Watching...
We scaled up
V2: I asked GPT-6 Astra to scale up its rocket factory.
13 manufacturing stations. 3 launch pads. More than twice the factory floor.
Watch the full loop: manufacture → launch → land → refurbish → fly again.
Running inside @AirsupHQ.
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V2: I asked GPT-6 Astra to scale up its rocket factory.
13 manufacturing stations. 3 launch pads. More than twice the factory floor.
Watch the full loop: manufacture → launch → land → refurbish → fly again.
Running inside @AirsupHQ.
Show more
Quite good for making machine models.
I asked GPT-6 Astra to build a 90° conveyor transfer using @threejs.
It modeled powered rollers, lift belts, a tote, and the handoff to a side outfeed.
One small transfer can change the layout of an entire factory line.
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I asked GPT-6 Astra to build a 90° conveyor transfer using @threejs.
It modeled powered rollers, lift belts, a tote, and the handoff to a side outfeed.
One small transfer can change the layout of an entire factory line.
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V2 tomorrow...
Should we run a moon simulation?
We have established a Lunar Programs division.
By leveraging our commercial space station and satellite development capabilities, we are creating a scalable path toward lunar infrastructure to advance NASA’s vision for a permanent Moon Base.
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Bambu is awesome
i can't believe bambu (the 3d printer company) is only 6 years old
it's a generational tech company akin to early apple and not enough people on here talk about it...
A normal day in the city. You’re driving a boat through the river. Then the tsunami hits.
A @threejs simulation.
Falcon 9 runs @Linux on its flight computers.
One of the most advanced rockets ever built is flying on an operating system anyone can download for free.
Such a good flight animation
For running your own custom simulations with all models - book a call at
GPT-6 Astra manufacturing test, round 2: reusable rockets.
I asked it to build a factory simulation with workers, machines and material deliveries then assemble a rocket, roll it out, launch it, land the booster and fly it again.
Built with @threejs. Running inside @AirsupHQ.
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A reusable booster, from the weld cell to the pad and back onto the line.
Grok 4.7 reusable-rocket test using @threejs:
I asked it to study how a reusable booster is built, design the factory, build a live 3D simulation, test the launch and the landing, and deploy it.
The booster lands, keeps its name, and flies again.
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On the manufacturing benchmark.
Try Grok 4.7 - it excels at coding, engineering work, and 3D, and the model is a fantastic thought partner at high TPS in Grok Build and Cursor
Not too bad for a full rocket assembly plant.
Grok 4.7 places @SpaceXAI as third, after Anthropic & OpenAI, for agentic coding.
When factoring in that Grok is significantly faster & lower cost, it’s a great choice for your everyday workhorse.
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Grok 4.7 on the hardest manufacturing task yet:
Grok 4.7 is here.
It's a notable improvement over Grok 4.6 at the same price and speed.
Grok 4.7 reusable-rocket test using @threejs:
I asked it to study how a reusable booster is built, design the factory, build a live 3D simulation, test the launch and the landing, and deploy it.
The booster lands, keeps its name, and flies again.
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The robotics mafia is real.
Thank you, @konstantinsaifo, for having me on! I appreciate the research you did and the insightful questions. I consider his podcast recommended listening to anyone interested in humanoid robotics.
Most “AI factories” are chatbots in hard hats.
Here, GPT-6 Astra proposes a line change.
Jev can veto it. The jet-factory simulation shows the impact.
We gave GPT-6 Astra a jet factory.
Then gave Jev veto power.
GPT-6 proposes a change. Jev checks it. Airsup applies it to the running simulation.
