and then validated against physics using ANSYS. @leap_71 PicoGK stack. github.com/leap71 "Open Source" A new era of engineering capabilities has arrived.

My Task Force will be meeting with the White House to discuss providing whistleblowers with permanent immunity protections, so they can safely disclose the TRUTH about secret programs in the government that may know more about the UAP phenomenon than they are telling us.

The days of keeping the American people in the dark are over. It’s time the truth about UAPs comes to light. Today I stood with my colleagues to demand just that. In this age of disclosure, it’s time to stop hiding the truth from the American people.

Super proud of the team for this one. BIG step!

Have been experimenting with different file type exports using my @leap_71 > CEM. So far I have successfully exported STL - MTL with file sizes exceeding 2.5gb. Current lander design out of 8, Name: "Selene" Size ~12.4 m × 10.8 m × 5.1 m Engines 5 Tanks 4 prop spheres 2 He COPVs Legs 6 Main antenna 1 deployable Ka-band mesh dish — 30 ribs, faceted gold net rear net Panel lightening holes 48 (all 6 hex faces) Connections modeled ~60 harness/fluid ends (all terminated) Bolted interfaces ~252 bolt heads on flanges Annular shelf 300 mm below the upper deck — LRU batteries regulator bolted on 7 bodies — engines, tanks, COPVs, legs, solar, antenna, structure Mesh density up to 36M triangles @ 4.5 mm My CEM continues to grow and learn. 🤌 Lots of work to do still. Need to start on RCS.

Tonight i will be making an announcement on X. I will give you 24 hours notice of a point in TIME-SPACE in the Los Angeles area for TOMORROW - where YOU can (and should) come, to share a moment with me and George Knapp - in person and important. You will be invited to join WITH us - for a VERY unique and personal event (and interrogation). PAY ATTENTION 👁️ This WILL be DEEP. Limited attendance. So be ready for details coming tonight - for tomorrow. Got it? You’ve done been told (or told at least part of it for now) 😉🫡 Love, from your brother in discovery and the fight for clarity, Mister 5Name (as apparently, I’m now called) WEAPONIZE your curiosity • ELEVATE your craft 🛸

Getting frosty in Moses Lake. 🥶 A thin layer of frost forms around our Stage 1 structure as it fills with cryogenic liquid oxygen and liquid nitrogen. These tests let us demonstrate structural and fluid design margins, an important aspect of the proto-qualification process. 🍦💡🚀

I've been building cool things with my AI CEM using the @leap_71 open source stack from their GitHub. Ranging from abstract aircraft prop blades and rocket engines RDREs to full lunar lander designs. Experimenting with different AI.. @AnthropicAI Opus and @cursor_ai composer 2.5 are the best at building so far.

My AI CEM is designing a rocket engine tonight using the LEAP 71 open stack and so far the regen cooling channels are going really well. Still lots of work to do on the powerhead

Liftoff of Starship on its twelfth flight test

Had my CEM run a hypersonic aircraft design in ANSYS and had positive data. Vertical stab and wingtip areas need some work.

Tonight my AI CEM designed a Lunar Lander on the Leap 71 open stack.

Tomorrow we go to Space.

My CEM on the Leap71 Stack is starting to design very interesting things tonight after hours of research. This has become a hobby and I love it!

SPACEX: Booster 19 rollout past SpaceX HQ.

Engines racking up time on both test cells. Vehicle turned on and about to start testing...things are happening!

Our 200 kN Aerospike rocket engine showcased at the @aspirespaceuae booth at @miiteuae trade show in Abu Dhabi this week. This engine burning cryogenic methane and liquid oxygen will power the upper stage of the Aspire Oryx fully reusable rocket ship.