We built the spacecraft.
Last month, the major flight hardware of DeepSpace-2 came together on our integration floor for the first time.
This vehicle is headed millions of miles into deep space later this year to rendezvous with and image a near-Earth asteroid.
SpaceX told the public markets that asteroid mining is part of the space economy.
Good. We agree.
They revolutionized the transportation layer. We're revolutionizing extraction, processing, and material return. The next industrial revolution won't be limited to Earth.
DeepSpace-2 preflight testing continues! Each of our thrusters has its own gimbal in order to manage angular momentum, generate required torques, and hold stable through days-long burns. Next up, we're conducting a gimbal vibration test to ensure they can survive launch loads.
Full test success!
Our team verified nominal operation of the thruster with our avionics and flight hardware at all planned power levels. We also successfully fired the thruster while gimbaling. Thanks to the @AerospaceCorp EP lab for hosting us for this test campaign.
“More data, more better.” Our team is back at it with additional hot fire testing of our Hall-effect thrusters to continue to buy down risk ahead of launch later this year.
We fired a really cool rocket engine - and broke some records while we were at it. 🔥This Rotating Detonation Rocket Engine produced more than 4,000 pounds of thrust, and included a 300-second continuous burn, which is believed to have set the record for longest duration hot firing of an RDRE engine to date. Watch it fire:
https://t.co/dL1PgEplTQ
“How do you mine an asteroid?” It’s one of the most frequent questions we get asked, and the answer is lasers! Our precision laser mining system extracts material without the need for a drill or other mechanisms.
Worried about how much power AI consumes? Currently, 3-4% of all the electricity humanity produces gets used… wait for it… smashing rocks into smaller rocks. Even by 2030, when data centers are projected to double, crushing rocks, aka comminution, will still be in the same ballpark or larger.
There are plenty of resources within the Earth’s crust, just not an infinite amount of them that we can reach economically. It’s not a problem of supply, it’s an engineering problem.
To solve the critical mineral crunch, we need a swath of solutions. Our goal at AstroForge is to show that asteroid mining makes clear sense as one of them.
The solution to the biggest problem on the planet and we're gonna be first to do it.
It's great to see a forward thinking version of @NASA, America will once again lead in all things space.
Roid Rage Ep. 49: We built a cutting-edge laser testing facility and... it's beige. Our Head of Mining Chap walks us through how we built out a proper facility to house and run our lasers. Tune in: https://t.co/stzyS53qGz
What happens if a spacecraft doesn’t know where it’s pointed?
This week on Roid Rage, we break down how DeepSpace‑2’s star trackers give us precise attitude knowledge, enabling pointing, solar power, and burns in deep space.
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