Log inSign up
NASA Technology
NASA
7,656 posts
user avatar
NASA Technology
NASA
@NASA_Technology
We develop, demonstrate, and infuse transformational technologies that enhance NASA’s efforts to explore the unknown in space and benefit life on Earth.
Washington, DC
nasa.gov/space-technolo…
Joined June 2010
232
Following
1.2M
Followers

New to X?

Sign up now to get your own personalized timeline!

Create account

By signing up, you agree to the Terms of Service and Privacy Policy, including Cookie Use.

Terms·Privacy·Cookies·Accessibility·Ads Info·© 2026 X Corp.
Don't miss what's happening
People on X are the first to know.
Log inSign up
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jul 7
    Technology built for the Moon, tested at the Moon. After verifying a fuel-efficient lunar orbit, CAPSTONE became a technology testbed for autonomous navigation and deep space communications across signal gaps. More: go.nasa.gov/4pdlhqm
    Artist’s rendering depicting astronauts, habitats, rovers, power systems, and cargo operations supporting sustained human activities at the Moon Base near the lunar South Pole. The technologies CAPSTONE tested may be key to NASA’s growing lunar communications and navigation infrastructure.
NASA
    Dylan Schmidt, CAPSTONE assembly integration and test lead, right, and Lachlan Moore, systems integration engineer, left, install solar panels onto the CAPSTONE spacecraft at Tyvak Nano-Satellite Systems, Inc., in Irvine, California.
NASA/Dominic Hart
    21K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jul 2
    Registration for the Deep Space Food Challenge: Mars to Table closes in one month! Join NASA and other experts for a webinar on July 9 at 12pm ET to answer your questions and get final reminders. Learn more: go.nasa.gov/4eHGEMH
    00:00
    33K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jul 1
    NASA has issued a draft solicitation to advance critical lunar and cislunar technologies. The focus: closing gaps in vertical solar arrays, ISRU oxygen production, Stirling radioisotope generators, in‑space manufacturing, and advanced nanomaterials. These efforts aim to mature
    Artistic concept of lunar surface technologies and infrastructure capabilities, including in-situ resource utilization oxygen production systems, surface power systems, in‑space manufacturing tools, and advanced nanomaterials production.
Credit: NASA
    81K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 26
    📢 Calling all innovators with Phase II contracts! The NASA SBIR STTR Civilian Commercialization Readiness Pilot Program is open now for qualifying small businesses and has its own distinct guidelines and requirements. go.nasa.gov/4vR8Y5D
    Wide-angle view of a small unmanned aircraft flying above and between towering white clouds. The fisheye lens perspective curves the horizon and clouds into a dramatic circular formation around the aircraft, with sunlight filtering through the cloud tops against a deep blue sky.
    22K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 24
    A successful demo is just the beginning. 💫 NASA is extending operations of its Polylingual Experimental Terminal (PExT), a demo designed to improve connectivity in space. PExT will now pursue additional demonstrations to support next-gen communications. go.nasa.gov/4dVNCfg
    A close-up rendering of the Polylingual Experimental Terminal (PExT) in space, highlighting its body-mounted 0.6-meter Ka-band antenna. The satellite’s four deep teal solar panels extend in an X-shape, and its white parabolic antenna dish faces upward and to the right. Metallic gold and silver wires and structural hardware are visible between the dish and its metal satellite bus. In the background, bright sunlight partially illuminates the right side of the Earth’s surface. PExT is NASA’s first flight demonstration of a wideband polylingual terminal designed to operate across both government and commercial satellite networks.
    15K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 22
    🛰️ Help bridge today's mission needs with tomorrow's commercial ecosystem. 🚀 NASA is seeking proposals from industry to demonstrate backwards compatible Ka-band relay services for legacy missions; ensuring mission continuity while stimulating the commercial marketplace. 📡🌎
    A Near Space Network antenna at Kennedy Space Center, Florida.
    13K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 17
    Hello, Griffin-1! We’re pleased to have helped advance the Hazard Detection Lidar technology that will scan and analyze the Moon’s terrain in real-time to map and select the safest landing site. Learn more: go.nasa.gov/4fSlkFo Credit: @astrobotictechnology
    00:00
    Astrobotic’s Griffin-1 lunar lander sits inside a clean room at the company’s facility. The lander is covered in dark solar panels and mounted on a wheeled test stand. Engineers in white clean-room attire work nearby, with the Astrobotic logo and a large American flag visible in the background. Credit: Astrobotic
    user avatar
    NASA Moon Base
    NASA
    @NASAMoonBase
    Jun 15
    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.
    70K
  • NASA Technology reposted
    user avatar
    NASA Universe
    NASA
    @NASAUniverse
    Jun 11
    The performance of our AstroPix gamma-ray sensors will be tested on @NASA’s FFR (Fly Foundational Robots) mission set to launch in late 2027. In the future, these sensors could detect light from black hole-powered galaxies and cosmic explosions. More: go.nasa.gov/4eduN97
    A person in a white jacket and gloves holds an AstroPix chip, which is a two-by-two square of what looks like copper-colored computer chips. Only a portion of their torso is visible. Behind them, out of focus, is laboratory equipment. The image is watermarked “Image courtesy of Argonne National Laboratory.”
    In this illustration of NASA’s Fly Foundational Robots mission, a rectangular golden spacecraft sports a robotic arm extending from the bottom-left corner. The arm is reaching toward a small gray box attached to the spacecraft’s upper-right corner. Two narrow solar arrays extend to either side. The lights of various cities shine on Earth below the satellite, and the limb of the atmosphere glows blue in the distance. The image is watermarked “Artist’s concept” and “Credit: Rocket Lab Robotics.”
    28K
  • NASA Technology reposted
    user avatar
    NASA
    @NASA
    Jun 9
    Introducing Artemis III. Four astronauts. Three launches. Two dockings. One splashdown. In 2027, the Artemis III mission will practice docking the Orion spacecraft with two lunar landers in low Earth orbit — the capability we need to return humanity to the Moon’s surface.
    00:00
    2M
  • NASA Technology reposted
    user avatar
    NASA
    @NASA
    Jun 9
    UPDATE: The Artemis III event will start at 11:30am ET (1530 UTC) on Tuesday, June 9!
    user avatar
    NASA
    @NASA
    Jun 7
    Coming soon: one of history’s most complex missions Tune in on Tuesday, June 9, at 11am ET, to meet the astronauts flying aboard Artemis III, the mission that will test docking capabilities with commercial landers in low Earth orbit — an important step to crewed lunar landings.
    00:00
    2M
  • NASA Technology reposted
    user avatar
    NASA Space Operations
    NASA
    @NASASpaceOps
    Jun 9
    On last week's Houston We Have a Podcast, Space Communications and Navigation Program's deputy program manager for capability development Greg Heckler discusses how his team is planning communications to support missions to the Moon and beyond. 🎧 Listen here:
    5.9K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 5
    Congratulations to the winners of the Revolutionary Aerospace Systems Concepts – Academic Linkage (RASC-AL) competition! 🏆 University students were challenged to bridge gaps in aerospace technology by innovating new system concepts and prototypes. Read more:
    NASA Announces Winners of 2026 University Innovation Competition  - NASA
    From nasa.gov
    7.5K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 5
    ✅ Apollo-inspired engineer ✅ Artemis II interface manager ✅ Deep Space Network mission support Meet Kathleen Harmon, Artemis II interface manager for the Deep Space Network. Kathleen ensured the network was ready to support Artemis II spacecraft operations:
    Kathleen Harmon, Artemis II Mission Interface Manager for NASA's Deep Space Network, in the Charles Elachi Mission Control Center at NASA’s Jet Propulsion Laboratory in Southern California. Credits: NASA/JPL-Caltech
    6.1K
  • user avatar
    NASA Technology
    NASA
    @NASA_Technology
    Jun 3
    Today at 1 p.m. ET, learn about NASA’s latest TechLeap Prize: the Robotically Manipulated Payload Challenge. Up to three winners will be selected to receive up to $500,000 each and the opportunity for a flight test. Join to hear tips for preparing an application:
    00:00
    11K