Lunar dust is not only a danger to humans but also to spacecraft!
That's why developing sustainable landing pads is kind of a big deal. Check out the latest lunar dust study w/ insights from @DrPhiltill & proposed solutions like our FAST Landing Pads!
https://t.co/P52nNlEFOl
It's not too late to apply for @NASA_Technology#TechFlights program!
The program funds suborbital flights on rockets like ours to test & demonstrate a wide range of #space tech. Learn more below & submit your preliminary proposal by Thursday, June 2!
https://t.co/KCM9wlfkff
Lunar ice π§ is key to maintain a sustained presence on the #Moon.
That's why we designed a Rocket Mining System that can rapidly extract frozen volatiles from the lunar surface using a series of rocket plumes π₯!
https://t.co/ArDt3chq4v
π Hello, #Starliner! @BoeingSpace's human-rated spacecraft has arrived at the International @Space_Station for the first time, docking at 8:28pm ET (00:28 UTC).
#OnThisDay in 2019, we received a @NASA SBIR Award to advance our PermiAM technology! Learn more about our patent-pending additive manufacturing approach in the thread below. ‡οΈ
https://t.co/uQTR2I7xSl https://t.co/KDsEiznbNg
Whatβs next?
We've successfully completed 50+ tests on PermiAM injectors to prove their viability/reusability and will wrap up final testing soon. Stay tuned! #TeamMasten
What are the benefits?
β²οΈ Saves time: Requires 1-2 weeks to manufacture compared to 12-16 weeks for traditional injectors
π΅ Saves money: Costs 60% less since fewer parts & less labor are required
π Improves performance: Enables stronger, lightweight engine components
This #throwback from 2011 shows #Xombie π performing a pad-to-pad flight that's almost identical to the flight path flown by Xoie during the 2009 Lunar Lander Challenge.
The difference? Xombie had 60 lbs of payload during this flight... and still stuck the landing!