Astrobotic

Astrobotic has been selected by @NASA to deliver a suite of agency payloads to the lunar surface in support of NASA’s Moon Base...these awards will fly two Peregrine lunar landers to the Moon by the end of 2028. 🌙🚀 astrobotic.com/astrobotic-awa…

OFFICIAL: Voyager completes acquisition of @Astrobotic, which was recently awarded a new @NASA contract for two lunar landers valued at approximately $298M. Astrobotic is now Voyager Lunar Systems. Griffin Mission One — 10 payloads, lunar South Pole, NET November 2026 — is next. ​ Read more here: ow.ly/GY1z50ZmILZ. $VOYG #MissionReady #AcceleratingtheAdvantage #Artemis

Two Peregrines, heading to the Moon in 2028! 🚀Read more about the missions: astrobotic.com/astrobotic-awa…

At our HQ as @rookisaacman announced we’re sending TWO Peregrine landers to the Moon in support of America’s Moon Base with @NASA 🎉🌙🚀

Four new Moon deliveries. One shared goal. 🌕 @NASA is increasing the cadence of lunar exploration with four newly announced commercial lunar lander missions that will deliver NASA science and technology payloads to expand scientific discovery and help advance the capabilities needed to live and work on the Moon. Learn more: go.nasa.gov/4wnhSYk

Astrobotic unveils Griffin-1 lunar lander spacenews.com/astrobotic-unv…

What if lunar landers become infrastructure delivery systems? As lunar operations expand, a new class of spacecraft is emerging. Read "The Infrastructure Landers": spacecomsecondstage.com/the-infrastruc… @astrobotic

A Moon Base lander is one step closer to the lunar South Pole.  @astrobotic recently unveiled the Griffin-1 lunar lander, now ready for environmental testing at @nasajpl ahead of its late-2026 launch. Griffin-1 will deliver payloads supporting Moon Base Phase One.

As our FLIP rover is making great progress towards launch, so is its ride to the Moon: @astrobotic’s Griffin-1 lander. Today we got to see that progress up close. Our team participated in an update on the progress of the lander and its payloads, all hitting crucial milestones on their way to the lunar surface.

Today, we unveiled our Griffin-1 lunar lander, recently designated by @NASA as Moon Base II🌙, during a visit by NASA reps, gov officials, and industry partners at our HQ in Pittsburgh. "Today, Griffin stands behind us as proof of what is possible when talented people spend years solving hard problems together," read more: astrobotic.com/griffin-1-luna…

The @astrobotic Griffin-1 lander is nearing the end of final assembly before heading to California for environmental testing next week. The @Astrolab_Space FLIP rover will be integrated onto the lander down at the Cape ahead of launch in late 2026. 📸: @w_robinsonsmith

Breaking: Voyager to acquire @Astrobotic, combining lunar landers, surface power, habitats and cislunar operations into one integrated lunar platform. Griffin Mission One, targeting the lunar South Pole NET November 2026, will be Voyager’s first mission to the Moon. Learn more: ow.ly/B80U50Z6uGT ​ $VOYG #MissionReady #AcceleratingtheAdvantage #Artemis

@NASAMoonBase @blueorigin @NASAAdmin The second @NASAMoonBase mission will fly cargo to the lunar surface aboard the @Astrobotic Griffin lander and the third will deliver payloads chosen through open competition as well as international partners. Both missions are targeted to launch before the end of 2026.

Four NASA payloads to fly on Astrolab’s first lunar rover spacenews.com/four-nasa-payl…

Aboard our Griffin-1 lander heading to the Moon late 2026, @Astrolab_Space's FLIP has a suite of payloads heading to the lunar surface! 🌙🧪 Check them out: astrolab.space/2026/05/18/ast…

Our team first sketched the idea for our FLIP rover on the flight back from meeting with @astrobotic in late 2024. In that meeting we agreed to launching a rover to the Moon aboard their Griffin Mission One (Griffin-1). Since then, we’ve pretty much stuck to the plan first inked on that whiteboard and have turned dry erase marker into space-ready hardware.

@BartoszEvin @GaryleeGray The solar arrays are also engineered to perform efficiently while using the lightest materials possible. In space missions, every ounce matters when it comes to overall performance and cost 🚀

@GaryleeGray @astrobotic As far as I know they use much more expensive and more efficient element plus all around it to be more durable for such purpose. Nobody would buy for a backyard installation.

Three solar panels in, and the results are looking powerful⚡️(humans for scale). Griffin-1 is marching towards its departure for environmental testing, a critical phase that proves it’s ready to withstand the harsh conditions of launch and space.

@BartoszEvin 🍌don't tempt me with a good time

@astrobotic I’d like to see a banana for scale heh.

.@astrobotic Technology reportedly broke a hotfire record on a more efficient rocket engine designed for cislunar and logistics missions. payloadspace.com/astrobotic-hot…