Hey, remember that time we flew around the Moon and back?
That was pretty cool. With the first #Artemis mission under our belt, we look forward to flying around the Moon again with Artemis II — this time, with astronauts.
, and a look at what is in store for future Artemis missions.
As we crawl closer to future Artemis missions - and eventually humans on the Moon - shipments such…Show more
recently tested a gimbal on the Volatiles Investigating Polar Exploration Rover (VIPER), preparing the rover for future communications as it explores the lunar surface. http://go.nasa.gov/3C9cRIF
As summer temps rise on Earth, the dark side of the Moon still gets ice-cold – with extremes dropping below -200 degrees Fahrenheit! The Break the Ice Lunar Challenge seeks to find solutions to make living in such harsh conditions possible.
Learn more ➡️https://go.nasa.gov/43hwri1
There’s space for everyone this #PrideMonth, and we’re celebrating the LGBTQI+ employees who help us reach for the stars, examine humanity’s place in the universe, and study our home planet: http://go.nasa.gov/3C9ncnU
’s 2023 Lunabotics competition!🎉🌙
This year, more than 40 teams participated in the virtual competition to design & build prototype lunar robots.
Learn more:
Taking our Moon rover out at night…
Nighttime testing at our Roverscape helps ensure that VIPER will be able to receive commands, know where to go, and send back valuable science data once it’s on the lunar surface. 🌔
Learn more: https://go.nasa.gov/43goERy
When we establish a long-term presence on the Moon and Mars, astronauts will need reliable power sources.
A recent spaceflight demonstration indicated that a new material could be used in solar cells that are thinner and cheaper than current options. https://go.nasa.gov/3qqPQOH
Did you know NASA has a team that exists to make programs and projects successful and to enable safe flight for NASA's critical programs? The Small Steps, Giant Leaps podcast explores the role of the NASA Engineering and Safety Center.
Listen HERE>> https://go.nasa.gov/3oIyQ6b
's launch vehicle stage adapter for #Artemis III. The coating protects several systems from the extreme temperatures experienced during launch. https://go.nasa.gov/3C2xjLf
finalized moving the landing site for one of the first Commercial Lunar Payload Services flights to the Moon’s South Pole in order to learn more about the region - the intended site of exploration for our Artemis missions. https://blogs.nasa.gov/clps/
Welcome to the #Artemis Accords, Spain. 🇪🇸
Today, Spain became the 25th nation to commit to the peaceful and safe exploration of space as we journey to the Moon, Mars, and beyond: https://go.nasa.gov/43e5aNo
Making a Moonscape… 🌖
Our VIPER Moon rover team uses lunar soil simulants, Moon crater templates, and hand-picked rocks to create a realistic testing ground that mimics the surface of the Moon’s South Pole. Learn more: https://go.nasa.gov/3MIaBwN
are moving the landing site for the first Commercial Lunar Payload Services mission to the Moon’s South Pole.
A vital first step for future Artemis landings, the decision will help teams learn more about terrain and communications: http://go.nasa.gov/3oKCFYq
2/2 The LTV will carry the crew farther than they could walk on foot. Visiting more locations on the lunar surface will provide diverse samples that could reveal new discoveries about the history of the Moon and our solar system.
is seeking proposals from industry for a LTV (Lunar Terrain Vehicle) that will transport astronauts across the Moon to explore during #Artemis missions:
Service Module Completes Acoustic Testing
Engineers recently completed a series of acoustic tests on the European Service Module for NASA’s Artemis II mission while inside the Neil Armstrong Operations and Checkout Building at NASA’s Kennedy Space…Show more
Congrats to CAPSTONE on successfully completing its mission objectives!
CAPSTONE is flying a near-rectilinear halo orbit at Moon where it has been testing navigation technology to assist in future lunar missions such as
to see how, with #Artemis, we plan to live and work on the Moon and how that will prepare future generations for Mars.
Register to attend in person or online at: http://bit.ly/3MtwPTb
’s Spacesuit User Interface Technologies for Students week.
Students from around the country will design and create AR information displays that could help astronauts navigate on the lunar surface: http://go.nasa.gov/45gbchM
Way to go, #CAPSTONE!
In addition to taking its first images and testing new navigational tech, the #CubeSat has flown a near-rectilinear halo orbit for over six months, the same orbit that
Are you there, Moon? It’s me, #CAPSTONE
Our microwave-oven sized #CubeSat has taken its first images! And tested a new navigation tech with our Lunar Reconnaissance Orbiter. Learn how it lays the groundwork for future peer-to-peer navigation at the Moon: https://go.nasa.gov/3o8O4Bk
is using the US Navy’s Kraken, a huge machine that vigorously spins occupants, to study the dizziness that astronauts may feel in space. This study aims to build strategies that ease motion sickness.
Deep Space Food Challenge – a global competition to help develop innovative food systems for future spacefarers on long-term exploration missions. Join us LIVE: https://go.nasa.gov/3OucW1d
Say farewell to Lunar Flashlight! Now that its mission has ended, the CubeSat makes a close approach with Earth on May 17 at 4:44 UTC. How to see it:
1) With NASA's Eyes on the Solar System interactive
2) Through a telescope from the Southern Hemisphere
https://go.nasa.gov/42FjhuB
Soon, we'll announce the company selected to develop the landing system for the #Artemis V Moon mission, which will take astronauts from lunar orbit to the surface and back. Tune in Friday, May 19 at 10am ET (1400 UTC): https://go.nasa.gov/42T3sk4
There’s no place like Johnson’s Apollo Lunar Lab to help bring context to the Artemis II crew lunar observations when they fly around the Moon as part of the next #Artemis mission.
The crew went into the lab last week as part of their lunar science training.
REPORTERS: The #Artemis II crew is coming to Washington with media availability on May 17-18.
These four astronauts will fly around the Moon during the 10-day flight test. https://go.nasa.gov/3I8qR9a
’s life support systems
Simulating the launch with teams on the ground
Practicing post-splashdown and recovery scenarios
And more: https://go.nasa.gov/3IbOwFA
laser communications CubeSat hitting 200 gigabits per second downlinks - the highest space-to-ground data rate achieved yet. We'll demo this technology on #Artemis II as well: https://go.nasa.gov/41rYtpj
NASA’s Lunar Flashlight mission has ended after being unable to reach its science orbit around the Moon. But the technology demonstration tested several key technologies that had never been used in space before that will benefit future spacecraft.