Category Archives: Space Station

A brand-new air lock is set to be installed on the International Space Station in the next few years but this one will be commercially owned. NASA has accepted a proposal from spaceflight company NanoRacks to attach the first ever commercially funded air lock, which enables objects to safely pass from the inside of the station out into the vacuum of space. The new addition will allow NanoRacks to deploy even more satellites and commercial payloads from the ISS in order to meet the growing demand from its customer base.

Established in 2009, NanoRacks is focused on helping others utilize the low-Earth orbit region of space. To that end, the organization helps companies, government agencies, and schools conduct experiments on the International Space Station, as well as deploy small satellites from the ISS. NanoRacks already has a satellite deployer on the space station, but it is reliant on the air lock on the Japanese Kibo module. The deployer is extended out into space via that Japanese robotic arm when the air lock is open.

Our customers were coming to us saying theyd like to fly bigger satellites.

The problem is that the Japanese air lock isnt that big. Its the perfect size for deploying CubeSats, standardized satellites that are about the size of a breadbox, as well as slightly larger payloads that are about the size of a microwave. But NanoRacks customers have been eager to deploy even larger satellites. Our customers were coming to us saying theyd like to fly bigger satellites or payloads, and deploy them off the station, Brock Howe, the head of the air lock project for NanoRacks, tells The Verge. And these were bigger than what we can currently fit thorough the Japanese airlock.

Access to the air lock is also limited, according to Howe. The air lock on the Kibo module is the only method for deploying small satellites from the station, and it is only opened five to 10 times a year. Some of those openings are reserved for NASA and the Japanese Aerospace Exploration Agency, which operates the air lock, while just a few openings are reserved for NanoRacks. This limited availability has created a backlog in deployments for the company.

So we thought to ourselves: Why dont we look into designing and building our own air lock? And away we went, says Howe. NanoRacks approached NASA with the idea, and the space agency officially accepted the project.

NanoRacks will be working with Boeing to develop the air lock. The plan is for the aluminum dome-shaped unit to launch on a NASA cargo mission sometime in 2019, and then be attached to a port on the stations Tranquility module. Theres already a hatch in place on the end of Tranquility that blocks the inside of the station from the vacuum of space. Astronauts will be able to open this hatch to place satellites or other research payloads inside the air lock. Once the payloads are inside, the air lock will depressurize and all the air will be pumped out. Then the stations Canadian robotic arm will detach the air lock from the ISS and extend it out into space. From here, satellites can be deployed into orbit or research experiments can be tested in the vacuum of space.

This air lock will have five times the volume of the Japanese air lock

This air lock will have five times the volume of the Japanese air lock, so satellites the size of a refrigerator can potentially be deployed this way. It also allows NanoRacks to deploy even more satellites at one time. Instead of doing the microwave-sized satellites one at a time, we can do three or four of those at one time on one airlock cycle, says Howe. So we can do it a lot more efficiently than what can be done right now.

The air lock also poses an opportunity for companies to do technology demonstrations in space. Companies looking to commercialize a space sensor or camera can test how their technologies hold up in lower Earth orbit. Restraints inside the air lock can hold down these technologies as theyre exposed to the vacuum. Its opening a door to space, says Howe. Once those technologies are flight-proven, the companies then have an easier time selling and marketing their hardware.

The NanoRacks air lock is just one of many commercial vehicles that are slowly making their way to the International Space Station. Currently, a private inflatable space habitat called BEAM Bigelow Expandable Activity Module is already attached to the Tranquility module, and astronauts have been periodically going inside it to see how it is holding up in space. Built by Bigelow Aerospace, BEAM has been performing well, and there are hints that the module will soon be used every day by the astronauts on the station. Building off of that success, NASA has said it will allow companies to attach their own habitat modules to the ISS in coming years.

Its all part of NASAs plan to turn the ISS into a commercial-friendly outpost, before eventually turning over the orbiting lab to the private sector in the mid-2020s. We want to utilize the space station to expose the commercial sector to new and novel uses of space, ultimately creating a new economy in low-Earth orbit for scientific research, technology development and human and cargo transportation, Sam Scimemi, director of the ISS Division at NASA headquarters, said in a statement. We hope this new airlock will allow a diverse community to experiment and develop opportunities in space for the commercial sector.

Follow this link:
The first commercial air lock is coming to the International Space Station - The Verge

An astronaut on the International Space Station snapped this striking photo last month of forest land adjacent to the Priest River in northern Idaho. From NASA:

The squares in this landscape checkerboard appear to be the result of forest management. Similar patterns originated in the 1800s, when alternate parcels of land were granted by the U.S. government to railroads such as the Northern Pacific. Many parcels in the Pacific Northwest were later sold off and harvested for timber.

The land shown here is now managed for wildlife and for timber harvesting. The white patches reflect areas with younger, smaller trees, where winter snow cover shows up brightly to the astronauts. Dark green-brown squares are parcels of denser, intact forest. The checkerboard is used as a method of maintaining the sustainability of forested tracts while still enabling a harvest of trees.

report this ad

A breathtaking photo of Saturns moon Mimas taken this week by NASAs Cassini space probe. You may recall, that another photo (below) of Mimas raised concerns that it isnt actually a moon but rather the Death Star. (Images: NASA/JPL-Caltech/Space Science Institute)

Among those caught in the crossfire of last weekends Muslim ban were lawful immigrants and permanent residents who were in the air when the rules changed; when these people landed, they were told that since they had arrived at the US in violation of the rules, they were being deported, and were banned from entering []

In a new paper in Nature Astronomy, a team from Osaka University publishes its analysis of data gathered by the Japan Aerospace Exploration Agencys Selenological and Engineering Explorer, revealing that an isotope present in lunar regolith is a match for an isotope found in terrestrial, atmospheric oxygen.

Making great games has never been more accessible, thanks to a variety of development tools like Unity3D. But getting your idea off the ground still takes a fair amount of advanced programming skills. Fortunately, Ive discovered that learning to make games online with theMaster Game Development Bundleis incredibly easy (and not costly).In addition to gaining []

Aside from taking up considerable space and being horrifyingly out-of-date, VHStapes degrade with every play. But what about home movies or lesser-known titles that didnt survive the digital transition? With this Video Digitization Device and Editing Software Package, you can save your old tapes from analog oblivion.The conversion dongle connects to any composite video source, []

Between lingering cold weather, overpriced Valentines gifts, and the general state of the country, February is shaping up to be a rough one. Thats why were sharing four affordable and last-minute gift ideas that will show someone some love when they need it most.#4 Teleflora Fresh Flower DeliveryTeleflora is a really cool company that works []

report this ad

Read more here:
Idaho's massive checkerboard forest seen from the Space Station - Boing Boing

An artist's impression of the more than 100 million pieces of debris in orbit around the Earth (AFP Photo/)

Tokyo (AFP) - An experimental Japanese mission to clear 'space junk' or rubbish from the Earth's orbit has ended in failure, officials said Monday, in an embarassment for Tokyo.

Over 100 million pieces of garbage are thought to be whizzing around the planet, including cast-off equipment from old satellites and bits of rocket, which experts say could pose risks for future space exploration.

Scientists at the Japan Aerospace Exploration Agency (JAXA) were trying to test an electrodynamic 'tether' -- created with the help of a fishing net company -- to slow down the orbiting rubbish and bring it into a lower orbit.

The hope was that the clutter -- built up after more than five decades of human space exploration -- would eventually enter the Earth's atmosphere and burn up harmlessly before it had a chance to crash into the planet.

The 700-metre (2,300-foot) long tether -- made from thin wires of stainless steel and aluminium -- was due to be extended out from a cargo ship launched in December carrying supplies for astronauts at the International Space Station.

Problems arose quickly, however, and technicians tried for days to remedy the situation but only had a one-week window to carry out the mission before the vessel reentered the Earth's atmosphere before dawn on Monday.

"We believe the tether did not get released", leading researcher Koichi Inoue told reporters.

"It is certainly disappointing that we ended the mission without completing one of the main objectives," he said.

The disappointment is the latest failure to hit JAXA and comes just weeks after the agency had to abort a mission that sought to use a mini-rocket to send a satellite into orbit.

The agency also abandoned a pricey ultra-high-tech satellite launched in February last year to search for X-rays emanating from black holes and galaxy clusters after losing contact with the spacecraft.

See the original post:
Japan's troubled 'space junk' mission fails - Yahoo News

Reddit

Share

Share

Email

A deadly Superbug thats incredibly resistant to current antibiotics will be part of an upcoming SpaceX mission.

Sponsored by NASA and the Center for the Advancement of Science in Space (CASIS), SpaceX will launch a lethal pathogen into space and deliver it to the International Space Station (ISS) in a near-zero gravity experiment toassess accelerated mutation rates of methicillin-resistant staphylococcus aureus, or MRSA. Outer space offers an entirely different environment than earth, so the study can see ifmutation patterns will occur in space that have not yet happened on earth. Of particular interest are gene expression and mutation patterns.

MRSA is the cause of infections in hospitalized patients that happen frequently and are very difficult to cure. The ISS microgravity study will be overseen byDr. Anita Goel, who is a world-renowned expert and pioneer in the emerging field of nanobiophysics. This field examines the intersection of physics, nanotechnology, and biomedicine. Her particular area of interest is how open systems such as life and living systems are strongly intertwined with their environment.

Calling the work on the ISS both very practical and fundamental, Dr. Goels research is directed toward better prediction of drug resistance and, as a result, smarter drugs. She is especially looking at what she describes as how the environment can deeply influence the information flow from both the genome and transcriptome.

The ISS study is quite significant in its potential implications for medicine and drug development. Medical practitioners have a hard time treating many infections due to the current need to first observe the pathogens progress,which can be quite elusive, and then treat afterward. The wait-and-see scenario often lets the MRSA get too far ahead. As a result, many of todaysantimicrobial therapies are ineffective, so the ISS study will allow important observation of MRSA patterns of resistance as they occur as well as in their various stages.

Goel and her team will draw upon the very different ISS environment to track MRSAs activity as it moves from gene expression to mutations, with the goal to predict what might or might not happen with the same process back on earth. Drug development and molecular identification may result, which can help in the fight against future MRSA strains.

Dr. Goel, who is chairperson and CEO of Nanobiosym, wonthe first XPRIZE in Healthcare for the Gene-RADAR technology. This is a mobile Tricorder that offers real-time diagnosis of any disease with a genetic fingerprint. It costs about ten times less than comparable diagnostic tests on the market today.

View original post here:
SpaceX will transport a deadly bacteria to the space station for study - Teslarati

A recent Mariner arrival at Port Canaveral for Atlas 5. Credit: Justin Ray/Spaceflight Now

PORT CANAVERAL The ocean-sailing ship that transports rocket stages from United Launch Alliances factory to U.S. launch sites completed its latest voyage overnight, pulling into port to deliver the Atlas 5 that will send a cargo freighter to the International Space Station in March.

The Mariner, owned and operated by the Foss Maritime company, made a week-long voyage from the ULA production facility in Decatur, Alabama to Cape Canaveral, Florida.

Originally built to carry Delta 4 rockets for Boeing to the Cape and Vandenberg Air Force Base, California, the Mariner now also delivers Atlas 5 stages for ULA whenever circumstances permit.

The Atlas 5s original mode of transportation the massive Antonov aircraft continues to be used sparingly.

The custom-made, purpose-built cargo ship entered service in 2000. The 312-foot-long roll-on/roll-off vessel has a crew of 16, carries over 100,000 gallons of fuel and is powered by engines derived from a locomotive.

It features full living quarters, a kitchen and dining area, a fabrication shop below deck and even a helipad.

Construction of the Atlas was performed inside the sprawling Decatur factory, followed by full testing and being readied for transport to Florida.

The Mariner traversed 270 miles up the Tennessee River, 60 miles on the Ohio River and 646 miles down the Mississippi River. The trek then covered 815 miles through the Gulf of Mexico and around to Floridas east-central coast to Port Canaveral.

A trips round-the-clock average speed is about 12 mph.

Now at the harbor in Port Canaveral, a semi-trucks will drive the 106.6-foot-long, 12.5-foot-diameter bronze-colored booster stage and 41.5-foot-long, 10-foot-diameter Centaur upper stage off the Mariner and up through Cape Canaveral Air Force Station on Monday.

The first stage goes to the Atlas Spaceflight Operations Center high bay for receiving checks and the Centaur will be processed at the Delta Operations Center and integrated with the interstage and boattail.

Later, the stages will be taken further up the road to the Vertical Integration Facility at Complex 41 for stacking aboard the mobile launch platform.

Once the first stage is erected, the interstage and Centaur will be hoisted and attached to complete the basic build up of the Atlas 5 rocket, designated AV-070.

Installation of the encapsulated payload will occur about one week before launch to top off the 194-foot-tall rocket.

The mission, slated for March 19 at 10:56 p.m. EDT (0256 GMT), will launch the Orbital ATK OA-7 Cygnus spacecraft filled with 7,700 pounds of provisions and experiments for the International Space Station.

The Atlas 5 rockets yaw-steering ability will enable a 30-minute launch window extending 15 minutes before and after the instant when the stations orbital plane passes over the pad.

It will be Orbital ATKs seventh resupply mission to the station under NASAs commercial cargo-delivery program.

The pressurized cargo module for Cygnus arrived at Kennedy Space Centers Space Station Processing Facility on Jan. 9. The crafts propulsion section arrived Feb. 1.

The two pieces will be mated together and initial cargo loading performed at the SSPF before the Cygnus is moved to the nearby Payload Hazardous Servicing Facility for propellant loading and the stowage of late-load cargo items.

Encapsulation of the ship in the Atlas 5 rockets 14-foot-wide, 45-foot-long extra extended payload fairing (XEPF) will occur at the SSPF, too.

Previous Cygnus spacecraft have been given a ceremonial name for a former astronaut who has since passed away. The name for OA-7 has not yet been revealed.

NASA requested that this Cygnus be launched aboard the Atlas 5 instead of Orbital ATKs revamped Antares rocket. The switch allows the craft to carry a greater amount of supplies and gives the space agency better schedule assurance.

The Atlas 5 successfully launched two Cygnus missions in December 2015 and March 2016 while the Antares fleet was grounded to upgrade its engines from stockpiled Soviet-era powerplants to modern-day Russian ones.

** CYGNUS FLIGHT HISTORY **

Demo Antares 1,299 pounds Launched Sept. 18, 2013 Orb 1 Antares 2,780 pounds Launched Jan. 9, 2014 Orb 2 Antares 3,293 pounds Launched July 13, 2014 Orb 3 Antares 4,883 pounds Launched Oct. 28, 2014 *Failure OA-4 Atlas 5 7,746 pounds Launched Dec. 6, 2015 OA-6 Atlas 5 7,758 pounds Launched March 22, 2016 OA-5 Antares 5,163 pounds Launched Oct. 17, 2016

Among the science projects being launched in this upcoming OA-7 Cygnus include an Advanced Plant Habitat as a stepping-stone to food production systems on long-duration exploration missions, new tests on cell cultures in space for biological research, a technology experiment into coatings applied to container walls that could benefit fuel storage tanks, a host of cubesats that will be launched from the station, the third spacecraft fire test to study flames in microgravity and another try at collecting data during atmospheric reentry at the missions conclusion.

See earlier OA-7 Cygnus coverage.

Our Atlas archive.

Originally posted here:
ULA's navy delivers rocket that will launch supplies to the space ... - Spaceflight Now

Shocking theories have emerged that NASA is covering up the existence of UFOs as footage has been cut from their space station four times just as mysterious objects appear on the screen

SHOCKING theories have emerged that NASA is covering up the existence of UFOs as footage has been cut from their space station four times just as mysterious objects appear on the screen.

In the last seven months, there have been four instances where the International Space Stations video stream has mysteriously gone down just as unexpected light objects appear in the distance.

The suggestions started after a bright craft was seen hurtling toward the Earth in July 2016.

But just as the unidentified object approached the Earths atmosphere the footage was cut short.

Virtually the same thing happened again only three months later.

Renowned UFOlogist Streetcap1 commented: NASA cut the camera feed so quickly even though this was very distant.

But when the incident repeated itself again at the beginning of 2017 viewers were desperate for answers.

Well known UFO YouTubers Secure Team 10 claimed to have spotted an astronaut covering the lens of a camera on the International Space Station.

Further away in the distance, a small bright spot was seen flying across the screen moments before the astronauts hand obstructed the view.

NASA

NASA

Tyler, a Secure Team spokesperson, said: We not only see a UFO fly overhead but we are also going to see the astronaut attempt to hide this activity by putting his hand in front of the camera.

And he actually does this a couple of times.

NASA have never responded to the claims that alien space crafts have been seen in the footage, but others have suggested it could just be passing meteors.

See the rest here:
Conspiracy theorists suggest gaps in International Space Station footage prove NASA UFO cover-up - The Sun

Conditions:

1. NSS-703 is not authorized to provide any Direct-to-Home (DTH) service, Direct Broadcast Satellite (DBS) service, or Digital Audio Radio Service (DARS) to, from, or within the United States.

2. Communications between ALSAT-designated earth stations and the NSS-703 space station shall be in compliance with all existing and future space station coordination agreements reached between Gibraltar and other Administrations.

3. SES Gibraltars request for a waiver of 47 C.F.R 25.202(g) is GRANTED, as conditioned. Section 25.202(g) requires that telemetry, tracking, and telecommand functions for U.S. domestic satellites shall be conducted at either or both edges of the allocated bands. Frequencies, polarization, and coding shall be selected to minimize interference into other satellite networks and within their own satellite system. SES Gibraltar proposes to place its telemetry, tracking, and telecommand (TT&C) functions near the center of the conventional C-band at the 47.05 W.L. orbital location, which is within the orbital arc that provides coverage to the United States. The NSS-703 space station was placed into operation in 1994 in order to provide service outside of the U.S., and the TT&C frequencies upon which it relies cannot be altered. We grant a limited waiver of Section 25.202(g) subject to the following conditions:

4. SES Gibraltars request for a waiver of Section 25.210(a)(1) of the Commissions rules, 47 C.F.R. 25.210(a)(1) is GRANTED, as conditioned. Section 25.210(a)(1) requires that C-band operations use orthogonal linear polarization. The NSS-703 satellite uses circular polarization. This waiver is based upon the findings that: 1) the space station is in-orbit and the polarization cannot be changed; and 2) there is a minimal potential for harmful interference from operations at this location with circular polarization. As a condition of this waiver, SES Gibraltar must accommodate future space station networks that are compliant with Section 25.210(a)(1). Further, SES Gibraltar must operate NSS-703 pursuant to any coordination agreements for this location.

5. SES Gibraltars request for a waiver of Section 25.210(a)(3) of the Commissions rules, 47 C.F.R. 25.210(a)(3) is GRANTED, as conditioned. Section 25.210(a)(3) requires FSS space stations to be capable of switching polarization sense on ground command. The Commission requires polarity switching capability for two reasons: 1) to provide U.S. licensed space stations with the flexibility to operate at different orbital locations; and 2) to mitigate potential interference between adjacent fixed space station systems transmitting analog television signals. See Telesat Canada, Petition for Declaratory Ruling for Inclusion of ANIK F3 on the Permitted Space Station List, Order, 22 FCC Rcd 588 (Int Bur., Sat. Div. 2007). This waiver is based upon a finding that the ability to switch polarization is not currently necessary to protect other space stations at adjacent orbital locations from harmful interference. As a condition of this waiver, NSS-703s operations must accommodate future space station networks that are compliant with Section 25.210(a)(3). Further, SES Gibraltar must operate NSS-703 pursuant to any coordination agreements for this location.

6. SES Gibraltars request for a waiver of Section 25.210(i) of the Commissions rules, 47 C.F.R. 25.210(i) is GRANTED, as conditioned. Section 25.210(i) requires FSS space station antennas to provide cross-polarization isolation such that the ratio of the on-axis co-polar gain to the crosspolar gain of the antenna in the assigned frequency band is at least 30 dB within its primary coverage area. The performance of the NSS-703 space station is 35 dB for the C-band global beam and 27 dB for all other C-band beams. For its Ku-band spot beams, the worst-case cross polarization isolation is in the 17-20 dB range. We agree that a waiver will not produce a significant increase in interference, except to SES Gibraltar itself. As a condition of this waiver, we will not permit SES Gibraltar to transmit analog video signals in the C-band frequencies into the United States unless it has coordinated such operations with adjacent satellites. Further, SES Gibraltar shall not claim more protection from interference from other licensed radiocommunication systems operating in accordance with Section 25.210(i) of the Commissions rules than it could claim if it met the cross-polarization requirements set forth in the rule.

7. SES Gibraltars request for a waiver of 25.210(j) of the Commissions rules, 47 C.F.R. 25.210(j) is GRANTED, as conditioned. Section 25.210(j) requires geostationary space stations to be maintained within 0.05 of their assigned orbital locations in the East/West direction unless specifically authorized by the Commission to operate with a different longitudinal tolerance. SES Gibraltar requests a waiver to permit NSS-703 to operate with an East/West station-keeping volume of 0.10 as specified in a letter to the Commission from the Radiocommunications Agency Netherlands. SES Gibraltar states that this extended station-keeping volume does not overlap with the station keeping volume of any known operational satellites, nor is SES Gibraltar aware of any proposed satellite to be launched or placed into orbit at the nominal 47 W.L. orbital location in the near term. We grant SES Gibraltars request to operate NSS-703 with 0.10 East/West longitudinal tolerance, as long as no other space station is located within the station-keeping volume of NSS-703. Should such a spacecraft be launched or relocated into the station-keeping volume of NSS-703, but would not overlap a 0.05 East/West station keeping volume, SES Gibraltar will be required to maintain 0.05 East/West station-keeping, or coordinate its operations with that of the other space station.

8. SES Gibraltars request for a waiver of Section 25.211(a) of the Commissions rules, 47 C.F.R. 25.211(a) is GRANTED, as conditioned. Section 25.211(a) provides that downlink analog video transmissions in the C-band shall be transmitted only on a center frequency of 3700+20N MHz, where N=1 to 24, with corresponding uplink frequencies 2225 MHz higher. This waiver grant is based upon SES Gibraltars statement that it does not intend to transmit analog video signals in the C-band frequencies, unless such operations are coordinated with adjacent satellites. Further, as a condition of this waiver, SES Gibraltar must accommodate future space station networks serving the United States that are compliant with Section 25.211(a). In addition, SES Gibraltar must operate NSS-703 pursuant to any coordination agreements for this location.

9. SES Gibraltars request for a waiver of Section 25.114(c)(4)(iii) of the Commission's rules, 47 C.F.R. 25.114(c)(4)(iii), is GRANTED. Section 25.114(c)(4)(iii) requires applicants to identify which antenna beams are connected or switchable to each transponder and tracking, telemetry, and control (TT&C) function. SES Gibraltar has submitted the combined receiver and transmitter filter response characteristics (Section 5.5 and Exhibit D in the Technical Appendix). It also states that the disaggregated filter response characteristics are not available and maintains that the aggregate characteristics it submitted provide sufficient information for an assessment of the interference potential of the satellite. We find that information provided in Section 5.5 and Exhibit D of the Technical Appendix fulfills the requirements of Section 25.114(c)(4)(iii).

10. SES Gibraltars request for a waiver of Section 25.114(c)(10) of the Commissions rules, 47 C.F.R. 25.114(c)(10) is GRANTED, as conditioned. Section 25.114(c)(10) requires applicants to submit information regarding the physical characteristics of the space station, including estimated operational lifetime and reliability of the space station. SES Gibraltar states that it does not have the original reliability estimates because the satellite was transferred to New Skies prior to Intelsats privatization in 2000. We grant the waiver based on SES Gibraltars statements that the NSS-703 space station, launched in 1994, has exceeded all reliability projections as it has survived past its design end-of-life. SES Gibraltar further states that the satellite is in good working condition and expected to survive until its estimated end of life in August 2014.

11. This grant of market access is based on SES Gibraltars representation that it will dispose of the NSS-703 spacecraft at end of life to a minimum altitude of 150 kilometers (perigee) above the geostationary arc, that it has reserved 19.3 kilograms of fuel for this purpose, and that fuel gauging uncertainty has been and will be taken into account in these calculations, using the methods set forth in SES Gibraltars application.

12. This grant of market access is limited to SES Gibraltars use of the NSS-703 space station (Call Sign 2818) at the 47.05 W.L. orbital location and does not convey to SES Gibraltar first-in-line status under the Commissions first-come, first-served processing framework. If SES Gibraltar seeks to operate another space station at this location using the frequencies authorized in this grant, such an application, together with any applications filed by other companies seeking similar authority, would be subject to the first-come, first-served processing framework for geostationary-satellite orbit space stations.

13. This grant of market access will terminate in the event that the NSS-703 space station is relocated from the 47.05 W.L. orbital location or ceases to operate. In either case, NSS-703 will be removed from the Permitted List. If SES Gibraltar wishes to provide service to the U.S. using another space station, it must file a new application to have that space station placed on the Permitted List.

14. SES Gibraltar is afforded 30 days from the date of release of this action to decline the authorization as conditioned. Failure to respond within this period will constitute formal acceptance of the authorization as conditioned.

Go here to see the original:
Permitted Space Station List - fcc.gov

A Japanese H-IIB rocket carrying the HTV cargo ship blasts off from the Tanegashima Space Center, kicking off a four-day mission to deliver equipment and supplies to the International Space Station.

NASA TV

A powerful rocket carrying a Japanese HTV cargo ship streaked into orbit Friday, kicking off a four-day trip to the International Space Station to deliver 4.3 tons of supplies and equipment, including a set of powerful new batteries for the labs solar power system.

The Mitsubishi Heavy Industries H-IIB rockets hydrogen-fueled LE-7A main engine and four solid-fuel strap-on boosters ignited with a spectacular rush of flame at 8:26:47 a.m. EST (GMT-5; 10:26 p.m. local time), quickly pushing the 174-foot-tall booster away from its seaside launch pad at the picturesque Tanegashima Space Center.

Climbing directly into the plane of the space stations orbit, the rocket smoothly accelerated, leaving the rocky coast of Tanegashima Island behind as it shot away on a southeasterly trajectory.

Fourteen minutes later, the H-IIBs LE-5B second stage shut down and a minute after that, the HTV Kounotori cargo ship was released to fly on its own.

If all goes well, the spacecraft will catch up with the International Space Station early Tuesday, pulling up to within about 30 feet and then standing by while Expedition 50 commander Shane Kimbrough and French astronaut Thomas Pesquet, operating the labs robot arm, lock onto a grapple fixture.

From there, the HTV will be pulled in for berthing at the Earth-facing port of the forward Harmony module.

The HTVs pressurized compartment is packed with 5,657 pounds of equipment and supplies, including 2,786 pounds of food, water, clothing and other crew supplies, 1,461 pounds of station hardware, 925 pounds of science gear, 344 pounds of computer equipment, 77 pounds of spacesuit equipment and 62 pounds of Russian hardware.

Mounted on a pallet in the supply ships unpressurized cargo bay are six 550-pound lithium-ion batteries that will replace 12 aging nickel-hydrogen power packs in one of the stations four sets of solar arrays. Three more HTV flights will be needed to ferry up the remaining three sets of batteries needed by the stations other arrays.

The HTVs arrival will be a relief to NASA, coming less than two weeks after a Russian Progress supply ship carrying 2.5 tons of equipment and supplies was destroyed during launch Dec. 1 after a malfunction of some sort in the Soyuz boosters upper stage.

Play Video

A SpaceX Falcon 9 rocket blew up on a launch pad in Cape Canaveral, Florida, on Thursday. It was set to launch Saturday but was completely destro...

That failure came three months after a SpaceX Falcon 9 rocket exploded on the launch pad at Cape Canaveral during a pre-launch test on Sept. 1. The Falcon 9, which is used to launch SpaceX Dragon space station supply ships, is not expected to resume flights until January, and its not yet clear when the next Dragon might be launched.

NASA managers say the station currently is well stocked with critical supplies and that the Progress failure will have minimal impact on lab operations. But the HTVs arrival will be a welcome milestone, especially the delivery of the new batteries.

The station gets most of its power from four huge sets of rotating solar arrays, two on each end of a long truss. Each set of arrays relies on 12 nickel hydrogen batteries to provide electricity when the station is in Earths shadow and out of direct sunlight.

The pallet carrying the six new batteries will be pulled out of the HTVs unpressurized cargo bay by the stations robot and moved to the right side of the power truss. The batteries will be robotically installed at the base of the inboard starboard 4, or S4, set of arrays, which feed power channels 1A and 3A.

Nine of the older batteries will be attached to the cargo pallet as the replacements are installed. The pallet eventually will be moved back into the HTV, which will burn up in the atmosphere when the cargo ship re-enters around Jan. 20.

The remaining three retired batteries will be attached to adapter plates beside the new batteries where they will remain in long-term storage. Two spacewalks will be required in January to install the adapter plates and complete the battery replacement work.

2016 CBS Interactive Inc. All Rights Reserved.

Read more from the original source:
Japan launches cargo ship to space station - CBS News

A space station, also known as an orbital station or an orbital space station, is a spacecraft capable of supporting a crew, which is designed to remain in space (most commonly as an artificial satellite in low Earth orbit) for an extended period of time and for other spacecraft to dock. A space station is distinguished from other spacecraft used for human spaceflight by lack of major propulsion or landing systems. Instead, other vehicles transport people and cargo to and from the station. As of September 2016[update] three space stations are in orbit: the International Space Station, which is permanently manned, China's Tiangong-1 (defunct) and Tiangong-2 (launched 15 September 2016, unmanned most of the time).[1][2] Previous stations include the Almaz and Salyut series, Skylab, and most recently Mir.

Today's space stations are research platforms, used to study the effects of long-term space flight on the human body as well as to provide platforms for greater number and length of scientific studies than available on other space vehicles. Each crew member stays aboard the station for weeks or months, but rarely more than a year. Most of the time crew remain inside the space station but its not necessary that crew should have to be stay inside the station. Since the ill-fated flight of Soyuz 11 to Salyut 1, all manned spaceflight duration records have been set aboard space stations. The duration record for a single spaceflight is 437.7 days, set by Valeriy Polyakov aboard Mir from 1994 to 1995. As of 2013[update], three astronauts have completed single missions of over a year, all aboard Mir.

Space stations have also been used for both military and civilian purposes. The last military-use space station was Salyut 5, which was used by the Almaz program of the Soviet Union in 1976 and 1977.[3]

Space stations have been envisaged since at least as early as 1869 when Edward Everett Hale wrote "The Brick Moon".[4] The first to give serious consideration to space stations were Konstantin Tsiolkovsky in the early 20th century and Hermann Oberth about two decades later.[4] In 1929 Herman Potonik's The Problem of Space Travel was published, the first to envision a "rotating wheel" space station to create artificial gravity.

During the Second World War, German scientists researched the theoretical concept of an orbital weapon based on a space station. Pursuing Oberth's idea of a space-based weapon, the so-called "sun gun" was a concept of a space station orbiting Earth at a height of 8,200 kilometres (5,100mi), with a weapon that was to utilize the sun's energy.[5]

In 1951, in Collier's weekly, Wernher von Braun published his design for a rotating wheel space station, which referenced Potonik's idea however these concepts would never leave the concept stage during the 20th century.[4]

During the same time as von Braun pursued Potonik's ideas, the Soviet design bureaus chiefly Vladimir Chelomey's OKB-52 were pursuing Tsiolkovsky's ideas for space stations. The work by OKB-52 would lead to the Almaz programme and (together with OKB-1) to the first space station: Salyut 1. The developed hardware laid the ground for the Salyut and Mir space stations, and is even today a considerable part of the ISS space station.

The first space station was Salyut 1, which was launched by the Soviet Union on April 19, 1971. Like all the early space stations, it was "monolithic", intended to be constructed and launched in one piece, and then manned by a crew later. As such, monolithic stations generally contained all their supplies and experimental equipment when launched, and were considered "expended", and then abandoned, when these were used up.

The earlier Soviet stations were all designated "Salyut", but among these there were two distinct types: civilian and military. The military stations, Salyut 2, Salyut 3, and Salyut 5, were also known as Almaz stations.

The civilian stations Salyut 6 and Salyut 7 were built with two docking ports, which allowed a second crew to visit, bringing a new spacecraft with them; the Soyuz ferry could spend 90 days in space, after which point it needed to be replaced by a fresh Soyuz spacecraft.[6] This allowed for a crew to man the station continually. Skylab was also equipped with two docking ports, like second-generation stations, but the extra port was never utilized. The presence of a second port on the new stations allowed Progress supply vehicles to be docked to the station, meaning that fresh supplies could be brought to aid long-duration missions. This concept was expanded on Salyut 7, which "hard docked" with a TKS tug shortly before it was abandoned; this served as a proof-of-concept for the use of modular space stations. The later Salyuts may reasonably be seen as a transition between the two groups.

Unlike previous stations, the Soviet space station Mir had a modular design; a core unit was launched, and additional modules, generally with a specific role, were later added to that. This method allows for greater flexibility in operation, as well as removing the need for a single immensely powerful launch vehicle. Modular stations are also designed from the outset to have their supplies provided by logistical support, which allows for a longer lifetime at the cost of requiring regular support launches.

The core module of the International Space Station was launched in 1998.

The ISS is divided into two main sections, the Russian orbital segment (ROS), and the United States operational segment (USOS).

USOS modules were brought to the station by the Space Shuttle and manually attached to the ISS by crews during EVAs. Connections are made manually for electrical, data, propulsion and cooling fluids. This results in a single piece which is not designed for disassembly.[7]

The Russian orbital segment's modules are able to launch, fly and dock themselves without human intervention using Proton rockets.[8] Connections are automatically made for power, data and propulsion fluids and gases. The Russian approach allows assembly of space stations orbiting other worlds in preparation for manned missions. The Nauka module of the ISS will be used in the 12th Russian/Soviet space station, OPSEK, whose main goal is supporting manned deep space exploration.

Russian Modular or 'next generation' space stations differ from 'Monolithic' single piece stations by allowing reconfiguration of the station to suit changing needs. According to a 2009 report, RKK Energia is considering methods to remove from the station some modules of the Russian Orbital Segment when the end of mission is reached for the ISS and use them as a basis for a new station, known as the Orbital Piloted Assembly and Experiment Complex. None of these modules would have reached the end of their useful lives in 2016 or 2020. The report presents a statement from an unnamed Russian engineer who believes that, based on the experience from Mir, a thirty-year life should be possible, except for micrometeorite damage, because the Russian modules have been built with on-orbit refurbishment in mind.[9]

China's first space laboratory, Tiangong-1 was launched in September 2011. The unmanned Shenzhou 8 then successfully performed an automatic rendezvous and docking in November 2011. The manned Shenzhou 9 then docked with Tiangong-1 in June 2012, the manned Shenzhou 10 in 2013. Tiangong 2 was launched in September 2016 and another space laboratory, Tiangong 3, is expected to be launched in subsequent years, paving the way for the construction of a larger space station around 2020.

In September 2016 it was reported that the Tiangong-1 is falling back to earth and will burn in the atmosphere during 2017.

These stations have various issues that limit their long-term habitability, such as very low recycling rates, relatively high radiation levels and a lack of weight. Some of these problems cause discomfort and long-term health effects. In the case of solar flares, all current habitats are protected by the Earth's magnetic field, and are below the Van Allen belts.

Future space habitats may attempt to address these issues, and could be intended for long-term occupation. Some designs might even accommodate large numbers of people, essentially "cities in space" where people would make their homes. No such design has yet been constructed, since even for a small station, the current (2016) launch costs are not economically or politically viable.

Possible ways to deal with these costs would be to build a large number of rockets (economies of scale), employ reusable rockets, In Situ Resource Utilisation, or non-rocket spacelaunch methods such as space elevators. For example, in 1975, proposing to seek long-term habitability through artificial gravity and enough mass in space to allow high radiation shielding, the most ambitious historical NASA study, a conceptual 10000-person spacestation, envisioned a future mass driver base launching 600 times its own mass in lunar material cumulatively over years.[10]

A space station is a complex system with many interrelated subsystems:

Molds that develop aboard space stations can produce acids that degrade metal, glass and rubber [11]

The Soviet space stations came in two types, the civilian Durable Orbital Station (DOS), and the military Almaz stations. (dates refer to periods when stations were inhabited by crews)

The business arrangement for developing and marketing the station was recently clarified by Russian firm Orbital Technologies, who is collaborating to develop the station with the Rocket and Space Technology Corporation Energia (RSC Energia). [22]

See original here:
Space station - Wikipedia

Our Vision: People living and working in thriving communities beyond the Earth, and the use of the vast resources of space for the dramatic betterment of humanity.

The Society publishes Ad Astra magazine and maintains an active global network of volunteers and local chapters. Membership and participation are open to all. Join the space movement, and help build a positive future for humanity!

Enterprise In Space: A Tutor for Every Child, video presentation for the MacArthur Foundation 100&Change Grant.

The President of the National Space Society describes how many children around the world lack access to a basic education and how ValueSpring Technology is developing an artificial intelligence that will be a tutor for each person, thus helping to bring about the world that Gene Roddenberry imagined, where everyone is able to contribute to his or her full potential. This project is being submitted in competition for a $100 million MacArthur Foundation grant to fund a single proposal that promises real and measurable progress in solving a critical problem of our time.

Elon Musk talk Making Humans a Multiplanetary Species to be webcast September 27

On Tuesday September 27, on the second day of the International Astronautical Congress (IAC) in Guadalajara, Mexico, Elon Musk will deliver a special keynote presentationonMaking Humans a Multiplanetary Species.

Musk will discuss the long-term technical challenges that need to be solved to support the creation of a permanent, self-sustaining human presence on Mars. The technical presentation will focus on potential architectures for colonizing the Red Planet that industry, government and the scientific community can collaborate on in the years ahead.

The presentation is scheduled for one hour beginning at 2:30 PM Eastern Daylight Time, 1:30 PM Central Daylight Time (Guadalajara), 12:30 PM Mountain Daylight Time, and 11:30 AM Pacific Daylight Time.

This and other IAC plenary sessions will be webcast on thisdirect link to IAC webcasts on livestream.com. For a schedule of other sessionssee theIAC website plenaries and highlight lectures page.

National Space Society Congratulates NASA, ULA, and Lockheed Martin on the Successful Launch of OSIRIS-REx

(Washington, DC -- September 9, 2016) With the successful launch of a United Launch Alliance Atlas 5 411 on September 8 at 7:05 PM EST, 2016 from Space Launch Complex 41 at Cape Canaveral Air Force Station, Florida, NASAs mission to travel to a near Earth asteroid and return a sample got underway. NSS congratulates the team who made this happen. OSIRIS-REx stands for Origins, Spectral Interpretation, Resource Identification, and Security-Regolith Explorer.

OSIRIS-REx has NSS members really excited, said Bruce Pittman, NSS Senior Vice President. The craft will provide a complete map of the chemistry and mineralogy of a carbon based asteroid. Such asteroids will be critical for both the economic development and settlement of space. The TAGSAM sample collection device may provide a foundation for the development of future asteroid mining robots. Dante Lauretta, the OSIRIS-REx principal investigator, and his team at the University of Arizona have put together a really impressive mission.

See full press release.

National Space Society Urges Renewed Commitment to Competition and Reusability Following Falcon 9/Amos 6 Incident

(Washington, DC -- September 6, 2016) At about 9:07 AM September 1, 2016, during preparation for a routine static fire test of the SpaceX Falcon 9 on Space Launch Complex 40 at Cape Canaveral, an explosion resulted in the loss of both the F9 and the satellite payload. At this time there are no reports of injuries in the incident. Although Elon Musk has reported that the explosion Originated around [the] upper stage oxygen tank the cause remains unknown.

Clearly this incident is a setback for SpaceX, said Dale Skran, NSS Executive Vice President. However, it emphasizes the wisdom of NASA in supporting multiple cargo and crew carriers to the International Space Station. NASA deserves the highest praise for holding fast to supporting multiple providers with dissimilar vehicles to provide both competition and redundancy. NSS looks forward to the return to flight of the Orbital ATK Antares rocket hauling cargo to the ISS later this year, and welcomes the addition of Sierra Nevadas Dreamchaser to the list of ISS cargo haulers.

See full press release.

National Space Society Book Project: Space 2.0

(Washington, DC -- July 25, 2016) The National Space Society has contracted with space historian and author Rod Pyle to write a new book entitledSpace 2.0. This new book will embark on a compelling narrative about the future development, exploration and settlement of the final frontier. NSS plans to use the finished volume as a primary tool for outreach and STEM/STEAM educational efforts, as well as supporting the organization in the broader marketplace. See full announcement.

The National Space Society Applauds Alan Stern Winning the NASA Distinguished Public Service Medal

(Washington, DC -- July 19, 2016) The National Space Society congratulates Dr. Alan Stern on winning the NASA Distinguished Public Service Medal. This award is the highest honor that NASA can bestow. NSS has also awarded one of our highest honors to Dr. Stern, the NSS Wernher von Braun Award, which he received at our International Space Development Conference last May in San Juan, Puerto Rico. Dr. Stern was Principal Investigator of NASAs New Horizons mission to Pluto. See full press release.

National Space Society Applauds SpaceX Launch of IDA to the ISS and successful RTLS of the Falcon 9 First Stage

(Washington, DC -- July 18, 2016) With a successful launch on July 18 at 12:45 AM EST, 2016 from Space Launch Complex 40 at Cape Canaveral Air Force Station, SpaceX achieved several dramatic milestones on the Commercial Resupply Services 9 mission (CRS-9). In addition to supplies and experiments in the pressurized part of the Dragon, an unpressurized trunk houses the 1,028 lb (467 kilogram) International Docking Adaptor (IDA), manufactured by Boeing. The IDA, once attached to the International Space Station (ISS) will be the connecting point for Boeings CST-100 Starliner and SpaceXs Crewed Dragon 2 spacecraft as they bring American astronauts to the ISS on American-built and operated vehicles for the first time since the end of the Space Shuttle program. See full press release.

The National Space Society Congratulates Boeing on 100 Years of Aerospace Excellence

(Washington, DC -- July 16, 2016) NSS congratulates the Boeing Company on reaching its 100th anniversary, and doing so while continuing to be the world leader in the aerospace business. NSS was very happy to view the recent Boeing You Just Wait commercial (below), and to hear the words of Boeing CEO Dennis Muilenburg, who said Friday, In another 100 years, we might make daily trips to space, fly across the globe in less than an hour, or receive unlimited clean power from solar satellites. See full press release.

The National Space Society Pays Tribute to the Space Policy Leadership of Former FAA Leader Patricia Grace Smith

(Washington, DC -- June 14, 2016) The National Space Society celebrates the life and contributions of a visionary champion of the commercial space industry and human space settlement, the Honorable Patricia Grace Smith. Ms. Smith unexpectedly passed away on June 5th, after quietly fighting pancreatic cancer over the last year.

The commercial space industry owes a huge debt to Patti Grace Smith whose years of determined and well-reasoned advocacy combined with her natural charm and grace won over many converts in government and fostered the birth of a new industry. There might not be a commercial space flight industry were it not for Pattis leadership, said Bruce Pittman, Senior Operating Officer of the National Space Society.

See full press release.

Smithsonian Science Education Center and NSS Team Up for Next-Generation Space Education Program Enterprise In Space

(Washington, DC -- May 11, 2016) Enterprise In Space (EIS), an international program of the National Space Society, is excited to announce the signing of a Memorandum of Understanding with the Smithsonian Science Education Center (SSEC). EIS and SSEC plan to collaborate on two projects dedicated to space education. The first is a mission patch design challenge in collaboration with the U.S. Department of Education to present at Space Day at the National Air and Space Museum, tentatively set to occur this summer. The second is the development of a space science summer course for the Smithsonian Science Education Academies for Teachers (SSEATs) that will enrich and enhance space education in the participating educators classrooms. See full press release.

NSS Applauds SpaceX for Successful Drone Ship Landing and Launch of CRS-8/BEAM

(Washington, DC -- April 8, 2016) With a successful launch on April 8, SpaceX achieved several dramatic milestones. In this mission it is hard to know what to be the most excited about, said Dale Skran, NSS Executive Vice President. SpaceX continues to break new ground in lowering the cost of going into space, and the drone ship landing is key to maximizing the amount that can be lifted into space by a first stage that is flying back to Earth. BEAM will pave the way for more affordable future commercial and deep space stations. See full press release.

The Space Exploration, Development, and Settlement Act of 2016

(Washington, DC -- March 25, 2016) The Space Exploration, Development, and Settlement Act of 2016 (H.R. 4752) has been introduced by Congressman DanaRohrabacher to require the National Aeronautics and Space Administration to investigateand promote the exploration and development of space leading to humansettlements beyond Earth, and for other purposes.

The National Space Societyurges you to call or write your Congressional Representative today and request that he or sheco-sponsor H.R. 4752 (the Space Exploration, Development, and Settlement Act of 2016). Youshould specifically ask that the space staffer for yourRepresentative should contact Tony DeTora in Congressman Rohrabachers office to become a co-sponsor.

The full text of the bill can be found here:nss.org/sedsact. More information on the NSS Blog.

Space Solar Power Team Breaks Through at D3 Innovation Summit

(Washington, DC -- March 7, 2016) The National Space Society congratulates the Space Solar Power D3 (SSPD3) team on sweeping the awards in a March 2 multi-departmental competition to find promising new technology ideas that could simultaneously advance diplomacy, defense and development (D3). The SSPD3 team proposal was titled Carbon-Free Energy for Global Resilience and International Goodwill. See full press release and video of the 11-minute presentation below.

The Gravity of the National Space Societys Vision

(Washington, DC -- February 15, 2016) We are very proud and honored to congratulate the amazing achievement of our NSS member Dr. Kip Thorne for his leading involvement in the creation of the LIGO (Laser Interferometer Gravitational Wave Observatory) project. LIGOs recent world-changing detection of the existence of gravitational waves predicted by Einstein a century ago in his General Relativity Theory.

Regarding the grand NSS vision, Dr. Thorne remarked, I think that its clear that it is attainable to colonize the solar system. Getting beyond the solar system is going to be exceedingly difficult. We are going to either require a lot of brute force over a period of several centuries or else a brilliant idea that none of us has grasped yet. The first thing is the solar system, but we have not been moving at anything like the pace that we could or we should. See full press release.

NSS Pays Tribute to Late NSS Governor Dr. Marvin Minsky, A Pioneer in Artificial Intelligence

(Washington, DC -- February 11, 2016) The National Space Society pays tribute toDr. Marvin Minsky, who was very involved in early NSS activities and was part of many NSS space policy projects such as the 1981 Citizens Advisory Council on National Space Policy. He died on January 14 in Boston from a cerebral hemorrhage at the age of 88. Hugh Downs, Chair of the NSS Board of Governors, said, Marvin Minskywas a bright light in the arena of accelerating knowledge in modern physics. Where many of us plodded along to keep up with these changes, he seemed to always manage tobe evenwith them. He will be sorely missed by those who worked with him and knew him well. See full press release.

Settling Space Is the Only Sustainable Reason for Humans to Be in Space

(Washington, DC -- February 1, 2016) Dale Skran, NSS Executive Vice President, has published the following article in The Space Review:

As robotic and artificial intelligence technologies improve and enable increasingly robust exploration without a human presence, eventually there will be only one sustainable reason for humans to be in space: settlement. Research into the recycling technology required for long-term off-Earth settlements will directly benefit terrestrial sustainability. Actively working toward developing and settling space will make available mineral and energy resources for use on Earth on a vast scale. Finally, space settlement offers the hope of long-term species survival that remaining on Earth does not. SEE FULL ARTICLE.

National Space Society Congratulates Blue Origin on First Reflight of New Shepard Rocket

(Washington, DC -- January 23, 2016) On January 22, 2016, two months after Blue Origins New Shepard rocket first successfully flew to the edge of space and returned to its launch site intact, Blue Origin again made history by re-flying the same vehicle. Jeff Bezos stated Though wings and parachutes have their adherents and their advantages, Im a huge fan of rocket-powered vertical landing. Why? Becauseto achieve our vision of millions of people living and working in spacewe will need to build very large rocket boosters. And the vertical landing architecture scales extraordinarily well.

Blue Origins successful re-use of the New Shepard booster after reaching the edge of space represents a major step toward a fully re-usable sub-orbital vehicle, said Bruce Pittman, NSS Senior Vice President and Chief Operating Officer. SEE FULL PRESS RELEASE AND VIDEO on the NSS Blog.

National Space Society Applauds Selection of Dream Chaser, Dragon 2, and Cygnus for ISS Cargo Services

(Washington, DC -- January 16, 2016) NSS congratulates Orbital ATK (Cygnus), Sierra Nevada (Dream Chaser), and SpaceX (Dragon 2) for being selected to provide cargo services to the International Space Station as part of the Commercial Resupply Service 2 (CRS-2) contract. The CRS contract covers the delivery of supplies to the ISS, disposal of ISS waste, and the return of scientific samples from the ISS. The new contract provides a minimum of six missions to each of the three winners during the period 2019-2024. A NASA spokesperson said, NASAs service contracts to resupply the space station have changed the way the agency does business in low-Earth orbit. With these contracts, NASA continues to advance commercial spaceflight and the American jobs it creates.

This announcement represents a major forward advance for NASA and the CRS program, said Dale Skran, NSS Executive Vice President. Both Orbital ATK and SpaceX added significant new capabilities over the first contract. In the new contract, the up-sized Cygnus with new solar panels will be used, and the Dragon 2 offers options for both berthing and docking, along with a rapid return to Earth capacity via propulsive landing. However, the selection of Sierra Nevada and the Dream Chaser means that for the first time since the retirement of the Space Shuttle reusable winged vehicles will be returning from space and landing at Kennedy Space Center.

NSS congratulates NASA on adding a third CRS provider, said Mark Hopkins, Chair of the NSS Executive Committee. The CRS-2 program now has triple redundancy in both orbital components and launch vehicles. NSS members look forward to the Dream Chasers first return from space. See full press release.

Interviews of NSS Chairman Mark Hopkins

Mark Hopkins, Chairman of the NSS Executive Committee, was interviewed on The Space Show on January 4 on the subject of space settlement in general and interstellar space settlement in particular. You can downloadthe 90-minute program here: thespaceshow.com/show/04-jan-2016/broadcast-2617.

You can hear other interviews of Mark conducted byDr. Karl Hricko on the show Contours on member-supported public radio station WNTIoperated by Centenary College in Hackettstown, NJ: Mark Hopkins interview August 23, 2015 (14 minutes) and Mark Hopkins interview May 28, 2015 (21 minutes).

Mark was also on a special edition of The Space Show in March 2007: thespaceshow.com/show/10-mar-2007/broadcast-683-special-edition.

National Space Society Partners with Voices From L5: A Space Settlement Podcast

(Washington, DC -- January 6, 2016) The National Space Society is proud to announce its partnership withVoices From L5. This exciting new podcast will open new discussions on space settlement, focusing on the humanities and social sciences, and educate the public on the science of space settlement. Space settlement is the concept of humankind moving our economy into space, with people living and working in space.

NSS vice president for Public Affairs Lynne Zielinski said, We are thrilled to strengthen our online community and outreach by branching into the vibrant world of podcasts, and we are very excited to be working withVoices From L5. This podcast project will explore topics such as law, art, politics and sociology to generate excitement among a whole new generation of space settlement enthusiasts.

To learn more aboutVoices From L5visit: https://www.patreon.com/VoicesFromL5

For previous podcasts visit: http://www.podcastchart.com/podcasts/voices-from-l5

Made In Space Teams with Enterprise In Space to 3D Print First Space-Bound Airframe

(Washington, DC -- December 18, 2015) Enterprise In Space (EIS), an international project of the non-profit National Space Society, is excited to announce a partnership with Made In Space, Inc. to extensively use 3D printed components in a spacecraft to be launched into Earth orbit. This educational spacecraft will be the first real spacecraft bearing the Enterprise name. Once in orbit, the NSS Enterprise will not only be the first 3D printed airframe in space, but it will also carry more than 100 passive and active student experiments into space and back to Earth.

See full press release.

The National Space Society Pays Tribute to Dr. Kalam One of Our Leading Lights Has Joined the Stars

(Washington, DC -- July 31, 2015) On 27 July 2015, Dr. APJ Abdul Kalam, eleventh President of India and a friend and inspiration to the National Space Society (NSS), passed away. NSS would like to convey our condolences to the family and friends of Dr. Kalam, and to all of India. His death is a great loss not only to India, but to the whole of humanity, said Mark Hopkins, chair of the NSS Executive Committee. In his honor, a permanent part of the online NSS library will be dedicated to his visionary space legacy. He was a true friend to NSS giving his name to our shared Kalam-NSS Space-based Solar Power Initiative.

One of the true statesmen of our generation, Dr. Kalam was regarded as one of the greatest minds, visionaries, and peacemakers of the early 21stcentury. Dr. Kalam was a towering spacefaring advocate. His passing is a deep loss to NSS. Loved and admired by the masses of India, he was loved and admired by us as well. We were honored to work with him and to present him with our 2013 Wernher von Braun Memorial Award (photo) for leading India into space and for being a global leader in space development. He will be missed terribly by all around the world who share a common vision of humanitys future in space.

See full press release.

NASA-Funded Study Reduces Cost of Human Missions to Moon and Mars by Factor of Ten

(Washington, DC -- July 20, 2015) The National Space Society (NSS) and Space Frontier Foundation (SFF) today announced their support for NASAs funding of the newly released NexGen Space study, illustrating how to cut the cost of human space exploration by a factor of 10. The study, Economic Assessment and Systems Analysis of an Evolvable Lunar Architecture that Leverages Commercial Space Capabilities and Public Private Partnerships, finds public-private partnerships are able to return humans to the Moon for approximately 90% less than the previously estimated $100 billion, allowing the United States to ensure national security in a new space age.

NSS congratulates NASA for funding the team at NexGen that discovered how such cost reductions are possible, said NSS Executive Committee Chair, Mark Hopkins. A factor of ten reduction in cost changes everything.

See full press release and video of press conference.

Read more here:
National Space Society