Gravitics
@GraviticsInc
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Gravitics modules offer endless possibilities in space with up to 400 cubic meters of usable volume—almost half of the ISS. [thread]
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We are ready for next-gen launch vehicles. Are you?
Starship's performance in space today is only the beginning. Congratulations to SpaceX, NASA, and every person working on the Starship program.
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Gravitics is pleased to announce that we are developing orbital platforms for the United States Space Force. More info here:
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Largest interior volume in a standalone spacecraft, ever. Human shown for scale, plus 53 more
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SpaceX had another successful liftoff of Starship this morning followed by several other big wins during today's flight. Our hats off to all the men and women at SpaceX working hard to build a starship enabled future
#Starship
#SpaceStationSaturday
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We're gonna need a bigger door. Making way for BIG space station modules
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Methane (CH4) as a propellant for space launch vehicles has gained considerable attention in recent years. The first successful usage of methane to get a launch vehicle to orbit came in July 2023 with the launch of the Chinese Zhuque-2. Previously, methane-powered rockets were
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Gravitics to Build Space Infrastructure for Commercial Space Station.
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We currently have 4-meter, 6-meter, and 8-meter class space station modules in development that are designed to get to orbit on Falcon 9, Vulcan, New Glenn, and Starship. These modules and their components will be the ultimate building blocks for human and robotic activity in
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#SpaceStationSaturdays
- Introducing the StarMax Mockup, a full size interior concept model of our StarMax space station module. This is a tool for understanding how to use large space station interiors. What would you or your business do in space?
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Six months of incredible engineering and fast prototyping. We’re just getting started.
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Wishing you a holiday season filled with wonder and endless possibilities, from the Gravitics team!
#SpaceStationSaturday
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Our modules are available in a variety of dimensions with a focus on 4, 6, and 8-meter diameters to accommodate launch vehicles flying today and the next generation launch vehicles of tomorrow.
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All of our modules are next-gen, including our 4-meter modules that match the size of what’s currently flying on the ISS.
#SpaceStationSaturday
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Astronauts are now using Virtual Reality headsets to enhance their experience aboard the International Space Station. The integration of VR technology with an updated stationary bike allows the crew to cycle through their favorite routes on Earth while working out in low Earth
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#Spacestationsaturday
: StarMax Prototype Hull
Gravitics’ first StarMax hull is nearly fully stacked, with a complete barrel section & top dome. Our engineering teams have been evaluating vendors, materials, and refining their manufacturing approach while building this 8-meter
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Gravitics raises $20M to make the essential units for living and working in space via
@techcrunch
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On January 5th, NASA announced that the agency will increase its investment in next generation space stations by $99.5 million, in another step towards Low Earth Orbit (LEO) commercialization. Blue Origin and Voyager Space, along with Axiom Space are NASA’s primary partners in
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Gravitics MMOD Shielding tests were a success. In this video you can learn more about what goes into building the outer shell of a spacecraft, complete with solar cells, electrical harnessing, heat radiators, and protection against debris and radiation.
#SpaceStationSaturday
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NASA and Gravitics sign SAA with focus on verification and validation solutions for large spacecraft.
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Introducing Gravitics' propulsion system: enabling in-space maneuvering and attitude control with a thrust of 445 newtons (100 lbf).
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We're setting new propulsion firing records every day using our automated testing process. Our 445 N (100 lbf) thruster has completed 35 successful firings in the span of 24 hours. This clip shows 4 controlled pulses that were recorded in real-time.
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Yesterday we conducted our first propulsion ignition test at our new facility. The igniter was fired 5 times. All inspections between runs were successful and the igniter is in good health.
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A new fuel system called Smart Tanks for Space (SMARTTS) is set to be tested on the International Space Station! Developed by Hampshire-based firm Atout Process, this technology aims to solve the challenges of accurately measuring fuel in propellant tanks in zero gravity.
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The exterior of the spacecraft is the first layer of defense, protecting crew and hardware from external conditions in space. Traditional MMOD shielding protects from ballistic hazards, but Gravitics Space Armor also manages radiation, thermal, and solar energy on orbit.
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Each of our gas-gas thrusters can provide as much as 445 N (100 lbf), or as little as 4 N (1 lbf). They are exceptionally versatile, providing orbit raising & deorbit capabilities, attitude control, and precision maneuvers for rendezvous & proximity operations.
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Built to the highest safety standards, hulls are assembled and tested in-house. Early prototypes have been used to test manufacturing and integration techniques. Production goal is to build the primary structure in under 90 days.
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#SpaceStationSaturday
- We develop space technology to improve life for humanity. Happy Earth Day!
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Along with flexible solar cells on the surface, Space Armor contains layers of Kevlar, high density polyethylene, and aluminum. Learn more about testing and validation of our Space Armor here:
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Another gourd-geous day at the test site. Happy Halloween from the Gravitics team!
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Gravitics is an aerospace manufacturing company. We provide the building blocks for next generation space platforms.
𝗬𝗼𝘂𝗿 𝘃𝗶𝘀𝗶𝗼𝗻, 𝗯𝘂𝗶𝗹𝘁 𝗯𝘆 𝗚𝗿𝗮𝘃𝗶𝘁𝗶𝗰𝘀.
Visit to learn more.
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TLDR: Our StarMax prototype hull passed pressure testing with flying colors. Internal pressure was increased to levels significantly higher than would normally be experienced in space. The pressure vessel behaved as expected and maintained integrity throughout the testing.
Earlier this week, Gravitics conducted a successful pressure test of a StarMax prototype hull. The goal of the test was to prove the pressure worthiness of the StarMax space station module.
The system passed all test milestones and was subjected to higher pressures than it
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Gravitics’ thrusters use gaseous methane and gaseous oxygen as propellants. These non-toxic propellants enable safe handling and long-term storage in space, extending mission life and reducing the need for on-orbit refilling.
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Next-gen space hardware needs a next-gen team.
Come join ours ->
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Northrop Grumman’s Cygnus spacecraft launched on SpaceX’s Falcon 9 rocket on January 30th and arrived at the ISS on February 1st. Among the cargo and experiments delivered to the ISS, Cygnus brought aboard a robotic surgery device called MIRA, short for “Mini Robotic Assisted
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We proof-tested our 8 m pressure prototype to 26.6 PSIg. Watch the recap here:
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The ISS’s Cupola, or “Window on the World,” was provided by the European Space Agency. It was launched in 2010 and serves as an observation and work area when the crew operates the Station’s robotic arms, and provides excellent views of Earth, celestial objects and visiting
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From demolishing walls to building dreams: Gravitics soared in 2023, fueled by an incredible team and audacious vision. Here's to the space station enabled future we're creating, module by module, milestone by milestone!
#buildthesky
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The International Space Station is set to receive an addition to its technological arsenal: the first metal 3D printer designed for use in space.
This device, a collaboration between Airbus and the European Space Agency, will be delivered by the upcoming Cygnus NG-20 resupply
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Gravitics would like to congratulate SpaceX on Starship’s first orbital launch attempt.
Today's test launch of the fully stacked Starship preserves the Starbase launch pad and provides 4 minutes of test data to push the Starship development program forward.
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Congratulations to our friends at
@vast
on their announced plans for commercial space destinations! At Gravitics, we're thrilled to witness the surge of enthusiasm and dedication toward expanding commercial space stations.
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Large bunks, small bunks, offices & labs. All options still include a huge expanse for free floating activities
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The Special Purpose Dexterous Manipulator, commonly known as DEXTRE, is a sophisticated robotic arm system employed on the ISS for a wide range of maintenance, repair, and assembly tasks. Developed by the Canadian Space Agency, DEXTRE serves as an essential robotic assistant,
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Welcome back to
#SpaceStationSaturday
, a weekly series on past, present, and future space stations.
This week, we are highlighting our own StarMax. The StarMax is a flexible-use space station module designed to be a key building block for next generation commercial space stations
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Spotlight: The Destiny module
Destiny is a U.S. laboratory module on the International Space Station (ISS). It is the primary research facility for U.S. payloads, supporting a wide range of experiments and studies contributing to health, safety, and quality of life.
Destiny
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#SpaceStationSaturday
- One of the newest members of the ISS robotic crew is the Astrobee system. It consists of three cubed-shaped, free-flying robots that work autonomously or via remote control and help astronauts reduce time they spend on routine duties.
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Earlier this week, Gravitics conducted a successful pressure test of a StarMax prototype hull. The goal of the test was to prove the pressure worthiness of the StarMax space station module.
The system passed all test milestones and was subjected to higher pressures than it
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Axiom Space's third private astronaut mission, Ax-3, has made history by launching the first all-European crew on January 17th aboard a SpaceX Crew Dragon, and docking to the International Space Station on January 20th. In this mission, the four crew members will stay for 14 days
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#Spacestationsaturday
Spotlight: The Lunar Gateway
The Lunar Gateway is planned to be the first space station that humanity has ever established away from home. This orbiting outpost will support NASA's Artemis campaign and future missions as a powerful hub in orbit around the
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Extravehicular activities (EVAs), commonly referred to as spacewalks, have played an important role in space since the early days of human spaceflight. On March 18, 1965, Soviet cosmonaut Alexei Leonov ventured outside of his capsule, becoming the first human to float freely in
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Kibō, the Japanese Experiment Module (JEM) on the International Space Station (ISS), is a marvel of engineering and a testament to the ingenuity of Japanese scientists and engineers. The largest single ISS module, the Kibō module is home to a variety of research facilities
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We have successfully pressurized the StarMax test article to over 26.4 PSI. With that, we have proven space worthiness of our StarMax prototype hull
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Boeing is testing a new antimicrobial coating on the International Space Station (ISS) to protect crew members and spacecraft systems from harmful microbes. The coating is designed to kill bacteria and viruses and will be tested on various surfaces throughout the ISS. The results
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The ISS National Laboratory (ISSNL) is an organization that uses the microgravity environment of the International Space Station to conduct science research and experiments that benefit both space exploration and life on Earth.
ISSNL's efforts have become a global endeavor,
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Gravitics was honored to host Washington State Governor Jay Inslee and First Lady Trudi Inslee at our spacecraft design and manufacturing facility, sharing our progress as we develop the next generation of space station modules in Washington state. Thank you to Governor Inslee
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On January 8th United Launch Alliance (ULA) reached orbit with a successful first launch of its Vulcan-Centaur rocket. This new launch vehicle system replaces ULA’s Atlas and Delta rockets and is expected to have a significant impact on the space industry.
As part of Vulcan’s
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The International Space Station is the third most visible object in the night sky and can be seen with the naked eye. It appears as a fast-moving light similar to an airplane and is most commonly observed during the early morning or evening hours.
#SpaceStationSaturday
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#SpaceStationSaturday
- Gary Hudson, our Co-Founder and Chief Architect, shares Gravitics' vision and the steps we're taking to turn this vision into reality
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Today marks the 50th anniversary of Skylab’s launch. Skylab launched atop a Saturn V rocket on May 14th, 1973 as the first American space station. Skylab led to groundbreaking microgravity-based scientific and technological research and was an important stepping stone for the
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#SpaceStationSaturday
- Trash day at the ISS: Four astronauts on the International Space Station can create over 2,500 kg of trash per year, and garbage disposal has been an ongoing struggle on the station.
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Thank you to all those who visited our facility. We were honored to host representatives from local and federal government, various aerospace companies,
@PNAAlliance
,
@space_northwest
,
@AerospaceFuture
,
@WA_Marysville
,
@EconAllianceSC
,
@snocounty
,
@WAStateCommerce
Read more on
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This spinning top creates aurora-like light traces in microgravity. Designed by Professor Takuro Osaka, the top was deployed in the Japanese Experiment Module, Kibō on the ISS in 2011. The top’s spin was controlled by changing the attaching locations of its arms and weights.
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Today we’d like to highlight Kathryn, Kyra, Brantlee and the rest of the wonderful women on the Gravitics team. We strive to encourage more diversity in the space industry; today is a great day to remind young women that they have an important role in the future of space
#IWD2023
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Four astronauts of the private Ax-3 mission successfully splashed down in their SpaceX Crew Dragon capsule off the coast of Daytona, Florida on Friday morning, February 9, marking the conclusion of their 18-day mission to the International Space Station. The crew, consisting of
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Redwire's ISS-based 3D BioFabrication Facility has successfully 3D printed a human knee meniscus in space, a significant leap forward in biotechnology. This achievement, part of the BFF-Meniscus-2 Investigation, paves the way for advanced tissue research and the study of the
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Unveiling the secrets of blue jets: SpaceX launches payload that will study electrifying phenomena above thunderstorms
SpaceX’s CRS-28 mission to the ISS launched this past Monday included an ESA payload called Thor-Davis, whose main purpose is to study electrical activity
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The last time all living humans were together on Earth was on October 31st, 2000, right before the launch of Expedition 1. Since then, there has been a continuous human presence on the International Space Station.
This past Monday, a new record was set as the total number of
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On this last
#SpaceStationSaturday
of 2023, we're celebrating a year packed with achievements. [thread]
From demolishing walls to building dreams: Gravitics soared in 2023, fueled by an incredible team and audacious vision. Here's to the space station enabled future we're creating, module by module, milestone by milestone!
#buildthesky
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Gravitics was honored to be invited to participate in the Washington State Space Summit with NASA Administrator
@SenBillNelson
and Washington
@SenatorCantwell
. Leading Washington-based aerospace companies gathered to discuss the state's emergence as a key player in the space
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NASA Reaches Water Recycling Milestone on the ISS
For space missions that venture beyond low Earth orbit, a significant challenge is providing essential resources for crews with few or no resupply missions. Each crew member aboard the ISS requires about a gallon of water per day
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We shot bullets at orbital speeds to prove the strength of our MMOD shielding. Watch the recap here:
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StarMax test article has reached 14.7 PSI, equal to one standard atmosphere
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#SpaceStationSaturday
- Victor Glover was selected as the Pilot for NASA’s Artemis II mission, where he will become the first person of color to orbit the moon. Glover previously served as Pilot on NASA’s SpaceX Crew-1 in 2021, when he became the first astronaut of color to live
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Did you know that human spaceflight has only been around for 62 years, but we've been able to establish a continuous human presence in space since 2000 thanks to the ISS?
#SpaceStationSaturday
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Ever wondered what happens to a tomato lost in space for nearly a year? NASA has finally answered that question! Astronaut Frank Rubio was initially blamed for eating the missing tomatoes from his experiment, but they were later found aboard the International Space Station. The
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As NASA plans long-duration human missions to the Moon, Mars, and beyond, a crucial factor is figuring out how to feed crews during their weeks, months, and even years in space. To prepare for this, various experiments are being conducted with plants on the ISS to help us better
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Today marks 23 years of continuous human presence on the International Space Station, a remarkable achievement that has transformed our understanding of the universe, and helped humanity find our place in it.
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The Russian Zarya module was launched on a Proton rocket on November 20, 1998. On December 4, 1998, the Space Shuttle Endeavour launched with Unity and two pressurized mating adapters. On December 6, the crew of mission STS-88 captured Zarya and mated it with Unity inside the
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We’re proud to partner with the Patti Grace Smith Fellowship in creating an equitable Aerospace Industry.
Gravitics is dedicated to expanding human flourishing throughout the solar system, and we move forward with the critical notion that diversity, equity, and inclusion will
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How do astronauts train for spacewalks here on Earth?
The Neutral Buoyancy Laboratory is a 6.2 million-gallon pool that houses a true-to-size mockup of the International Space Station. At 202 ft long, 102 ft wide, and 40 ft deep, the pool creates a simulated microgravity
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#SpaceStationSaturday
- The ISS has orbital debris shields called “Whipple Shields” to protect it from debris up to 1 cm in size. This barrier is made up of several layers of aluminum alloys and polymers of tensile properties such as Kevlar and Nextel
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Gravitics has selected
@mPower_Tec
’s DragonSCALES as the solar power solution for our StarMax space station modules.
DragonSCALES solar modules are composed of a completely flexible, lightweight, debris-resistant, and interconnected mesh of high-efficiency silicone solar cells.
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#Spacestationsaturday
Spotlight: The Columbus Module
The Columbus Module is a multifunctional laboratory on the International Space Station (ISS) that is dedicated to scientific research. It is the largest single contribution to the ISS made by the European Space Agency (ESA)
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#SpaceStationSaturday
Spotlight: Harmony Node – The Heartbeat of the ISS
Built in October of 2007, the Harmony node is a critical component of the International Space Station. It provides essential resources such as air, electrical power, water, and life support on the ISS.
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#SpaceStationSaturday
- Did you know that there are space stations at the bottom of the ocean? Point Nemo, also known as the spacecraft graveyard, is Earth's farthest point from land. It can be argued that the humans living closest to Point Nemo are the astronauts on the ISS. Due
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Gravitics would like to thank everyone who has helped make our accomplishments of 2022 possible, including our stellar team of employees, investors, mentors, and supporters. We’re proud of such an amazing year and look forward to a bright future together
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Spotlight: The Tranquility module
The Tranquility module, also known as Node 3, was named after Tranquility Base, in honor of Neil Armstrong and Buzz Aldrin first setting foot on the Moon in 1969. Tranquility’s main function is to support the humans that are on the space station.
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#SpaceStationSaturday
- When the ISS is in sunlight, it can reach 250°F and, in the shade, thermometers plummet to -250°F. To keep internal temperatures at a safe and comfortable range for both humans and equipment, the ISS has several ways of regulating its temperature.
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