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Second Human Spaceflight For Blue Origin + Four Astronauts Is A Success

October 13, 2021

New Shepard’s 18th mission, NS-18, launched on Wednesday, October 13, from Blue Origin’s west Texas launch site carrying four astronauts — Dr. Chris Boshuizen, Glen de Vries, Audrey Powers, and William Shatner, to space and back.

This was the second human flight of the fully autonomous, 60 foot tall, New Shepard, this also being the fourth flight of the booster.

Liftoff

Now official astronauts, the crew was welcomed back from space with a celebration in the West Texas desert with family, friends, and the Blue Origin team. 

“At Blue Origin, we are motivated by the dreamers that inspire us and the builders who turn those dreams into reality. Today’s crew represented both dreamers and builders. We had the honor of flying our very own Audrey Powers, Vice President of New Shepard Operations, who fulfilled a lifelong dream to go to space and has been an integral part of building New Shepard. Our two customers, Chris Boshuizen and Glen de Vries, have built their own successful ventures and have now realized their own dreams of space travel. And, as everyone knows, William Shatner has played an important role in describing and imagining the wonders of universe and inspired many of us to pursue a career in the space industry,” said Bob Smith, CEO Blue Origin. “This flight was another step forward in flying astronauts safely and often. It’s an incredible team and we are just getting started.”    

New Shepard booster with capsule en route to apogee.

New Shepard booster descent.
New Shepard booster touchdown.
The capsule and four astronauts return.
Capsule touchdown.
Blue Origin Founder Jeff Bezos Welcomes William Shatner back to West Texas soil as he emerges from the capsule.

Blue Origin is planning one more crewed flight this year, with several more such flights planned for 2022. 

Filed Under: Astronauts, Launch, Spaceflight Tagged With: Featured

NASA’s James Webb Space Telescope Safely Shipped To French Guiana For Launch

October 13, 2021

NASA’s James Webb Space Telescope successfully arrived in French Guiana on Tuesday, October 12, after a 16-day journey at sea. The 1,500-mile voyage took Webb from California through the Panama Canal to Port de Pariacabo on the Kourou River in French Guiana on the northeastern coast of South America.

The world’s largest and most complex space science observatory will now be driven to its launch site, Europe’s Spaceport in Kourou, where it will begin two months of operational preparations before its launch on an Ariane 5 rocket, scheduled for December 18.

Late in the evening of Friday, September 24, Webb traveled with a police escort 26 miles through the streets of Los Angeles, from Northrop Grumman‘s facility in Redondo Beach to Naval Weapons Station Seal Beach. There, the space telescope was loaded onto the MN Colibri, a French-flagged cargo ship that has previously transported satellites and spaceflight hardware to Kourou. The MN Colibri departed Seal Beach Sunday, September 26, and entered the Panama Canal Tuesday, October 5, on its way to Kourou.

After the custom-built shipping container carrying Webb is unloaded from the MN Colibri, Webb will be transported to its launch site, Europe’s Spaceport in Kourou, French Guiana.

Once operational, Webb will reveal insights about all phases of cosmic history and will help search for signs of potential habitability among the thousands of exoplanets scientists have discovered in recent years. The mission is an international collaboration led by NASA, in partnership with the European and Canadian space agencies.

The Webb telescope’s final fold. Photo is courtesy of Northrop Grumman.

The ocean journey represented the final leg of Webb’s long, earthbound travels over the years. The telescope was assembled at NASA’s Goddard Space Flight Center in Greenbelt, Maryland, starting in 2013. In 2017, it was shipped to NASA’s Johnson Space Center in Houston for cryogenic testing at the historic “Chamber A” test facility, famous for its use during the Apollo missions. In 2018, Webb shipped to Space Park in California, where for three years it underwent rigorous testing to ensure its readiness for operations in the environment of space.

After Webb is removed from its shipping container, engineers will run final checks on the observatory’s condition. Webb will then be configured for flight, which includes loading the spacecraft with propellants, before Webb is mounted on top of the rocket and enclosed in the fairing for launch.

“The James Webb Space Telescope is a colossal achievement, built to transform our view of the universe and deliver amazing science,” said NASA Administrator Bill Nelson. “Webb will look back over 13 billion years to the light created just after the big bang, with the power to show humanity the farthest reaches of space that we have ever seen. We are now very close to unlocking mysteries of the cosmos, thanks to the skills and expertise of our phenomenal team.”

“A talented team across America, Canada, and Europe worked together to build this highly complex observatory. It’s an incredible challenge – and very much worthwhile. We are going to see things in the universe beyond what we can even imagine today,” said Thomas Zurbuchen, associate administrator for NASA’s Science Mission Directorate in Washington. “Now that Webb has arrived in Kourou, we’re getting it ready for launch in December – and then we will watch in suspense over the next few weeks and months as we launch and ready the largest space telescope ever built.”

“Webb’s arrival at the launch site is a momentous occasion,” said Gregory Robinson, Webb’s program director at NASA Headquarters. “We are very excited to finally send the world’s next great observatory into deep space. Webb has crossed the country and traveled by sea. Now it will take its ultimate journey by rocket one million miles from Earth, to capture stunning images of the first galaxies in the early universe that are certain to transform our understanding of our place in the cosmos.”

Filed Under: Agencies, Launch, Launch Facilities, Manufacturing, NASA / JPL, Space, Telescopes Tagged With: Featured

The Norwegian Government Has Approved The Building Of A New Spaceport

October 12, 2021

Since the early 1960s, research rockets have been sent into the Earth’s atmosphere from Andøya, Norway. Now, the Norwegian Government has given the green light to take steps to start new space adventure in the country.

A new spaceport will be built 30 miles south of the existing rocket launch site on Andøya where rockets can lift smallsats into orbit around the Earth. Andøya Space has extensive experience with launching rockets to research atmospheric phenomena and is now taking this additional step into space.

To be able to lift a satellite into orbit around the earth, larger rockets, higher speeds and more space are required than is necessary for a small research rocket. That is why a separate spaceport on Nordmela, Andøya, is being built. The first launch is planned for the second half of 2022. Andøya has both the experience and the geography needed to establish a spaceport.

First, this is where the Norwegian space adventure began. In August 1962, the Ferdinand 1 rocket was launched from Andøya, just five years after the world’s first Sputnik satellite was launched. Since then, more than 1,200 rockets have been launched from Andøya to make atmospheric measurements on behalf of organizations such as NASA. There is already a strong competence environment when it comes to rocket launches, information gathering and security around these activities on Andøya.

Andøya, Norway, spaceport site.

Secondly, Andøya has a number of geographical advantages: Andøya is ideally located in the far north of Vesterålen, with large sea areas and relatively little nearby air traffic. This means far safer rocket launches, with larger margins if something should happen to go wrong during launch. Both polar and sun-synchronous orbit can be reached from Andøya.

Traditionally, it has been extremely expensive and time-consuming to build satellites; however, in step with technological development, it has been possible to reduce satellite size and price. Smaller satellites mean lighter rockets and lower costs for launching them into orbit, plus the demand for launch sites is increasing.

When satellites become less expensive to build, more people will make them. There is a queue of satellites waiting for a free space on the large rockets that are being launched.

Traditionally, the owners of these smallsats are unable to select where in space their satellite will end up, or when they will be lifted into orbit. They have to hitchhike with larger satellites and then follow them. Therefore, a market has emerged for launching smallsats into space with relatively small launch vehicles. Then the satellite owners can decide for themselves when and where the satellites will go into orbit.

Norway is one of the great powers in shipping and, early on, used satellite communication to keep in touch with the merchant navy. Today, it is almost inconceivable not to have access to position data from satellite navigation satellites, and modern weather forecasts are almost impossible to create without weather satellites.

The revolution with smallsats means that there are new types of satellites that help all on a more personal level. Networks are expanding and broadband in a cabin via satellite can now be offered without such having to cost an arm and a leg. Experiments are being made to make satellites function as virtual base towers for mobile phones, and solutions are being developed to allow transport companies to keep track of trucks and containers in real time via satellite.

A space port on Andøya will provide jobs in the region, be a boost for the entire Norwegian space sector as well as meet the needs and capabilities of Europe. Locally on Andøya, the establishment will be of great importance, and be a contribution to restructuring and renewal.

Filed Under: Government, Launch, Launch Facilities, SmallSat, Spaceport Tagged With: Featured

Rocket Lab Acquires Advanced Solutions, Inc

October 12, 2021

Rocket Lab USA, Inc. (Nasdaq: RKLB) (“Rocket Lab” or “the Company”) has completed their acquisition of Advanced Solutions, Inc. (ASI), a Colorado-based aerospace engineering firm delivering mission proven space software, mission simulation and test systems, and Guidance, Navigation, and Control (GNC) solutions, for $40 million, plus the potential for an additional $5.5 million performance earnout based on CY 2021 results.

ASI’s advances in flight software, mission simulation and GNC significantly strengthen Rocket Lab’s Space Systems portfolio, which encompasses the Photon spacecraft line and a growing suite of spacecraft hardware solutions, including those brought to the portfolio through the acquisition of Sinclair Interplanetary in April 2020.

ASI’s team of almost 60 people will continue to be led by John Cuseo in Colorado, enabling Rocket Lab to grow its presence within the nation’s second-largest aerospace economy and home to cutting-edge space programs, military commands and renowned research laboratories and universities. The ASI team will continue to serve its existing customer base, while leveraging the ability to scale by tapping into Rocket Lab’s resources, team, and technology.

Founded in 1995, ASI has developed an industry-leading suite of software and technology solutions for reliable space mission design and operation. It’s off-the-shelf spacecraft flight software, MAX, has been operating across more than 45 spacecraft for a cumulative 135 years in space. ASI’s customers include leading aerospace prime contractors, the U.S. Air Force, U.S. DOD organizations, NASA, and commercial spacecraft developers including several of the exciting new space start-ups.

The ASI team have supported some of the most ambitious Earth, interplanetary, and human spaceflight missions flown. These missions have explored distant planets, connected people on Earth, and pushed the boundaries of what is possible in space. Now, ASI’s engineers and space software products are enabling a wide variety of missions with speed, capability, and reliability.

“Both Rocket Lab and ASI have built leading space businesses with mission proven technology and have a shared vision of making it easier to get to space and do incredible things there, so we’re excited to welcome ASI aboard to further enhance our space systems portfolio and deliver enhanced end-to-end space solutions,” said Peter Beck, Rocket Lab Founder and Chief Executive Officer. “The ASI team revolutionized flight software and have enabled some of the most significant space exploration missions. For more than 20 years they have been delivering industry-first, off-the-shelf spacecraft flight software products that enable cost-effective and highly capable constellation and interplanetary missions. By joining forces, we believe it will have a transformative effect on the way spacecraft are designed, built, tested, launched, and operated, further unlocking space’s potential.”

“We’ve found a great fit with Rocket Lab and we’re thrilled to be teaming up with them to continue making space faster, easier and more affordable,” said John Cuseo, ASI Founder and Chief Executive Officer. “The two companies complement each other very well. By coming together, we will continue to serve our customers and innovate in our areas of expertise, including space software and GNC, but now with more rocket fuel in the tank to play with. We look forward to also becoming an integral part of Rocket Lab’s Space Systems business, supporting Photon missions, satellite components, and space and ground software.”

Filed Under: Acquisitions, Business Moves, Commercial, Engineering, Flight Dynamics, GNC, Military, SmallSat Tagged With: Featured

Spacecom Agrees To 4iG Telecom Group’s 51% Acquisition Of The Company, With A Valuation In The Million$$$

October 12, 2021

Spacecom, (Tel Aviv Stock Exchange: SCC) and 4iG Plc. have signed an agreement wherein 4iG is acquiring a majority stake (51%) in Spacecom, through a private shares placement.

The transaction of $68 million, represents a 50% premium over the average $2.6 price per share from the last six months trading average on the Tel Aviv Stock Exchange. Completion of the transaction is conditioned upon approval by Spacecom’s shareholders; regulatory approvals – including Israel’s Ministry of Communications; and by other third-parties currently contracted with Spacecom.

Completion of the transaction will potentially strengthen Spacecom’s operations in Eastern and Central Europe and will enable additional synergies with the companies that are resident within the 4iG Group.

Spacecom CEO Dan Zajicek said, “This is an exciting, important and meaningful announcement. It’s a true testament for their trust in Spacecom, including implementing our strategic plans to evolve from being a provider of satellite capacity to a communication services provider offering managed services, end-to-end services, and provision of advanced solutions in the communication value chain such as turn-key projects, planning, deployment, and operation of satellite communication networks. 4iG’s entrance, with its financial investment in the company, will significantly improve the company’s financials and is expected to add value to the company’s shareholders.”

Spacecom is represented in the deal by Doni Toledano, Shay Dayan, and Alon Abramovitch of Erdinast, Ben Nathan Toledano & Co. legal offices. 4iG is represented in the transaction by Sharon Amir, Tuvia Geffen and Itay Deutsch of Naschitz, Brandes, Amir & Co.

Filed Under: Acquisitions, Business Moves, Comms, Development, Investments, Operations, Satellites Tagged With: Featured

U.S. Department Of Homeland Security Releases GPS Vulnerability Protection Tools

October 12, 2021

The Department of Homeland Security (DHS) Science and Technology Directorate (S&T) has published a Global Positioning System (GPS) Receiver Whitelist Development Guide and a new release of the Positioning, Navigation, and Timing (PNT) Integrity Library to protect against the spoofing, or deceiving, of GPS devices through false signals. These resources advance the design of PNT systems and increase resilience of critical infrastructure to PNT disruptions.

The GPS Whitelist Development Guide presents a software assurance approach to addressing potential vulnerabilities and increasing reliability of GPS receivers. The guide addresses data-related requirements in the Resilient PNT Conformance Framework, which provides guidance for defining expected behaviors in resilient PNT equipment.

Originally released in March of 2021 as open source on GitHub, the PNT Integrity Library provides users with a method to verify the integrity of the received GPS data. The update includes:

  • A compliance check on Interface Control Document (ICD) IS-GPS-200, which is a formal means of establishing, defining, and controlling communication between the GPS space and other user systems
  • A Do-It-Yourself (DIY) Toolkit, which describes how a perspective end-user of the PNT Integrity Library can assemble a demonstrational toolkit with commercial-off-the-shelf (COTS) hardware.

“We hope this guide and related resources will help industry advance towards a cybersecurity-based approach to PNT resilience,” said S&T Technical Manager Ernest Wong.

“As GPS signals can be jammed or spoofed, critical infrastructure systems should not be designed with the assumption that GPS data will always be available or will always be accurate,” said S&T Project Manager, Brannan Villee. “Application of these tools will provide increased security against GPS disruptions. However, DHS also recommends a holistic defense strategy that considers the integrity of the PNT data from its reception through its use in the supported system.”

Filed Under: DHS, Government, GPS, PNT Tagged With: Featured

Rocket Lab Has Back-To-Back Electron Launches In November For BlackSky Constellation Smallsats

October 11, 2021

Rocket Lab USA, Inc. has scheduled two dedicated launches in November for Spaceflight Inc.’s customer, real-time geospatial and global monitoring company, BlackSky (NYSE: BKSY).

A two-week launch window for Rocket Lab’s 22nd Electron launch will open November 11-24, 2021, while the 23rd Electron mission is targeted for lift-off during a two-week launch window that opens November 27. Both missions are scheduled to launch from Rocket Lab Launch Complex 1 in New Zealand.

Each mission will deploy two Gen-2 satellites for BlackSky in a rapid expansion of the geospatial and global monitoring company’s LEO constellation. These two dedicated missions are part of a multi-launch agreement signed between Rocket Lab and Spaceflight Inc., for BlackSky earlier this year, and precede a third dedicated mission that will follow to deploy two additional BlackSky Gen-2 satellites. Together, these launches — along with a successfully deployed Gen-2 satellite on Rocket Lab’s “They Go Up So Fast” rideshare mission in March of this year — represent the largest number of satellites BlackSky has committed to a single launch provider to date.

The back-to-back launch of these two dedicated missions supports BlackSky’s aggressive scaling of its high-resolution, Earth-imaging constellation to bolster its delivery of analytics and insights to industries including transportation, infrastructure, land use, defense, supply chain management, and humanitarian aid.

“The speed to space Electron provides our customers is unmatched in the dedicated small launch industry, and we’re thrilled to be delivering a launch service that provides assurance for BlackSky to scale their constellation and services with confidence,” said Rocket Lab CEO, Peter Beck.

Filed Under: Constellation, Earth Observation (EO), Geospatial, Launch, Launch Vehicle, Monitoring, SmallSat Tagged With: Featured

Arianespace To Launch Next Series Of OneWeb Satellites From Vostochny

October 11, 2021

Arianespace’s Flight ST35 Soyuz launch. Photo is courtesy of the company.

Flight ST36, performed by Arianespace and its Starsem affiliate from the Vostochny Cosmodrome on October 14, 2021, at 6:40 p.m. local time (09:40 a.m. UTC), will put 36 of OneWeb’s satellites into a near-polar orbit at an altitude of 450 kilometers.

The mission will have a total duration of 3 hours and 51 minutes and will include nine separations of four satellites each, which will raise themselves to their operational orbit.

This 61st launch of Soyuz operated by Arianespace, the 11th for OneWeb, will raise to 358 the number of satellites deployed for the global telecommunications operator. The constellation, once complete, will include 648 satellites. Thus, ST36 will be the launch taking OneWeb more than halfway to the finish line, with 358 of its satellites being on-orbit.

OneWeb’s constellation is designed to deliver high-speed, low-latency connectivity services to a wide range of customer sectors, including aviation, maritime, backhaul services, as well as governments, emergency response services and more. Central to its purpose, OneWeb’s goal is to bring connectivity to every area on Earth where fiber cannot reach, and thereby bridge the digital divide.

Once deployed, the OneWeb constellation will enable user terminals that are capable of offering 3G, LTE, 5G and Wi-Fi coverage, providing high-speed access globally – by air, sea and land.

OneWeb Satellites, a joint venture between OneWeb and Airbus Defence and Space, is the constellation’s prime contractor. The satellites were built thanks to the company’s satellite manufacturing process that can build as many as two satellites a day on a series production line dedicated to the assembly, integration and testing of the satellites.

Filed Under: Constellation, Launch, Launch Vehicle, Manufacturing, Satellites, SmallSat, Soyuz Tagged With: Featured

mu Space Unveils New Smallsat + Debuts Space Factory 2

October 11, 2021

mu Space Corp. has announced and displayed to the public their brand-new satellite, the mu-B200, and the opening of Factory 2 in Bangkok, Thailand, at the company’s Satellite Tech Unveil 2021 event.

The mu Space Satellite Tech Unveil 2021 event.

Factory 2 is the company’s third factory to date and aims to cement the Southeast Asian company as an aerospace leader. mu Space Corp is an aerospace manufacturer and satellite internet service provider and the organization emphasizes the importance of a vertical-integrated approach. The company designs, builds and test in-house all their products in order to improve performance and quality, while reducing the additional costs of an extensive supply chain.

The opening of the new factory and announcement of the mu-B200 is significant in that this will enable mu Space to triple their efforts in leading Thailand into the global space race. In December of 2020, mu Space opened Factory 0 for research and technology prototypes. Less than a year later, Factory 1 was opened. The factory is designated for most of the manufacturing stages, development, tests, productions of entire satellites and components.

Factory 2, unveiled via live stream at the Satellite Tech Unveil 2021 event, is considered an extension area that will enable the production of more satellites. This factory also focuses on producing electronic parts and power systems relating to mu Space’s satellites. The organization researches, designs, builds and tests all its technology in-house.

Founded in 2017 by James Yenbamroong, mu Space has conducted orbital microgravity experiments as part of Blue Origin’s New Shephard rocket launches and plans to work alongside other commercial agencies, as well as conduct their own launches in the near future.

mu Space payload for Blue Origin’s Mission 13. Photo is courtesy of the company.

With the production of a new satellite, the mu-B200 and the launch of a new factory, mu Space is making a statement regarding their work within the aerospace industry in 2021. The Satellite Tech Unveil 2021 event was all about announcing to the public, their followers and their investors what it takes to manufacture aerospace products. This was also an opportunity for the company to display the actual satellite on stage. The mu Space satellite is the latest satellite produced by mu Space and its team of leading engineers, proving the main talking point of this event.

The satellite weighs 200 kilograms and comes with a 1.2 kW high-power system. The lightweight and high power is accomplished through the use of nanotechnologies in the manufacturing process. The mu-B200 satellite features krypton thrusters for orbit correction, a phased array antenna and a unique TRL-9 flight-proven high-power bus system.

With global launch activity having increased by 39 percent over the last decade and the value of the global satellite industry rising rapidly and expected to be valued at $508 billion by 2024 according to the Global Satellite Industry Insights & Forecast Report 2020, mu Space Corp’s expansion into the market is a signal that Southeast Asia is accelerating its participation in the satellite industry. mu Space is backed by leading investors, including B.Grimm Joint Venture – Thailand’s private power generation industry, Majuven Fund and private business groups such as executives from the UCLA Foundation, among others.

Speaking about mu Space’s Factory 2 announcement, CEO and founder James Yenbamroong said, “I remember the days when we only had one desk, now we have over 100 employees… Factory 0 was made to produce 1 satellite, Factory 1 can produce 10 and the new Factory 2 will be able to produce 100 satellites … we do all the production processes in-house as we are a vertically integrated company.” He also talked in detail about the new satellite, saying, “The focus of this satellite is high performance and high power, the higher the power the faster the internet connection.”

mu Space team photo.

Filed Under: Events, Manufacturing, Satellites, SmallSat Tagged With: Featured

NASA’s Advanced Composite Solar Sail System To Be Deployed Via A Rocket Lab Electron Launch Vehicle

October 6, 2021

Rocket Lab USA, Inc. (Nasdaq: RKLB) has been selected to launch NASA’s Advanced Composite Solar Sail System, or ACS3, on thir Electron launch vehicle.

NASA’s ACS3 technology demonstration uses composite materials – or a combination of materials with different properties, in its novel, lightweight booms that deploy from a cubesat to support a solar sail. Just as a sailboat is powered by wind in a sail, solar sails employ the pressure of sunlight for propulsion, eliminating the need for conventional rocket propellant.

Data obtained from the ACS3 demonstration will guide the design of future larger-scale composite solar sail systems that could be used for space weather early warning satellites, near-Earth asteroid reconnaissance missions, or communications relays for crewed exploration missions.

ACS3 will launch as part of a rideshare mission, scheduled for lift-off from Rocket Lab Launch Complex 1 in mid-2022. The ability of the Electron launch vehicle’s Kick Stage to deploy individual satellites to unique orbits, even when flying as part of a rideshare, was a key factor in Rocket Lab being selected as the launch provider.

Rocket Lab’s Launch Complex 1. Photo is courtesy of the company.

ACS3 requires a higher altitude than the other rideshare payloads launching on the same mission, so after deploying the first payloads, the Kick Stage will perform another burn with its 3D printed Curie engine to raise the orbit and deploy ACS3. Rocket Lab’s Kick Stage has demonstrated orbit raises across 18 missions to date, and also successfully conducted inclination changes and orbit lowering, providing customers with proven, flexible, and precise in-space transportation.

“We are thrilled to be NASA’s launch partner for this innovative mission,” said Rocket Lab founder and Chief Executive, Peter Beck. “It seems fitting to launch NASA’s Advanced Composite Solar Sail System on Electron, the world’s first full carbon composite orbital launch vehicle. We’re excited to see composites used yet again to unlock new capabilities in space.”

ACS3 Mission Partners:

NASA’s Langley Research Center in Hampton, Virginia, is designing ACS3’s deployable composite booms and solar sail system. NanoAvionics of Columbia, Illinois, is designing and building the 12U cubesat for the ACS3 technology demonstration. NASA’s Ames Research Center in California’s Silicon Valley is managing the ACS3 project and will oversee final integration of the solar sail payload and cubesat. The Santa Clara University’s Robotics Systems Lab in Santa Clara, California, will provide cubesat operations support for the ACS3 technology demonstration. NASA’s Small Spacecraft Technology program within the agency’s Space Technology Mission Directorate is sponsoring the ACS3 project and is providing the funding for the launch . NASA’s Game Changing Development program within the agency’s Space Technology Mission Directorate is developing ACS3’s deployable composite boom technology.

An illustration of a completely unfurled solar sail measuring approximately 9 meters (about 30 feet) per side. As solar radiation pressure is small, the solar sail must be large in size to efficiently generate thrust. Image is courtesy of NASA.

Filed Under: Agencies, Launch, Launch Facilities, Launch Vehicle, NASA / JPL, SmallSat, Solar Sail Tagged With: Featured

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