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Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
Took our HI-FI suit for a spin on a zero-gravity flight!
Our intra-vehicular suit stimulates targeted nodes across the body to help prevent bone and muscle loss during extended exposure to microgravity.
This project was built with an amazing team — @mishmish2424 , @narahdeeb @realxdd44 — and instructed by
@skylartibbits , @codyalison , and legendary astronaut Jeff Hoffman, who flew with us 🚀
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
On March 6th, MIT landed on the Moon for the first time since the Apollo era, and I had the incredible opportunity to design and build the mission control room where payloads on the lunar surface were monitored from Earth.
Luna: The Mission Control Room is a pure compression, self-supporting structure made from cellular glass blocks.
This project was developed in collaboration with @skylartibbits , @nebyu.haile , @bizarro_slmn , @j.roc.jih , and John Ochsendorf.
Luna is currently on display in the Media Lab lobby—go see her, she’s beautiful.
Special thanks to the Space Exploration Initiative and the Inploration team for this amazing opportunity.
📸 @realxdd44
Ad Luna.
Ad Astra.
Structure made from wood waste. #WoodSpray
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.
.
With @peter.pasha & Brigitte
📸 @realxdd44
Structure made from wood waste. #WoodSpray
.
.
.
With @peter.pasha & Brigitte
📸 @realxdd44
Structure made from wood waste. #WoodSpray
.
.
.
With @peter.pasha & Brigitte
📸 @realxdd44
Structure made from wood waste. #WoodSpray
.
.
.
With @peter.pasha & Brigitte
📸 @realxdd44
Structure made from wood waste. #WoodSpray
.
.
.
With @peter.pasha & Brigitte
📸 @realxdd44
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Hugging tree bench.
With love for Nathalie ❤️
..
Casted Bronze & Blown glass Gems
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Building Luna with these two absolute powerhouses- blood, sweat, tears and excessive levels of caffeine😂 . Forever in awe, forever grateful. @bizarro_slmn @nebyu.haile
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Meet Momo, our self-assembling lunar habitat, targeted to support Artemis III, slated for late 2026 to early 2027. Momo will be the first crewed lunar landing for the Artemis missions. The habitat is designed for two people and is a semi-permanent structure that is prefabricated and assembled on Earth. It self-expands on the moon. Compacted for storage as cargo, it expands upon landing. This maximizes construction on Earth and minimizes construction on the moon. Momo is a small research habitat with all the necessary facilities to ensure survival for our explorers as they lay the groundwork for future, long-term lunar settlement.
In collaboration with: @mitarchitecture, @mitaeroastro, @mitmedialab
And done with the most amazing team:
@realxdd44
@kevindunnell
@katie.chun
@boldiadam
@aparraru
Story Save - Best free tool for saving Stories, Reels, Photos, Videos, Highlights, IGTV to your phone.
Story-save.com is an intuitive online tool that enables users to download and save a variety of content, including stories, photos, videos, and IGTV materials, directly from Instagram. With Story-Save, you can not only easily download diverse content from Instagram but also view it at your convenience, even without internet access. This tool is perfect for those moments when you come across something interesting on Instagram and want to save it for later viewing. Use Story-Save to ensure you don't miss the chance to take your favorite Instagram moments with you!
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Frequently Asked Questions
- 1. Go to the Instagram Story Downloader tool.
- 2. Next, type the username of the Instagram profile into the provided field and click on the Download button.
- 3. You'll then see all the Stories that are available for the current 24-hour period. Select the ones you want and hit Download.