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India's first mission to Mars, the Mars Orbiter Mission (MOM), successfully went into orbit about Mars tonight (September 23) Eastern Daylight Time (September 24 local time in India). It joins three U.S. and one European spacecraft already in orbit, plus two U.S. rovers on the surface.
MOM is primarily a technology demonstration project, though it carries five scientific instruments, including one to measure methane in the Martian atmosphere.
India's Prime Minister, Shree Narendra Modi, was on hand at mission control as orbital insertion unfolded. MOM's engine firing began at 9:47 pm EDT, but with the length of the burn and the 12.5 minute signal delay time, it was not until 10:30 pm EDT (8:00 am September 24 Indian Standard Time) that confirmation of successful orbital insertion was confirmed. As this article was being published, no data on the spacecraft's orbital parameters had been released.
Modi stressed that the Indian Space Research Organisation (ISRO) is one of only four agencies to have successfully sent a spacecraft to Mars and asserted it is the only one to do so on the first try. That claim is subject to challenge, however. The European Space Agency (ESA) placed Mars Express into orbit in 2003. That was ESA's first attempt to achieve Mars orbit. While it is true that Mars Express carried a small lander, Beagle 2, that did not achieve its goal of landing on Mars, if the measure is attaining Mars orbit on the first try, Mars Express certainly seems to fit the bill. Landing on Mars is an entirely different kettle of fish and something that India has not yet attempted.
Regardless, India is justifiably proud of its achievement. Getting to Mars is hard. NASA's list of all the 43 spacecraft launched to Mars by any country since the beginning of the space age shows 23 failures, 18 successes (counting MOM as a success), and two partial successes/failures.
MOM is sometimes called Mangalyaan, but that is a nickname, not an official name. It joins ESA's Mars Express and three NASA spacecraft -- Mars Odyssey, Mars Reconnaissance Orbiter, and MAVEN -- in orbit, plus two NASA rovers -- Opportunity and Curiosity -- on the surface.
India's first Mars spacecraft, Mars Orbiter Mission (MOM), is on track to join NASA's newly-arrived MAVEN spacecraft in Mars orbit tonight Eastern Daylight Time (EDT). MAVEN successfully entered Mars orbit on Sunday (September 21). Assuming all goes well with MOM, that will bring to five the number of operating spacecraft observing the Red Planet from orbit plus two on the surface. India's space agency will provide live coverage of MOM's orbital insertion beginning at 9:15 pm EDT tonight, September 23 (06:45 September 24 local time in India).
India launched MOM on November 5, 2013. It is primarily a technology demonstration mission, but it carries five scientific instruments including one that will search for methane in the Martian atmosphere. MOM is sometimes referred to as Mangalyaan, but that is considered a nickname not the official name.
The mission has gone smoothly so far and if all continues as planned India will join the United States, Soviet Union/Russia, and the European Space Agency (ESA) as successful sponsors of spacecraft to study Mars. Getting spacecraft to Mars is no mean feat and there have been many failures over the decades, prompting humorous myths about a "Galactic Ghoul" at the ready to destroy a mission at a moment's notice. No one relaxes until the spacecraft is firmly at its destination in orbit or on the surface.
NASA has a list of all Mars missions ever launched. Based on that list and excluding MOM (since it is still enroute as of this moment) there have been 42 launches of which 23 were failures, 17 were successes, and 2 were partial successes/failures.
The Indian Space Research Organisation (ISRO) will provide live coverage of the Mars Orbit Insertion (MOI) burn. ISRO has tweeted (@isro) two locations to watch the coverage: its own website (webcast.isro.gov.in) and the government's video portal (webcast.gov.in/live/). Coverage begins at 9:15 pm EDT tonight, which is 06:45 September 24 Indian Standard Time (IST). The burn itself is scheduled to begin at 9:47 pm EDT (07:17 September 24 IST).
NASA's MAVEN was launched about a week and a half after MOM, but arrived two days earlier. Its task is to determine what happened to the Martian atmosphere, which once was much thicker than it is today, especially the role that solar activity may have played, and to the liquid water believed to have flowed on Mars in the distant past.
MAVEN and MOM are joining two U.S. and one European spacecraft currently operating in Martian orbit:
NASA also has two operational rovers on the surface of Mars:
Japan is the only other country to attempt sending a probe to Mars. It launched Nozomi in 1998, but it is among the list of Mars missions that did not succeed. China has never itself attempted to launch a spacecraft to Mars, but a small Chinese orbiter (Yinghuo-1) was aboard the ill-fated Russian Phobos-Grunt mission in 2011.
Here is our list of events for the next TWO weeks, September 21-October 3, 2014, starting with MAVEN's arrival at Mars tonight (Sunday). Congress is in recess until November 12.
During the Weeks
Mars will get two new visitors this week. NASA's Mars Atmosphere and Volatile Evolution (MAVEN) mission is due to enter orbit around Mars tonight, September 21, at 9:37 pm Eastern Daylight Time (EDT). Signal travel time between Mars and Earth means that NASA won't know certain that everything went smoothly until 9:50 pm EDT. NASA TV coverage begins at 9:30 pm EDT.
On Tuesday evening (Wednesday morning local time in India), India's first mission to Mars, Mars Orbiting Mission (MOM), will join MAVEN and three other U.S. and European spacecraft orbiting Mars. MOM is scheduled to fire its engine to enter orbit at 07:17 Indian Standard Time on Wednesday (9:47 pm Tuesday EDT). The Indian Space Research Organisation (ISRO) has not announced its plans for live coverage. Check the ISRO website for up to date information.
Back here in Earth orbit, SpaceX's CRS-4 cargo mission to the International Space Station (ISS), with its cargo of mice, fruit flies, spacesuit batteries, a 3D printer and many other supplies and scientific experiments, will arrive at the ISS on Tuesday morning at 7:04 am ET. Two days later three new ISS crew members will launch to and dock with the ISS on Soyuz TMA-14M.
Meanwhile, here on terra firma, there are many interesting events on the schedule. John Logsdon will provide an update on his research for his upcoming book Richard Nixon and the American Space Program at 4:00 pm EDT on Monday at the National Air and Space Museum. The event is free, but you MUST register in advance in order to access the museum's office area. Later on Monday (8:00 pm EDT), the Secure World Foundation and The Space Show will host a webinar on Satellites and Disaster Management. The NASA Advisory Council's heliophysics subcommittee meets on Tuesday and Wednesday at NASA Headquarters, and Deputy Assistant Secretary of State Frank Rose will talk to the AIAA National Capital Section in Arlington, VA on Thursday.
Quite a full week, as many in the space community also get ready to head to Toronto for the annual International Astronautical Congress (IAC) next week. It officially runs from September 29-October 3, but there are a number of associated meetings in the days preceding the conference beginning on September 25.
For those not traveling to Toronto, there are two very interesting events in the Washington, DC area that week. On Monday, September 29, Senator Ben Cardin (D-MD) will talk to the Maryland Space Business Roundtable in Greenbelt, MD.
On Tuesday afternoon (September 30), the inaugural Yvonne C. Brill Lectureship in Aerospace Engineering will be presented at the National Academy of Sciences building in Washington (the one on the Mall, not on 5th Street). This first Brill Lectureship, created in honor of the distinguished aerospace engineer Yvonne Brill, was awarded to Adam Steltzner of the Jet Propulsion Laboratory. Steltzer led the entry, descent and landing team for the Mars Science Laboratory Curiosity rover. Steltzer's lecture will be on "Engineering and the Mars Entry Descent and Landing (EDL) System."
Here is the list of the events we know about as of Sunday afternoon, September 21, for the two-week period through October 3, 2014.
Sunday, September 21
Monday, September 22
Tuesday, September 23
Tuesday-Wednesday, September 23-24
Thursday, September 25
Thursday-Sunday, September 25-28
Monday-Friday, September 29-October 3
Monday, September 29
Tuesday, September 30
SpaceX will break ground for its new launch site near Brownsville, TX on Monday, September 22, 2014. It will cap quite a busy week-long period for the entrepreneurial space launch company that started with winning a CCtCAP award from NASA and, hopefully, launching a cargo mission to the International Space Station (ISS) this weekend.
On Tuesday, NASA awarded SpaceX one of two Commercial Crew Transportation Capability (CCtCAP) contracts (Boeing got the other). The $2.6 billion contract is for SpaceX to complete development of its Dragon V2 spacecraft for taking astronauts to and from the ISS, fly a demonstration mission, and up to six missions thereafter. NASA’s goal is to have SpaceX and/or Boeing commercial crew vehicles operational by 2017. Boeing received a $4.2 billion award.
Right now, SpaceX is waiting for the weather to cooperate at Cape Canaveral, FL for the launch of its fourth operational “commercial cargo” to the ISS, Commercial Resupply Services (CRS)-4. The SpaceX CRS-4 cargo mission was supposed to launch early this morning, but was postponed to early tomorrow morning (September 21, 1:52 am ET) because of bad weather. The forecast is only 40 percent favorable for launch tomorrow morning. If it is delayed again, the next opportunity is on September 23.
Both the commercial crew and commercial cargo programs are essentially public-private partnerships where NASA and the private sector each provide funding for development (instead of the government providing all of the funds), with the government serving as a market for the resulting services. SpaceX competes with Orbital Sciences Corporation for the commercial cargo launches. Its competition for commercial crew will be Boeing and perhaps other companies that are willing to proceed without government funds in the hope that the market for taking people to and from space is larger than just NASA.
Meanwhile on September 22, SpaceX will break ground near Boca Chica Beach, TX, close to Brownsville, for an orbital launch facility which it hopes will be completed by 2016. The FAA approved SpaceX’s application to conduct launches from the site in July. The license allows up to 12 commercial launch operations per year of the Falcon 9 and prospective SpaceX rockets including Falcon Heavy and “a variety of reusable suborbital vehicles.” The launch site is on 68.9 acres of land just three miles north of the U.S./Mexico border. Space launches from there can travel out over the Gulf of Mexico, avoiding overflight of land during the early stages of launch just like the other U.S. orbital sites in Virginia (Wallops Island), Florida (Cape Canaveral Air Force Station and NASA's adjacent Kennedy Space Center), California (Vandenberg Air Force Base) and Alaska (Kodiak). By having its own launch site, SpaceX will have more flexibility in launch dates by not having to coordinate with other users. SpaceX currently launches from Cape Canaveral and Vandenberg. It will continue to use those facilities when necessary and its commercial crew flights will launch from Pad 39A at KSC, which SpaceX is leasing from NASA.
Note: SpaceX CRS-4 was successfully launched at 1:52 am EDT, September 21, 2014.
UPDATE 2: September 21, 2014. SpaceX CRS-4 was successfully launched at 1:52 am EDT today.
UPDATE: September 20, 2014. The launch was scrubbed due to weather just after 1:30 pm EDT. It had deteriorated to only 10 percent favorable. The next opportunity is 1:52 am Sunday, September 21, when the weather is only 40 percent favorable for launch. If it does not go then, September 23 is the next chance.
ORIGINAL STORY, September 19, 2014: NASA and SpaceX are getting ready for the launch of the SpaceX CRS-4 cargo mission to the International Space Station (ISS) at 2:14 am Eastern Daylight Time Saturday morning, about 8 hours from now, but the forecast is for just a 50 percent chance of favorable weather. If the launch is postponed to Sunday, the weather chances improve to 70 percent.
This is SpaceX's fourth operational cargo mission to the ISS and the first to carry mammals -- 20 mice. The mice, jokingly referred to as "moustronauts," are in their own enclosure with a dedicated life support system.
The "Rodent Research-1" experiment is joint between NASA and the Center for the Advancement of Science in Space (CASIS), an organization established by NASA to facilitate non-NASA use of ISS. Ten of the mice are for NASA and 10 are for CASIS. The main objective of this flight is to validate the hardware for subsequent rodent flights. The mice will be transferred by the ISS crew to an ISS EXPRESS rack inside the ISS after SpaceX's Dragon spacecraft docks. According to a NASA fact sheet, the mice will be euthanized after about 30 days while still on the ISS, frozen, and returned to Earth for study on a subsequent SpaceX flight. Future rodent missions will be for increasingly longer durations to study the effects of spaceflight on mammals.
These are not the first rodents in space or the first on the ISS. NASA flew rats and mice on 27 space shuttle missions, but the advantage of the ISS is that the experiments can run for a longer period of time. Mice already have been on ISS as part of a 90-day Italian scientific experiment according to Ruth Globus from NASA's Ames Research Center who spoke at a NASA press conference yesterday. Russia also has launched a number of robotic biosatellite missions carrying rodents.
The mice are part of a total of 2.5 tons of supplies, experiments and technology demonstrations being delivered by Dragon. Among the rest of the cargo is NASA's RapidScat, the first of two earth science instruments due to be attached to the exterior of the ISS this year. It will monitor ocean surface wind speed and direction. The other, Cloud-Aerosol Transport System (CATS), is scheduled for the next SpaceX cargo flight.
Dragon is also delivering new batteries for the U.S. spacesuits aboard the ISS. Two U.S. spacewalks planned in August were postponed until the new batteries could be delivered. Another set of batteries will be delivered by the next ISS crew, scheduled for launch on September 25. The spacewalks are now scheduled for October.
If the SpaceX CRS-4 launch is delayed beyond Sunday, the next opportunity will be on September 23. After that, the mission will have to wait until after the September 25 ISS crew launch, probably until September 28.
NASA TV will provide live coverage of the SpaceX CRS-4 launch beginning at 1:00 am EDT.
The Senate just passed the FY2015 Continuing Resolution (CR), funding the government through December 11, 2014 and avoiding a government shutdown.
The House and Senate are still in session at this hour (September 18, 7:00 pm EDT), but are expected to adjourn later today and not return until after the November elections.
The vote on the CR, which also includes a limited authorization for President Obama to take military actions related to defeating the Islamic State of Iraq and Syria (ISIS), was 78-22. The bill passed the House yesterday and now goes to the President, who is expected to sign it.
The CR funds the government at its FY2014 level of $1.012 trillion. Government agencies including NASA, NOAA and DOD are funded at their FY2014 levels minus a 0.0544 percent across-the-board reduction to pay for new activities included in the bill that are primarily related to national security, veterans affairs, customs and immigration, and responding to the Ebola crisis. Two space-related provisions allow funding flexibility for weather satellite programs and extend the authorization for the Export-Import Bank until June 30, 2015.
NASA's Office of Inspector General (OIG) released a report today examining cost and technical challenges NASA faces in extending operations of the International Space Station (ISS) through 2024. Among its conclusions is that NASA's estimate that ISS operations will cost $3-4 billion a year is overly optimistic especially because the cost of commercial crew services purchased from U.S. companies are expected to be higher than what NASA currently pays Russia.
Before looking at future ISS costs, the OIG first calculated how much the ISS has cost the United States already (it did not include funds spent by the international partners). The figure of $100 billion has become an urban legend, but there has been no clarity on its provenance or accuracy. NASA officials often use $60 billion. One challenge in calculating ISS costs is how to account for space shuttle launches. NASA typically uses marginal costs, while the Government Accountability Office (GAO) uses average costs.
The OIG report uses GAO estimates for space shuttle launch costs, adjusted for inflation. In total, it calculated that the United States spent approximately $75 billion on the ISS through 2013: $43.7 billion for construction and program costs plus $30.7 billion for 37 shuttle launches.
Another difficulty in calculating sunk costs, however, is when to begin counting the dollars spent. The space station program began in FY1985 (President Ronald Reagan announced it in his January 1984 State of the Union Address). NASA spent $11.2 billion on the program, then called Freedom, before cost overruns and the desire to add Russia to the partnership led to a restructuring in 1993. Since then it has simply been called the International Space Station and some people consider that the starting point, though it is easy to argue that the first nine years should be included since the design of the Freedom and the design of the ISS are very similar. Even if the designs were not similar, the cost should be for the space station program in its entirety, not just the phase named ISS (otherwise anytime a program goes over budget, officials could simply change the name and start anew). The OIG report is not explicit about the starting point for its calculations, but in response to a question from SpacePolicyOnline.com, the report's project manager, Kevin Fagedes, confirmed that the report uses 1994 as the starting point.
Thus, it is more accurate to say that the space station cost the United States $75 billion from 1994 through 2013 and does not include the first nine years of spending (FY1985-FY1993). It also does not include the costs borne by the international partners.
The overall thrust of the OIG report is not the past, but the future, in any case. The OIG identified a number of issues and, as is customary, provided a draft of the report to NASA to allow the agency an opportunity to respond. NASA's comments are included in their entirety as an appendix and summarized in the text.
Future ISS Costs. The OIG disagreed with NASA's estimate that future operations will be in the $3-4 billion a year range. Calling the NASA estimate "overly optimistic," the OIG noted that NASA assumed the cost for transporting crews to and from the ISS using commercial crew systems would be the same as what Russia charges even though "the Program's independent government cost estimates project significantly higher costs" for commercial crew. NASA is using the Soyuz figure ($70.3 million per seat in FY2016) as "a planning tool and tracking the cost of commercial crew as a program risk...", the OIG reports.
It also cautions that the other ISS partners have not agreed to the extension to 2024 and if any do not participate, the remaining partners may have to pay more. The OIG recommended that NASA solicit commitments from the other partners to "improve ISS cost sharing." NASA concurred.
The OIG also is concerned about a projected shortfall in Cost Management Reserves between FY2015 and FY2018 of $663 million. The OIG notes that those are particularly critical years for reserves as NASA begins paying for new commercial cargo and commercial crew contracts.
Technical Challenges. Apart from cost issues, the OIG also concluded that technical challenges may be encountered, even though NASA has not identified any "major obstacles." The OIG focused especially on the potential need to augment the ISS's power generating capacity because of "continued degradation of the solar arrays." Those and other replacement parts will be difficult to transport to the ISS, it noted.
ISS Utilization. ISS utilization in another area of concern. Using ISS for research for four additional years still will not be enough to address all the risks involved in long-term human spaceflight, one of the major research goals for the program, the OIG said. It wants NASA to prioritize its research to focus on human health risks for long duration exploration. NASA agreed, but has not yet completed that prioritization so the OIG considers it an open issue.
Furthermore, the Center for Advancing Science in Space (CASIS), an entity created by NASA to facilitate use of ISS by non-NASA researchers, faces challenges in attracting customers. NASA provides $15 million a year to CASIS, but apart from that it has raised "just $14,550 in cash and received pledges of $8.2 million to supplement" the NASA funding.
NASA requirements that researchers assign certain patent rights and data rights to the Government is one obstacle, the report says, and NASA has sent a request to Congress to change the law so researchers may retain all rights, but the language has not made its way into legislation yet. NASA concurred with the OIG recommendation that a legislative remedy be pursued.
Boeing Award Fees. Finally, the OIG found that NASA has not been accurately performing evaluations for award fees to Boeing for sustaining engineering. NASA is supposed to use weighted scoring with grades in four categories, but has only been doing so in two. The OIG concluded that NASA has "paid Boeing between $6.7 and $13.2 million in award fees we could not validate..."
NASA disagreed with this finding, the report says, arguing that it is not required to do that and instead uses a qualitative assessment. The OIG report goes on to note that this is not the first time it has questioned NASA's award-fee practices: "In our view, NASA's policy promotes a philosophy that as long as a mission ultimately provides good science data the Agency will overlook cost and schedule overages that occur during project performance."
Note: This article, originally published on September 18, 2014, was updated on September 19, 2014 with the response from the OIG office about how it calculated the costs of the space station program.
The United Launch Alliance (ULA) and Blue Origin announced a partnership today to produce Blue Origin’s BE-4 rocket engine for use in future ULA rockets.
ULA currently launches the Delta IV and Atlas V rockets. The Atlas V uses Russian RD-180 rocket engines and recent geopolitical tensions with Russia have galvanized interest in building an American-made alternative.
At a press conference today, ULA President Tory Bruno said BE-4 (Blue Engine 4) is not a "one-to-one replacement" for the RD-180 because two BE-4 engines are needed instead of one RD-180, but the BE-4 offers an opportunity to "jump into the 21st century to get more performance at lower cost." Bruno said the first flight of a ULA rocket with a BE-4 engine would take place in four years, followed by an "appropriate" certification period, after which use of ULA rockets with BE-4s would be "feathered in" with existing ULA rockets over time.
Therefore this announcement has no impact on the block-buy of 36 engine cores for ULA's existing rockets (called Evolved Expendable Launch Vehicles or EELVs) by the Air Force announced last year that is the subject of a lawsuit by SpaceX.
Blue Origin, created and owned by Amazon.com's Jeff Bezos, has been working on the BE-4 for three years. A less powerful version, BE-3, has completed development and is about to enter flight testing, Bezos said. The BE-3 is for Blue Origin's New Shepard suborbital rocket to take people to the edge of space. The company's overall goal is "reliable, cost-effective human access to space."
Bruno said that ULA’s choice of Blue Origin resulted from a set of contracts it established in June with multiple U.S. companies to develop technical concepts and perform business case analyses for alternative engines. Blue Origin won, he said, because it is so far ahead of other companies, having spent three years already on BE-4, and because its “innovative technology” will allow ULA to modernize and reduce recurring costs. He declined to provide specifics on the degree of cost reduction, saying only that it would be "substantial."
The BE-4 is a first stage engine and is designed to be reusable. It uses liquid oxygen (LOX) and Liquified Natural Gas (LNG), a form of methane, as fuel. It has 550,000 pounds of thrust. Bezos said the company already had 10,000 seconds of test time, with hundreds of starts and relatively few failures, on the smaller BE-3. Testing of the BE-4 is expected to begin in 2016.
At the press conference, Bruno and Bezos beamed about the new partnership, although they were not willing to disclose the financial aspects of their relationship. Bezos exclaimed that one positive feature of the BE-4 is that it is “fully funded,” but when asked about the details of the financial arrangements, he said only that no equity investments are involved and ULA is contributing a “significant” amount to engine development “but we are not disclosing how much.” For its part, Blue Origin is “committed to finishing the engine,” he said.
Bruno emphasized that ULA will continue to use the same upper stages as it does now with Delta IV and Atlas V, and has no plans to change the Delta IV RS-68 engine. As for future vehicles, however, he said trade studies were still underway as to whether BE-4 would be the only engine or just one of several. Bezos responded that Blue Origin's goal is "to make the engine so operable, so low cost, so reliable that ULA would be crazy to use anything else."
They emphasized that today's announcement is not related to yesterday's announcement of the winners of NASA's Commercial Crew Transportation Capability (CCtCAP) contracts. One of the two CCtCAP awardees, Boeing, plans to use ULA's Atlas V as the launch vehicle for its CST-100 crew spacecraft, and Blue Origin is one of Boeing's CCtCAP partners. "Of course we're a part of Boeing's team," Bezos said, "and we stand ready to help them in any way they want us to." He said earlier, however, that Blue Origin is still committed to building its own capability to send humans into space by the end of this decade.
Senate Majority Leader Harry Reid (D-NV) plans to bring up the FY2015 Continuing Resolution (CR) for a vote tomorrow (Thursday, September 18). The House passed the CR today. The Senate could consider other legislation, including a NASA authorization bill, as it strives to adjourn by the end of the week until after the November elections.
The Hill newspaper reports that Senate debate on the CR will commence at 1:00 pm ET. The CR funds the government through December 11, 2014 at the same level as FY2014, although it includes an across-the-board 0.0544 percent cut to fund new activities mostly related to national security, veterans affairs, customs and immigration, and responding to the Ebola crisis. The House included an authorization for President Obama to engage in certain military activities related to Syria and the Islamic State of Syria and Iraq (ISIS), but that authorization also will expire on December 11. A more intense debate on that topic is anticipated in the lame-duck session after the elections.
The Senate may also consider a new NASA authorization bill before it leaves town. The House passed its version in June and sent it to the Senate, where there has been no action since then. The Senate Commerce, Science and Transportation Committee approved a bill last year on a party-line vote and Senate sources have been saying for some time that a revised version is in the works. The committee held a markup session today, but a revised NASA authorization bill was not considered. Nonetheless, a revised version could be brought up on the Senate floor as an amendment to the House version. Whether that happens or not depends on many factors and even if the Senate did pass a bill, it would have to go back to the House, which is also expected to adjourn by the end of the week. Final resolution, therefore, will not come in the near term.
The House approved a FY2015 Continuing Resolution (CR) this afternoon (September 17) that will fund the government through December 11, 2014. An amendment allowing President Obama limited authority to spend funds on military actions in Syria was adopted. The next step is the Senate.
The House was poised to pass a CR last week, but a White House request to add the Syria authorization complicated that plan. The authority adopted by the House today is limited and it is expected that a more intense debate on U.S. actions in fighting the Islamic State of Syria and Iraq (ISIS) may come in the lame-duck session after the elections.
As far as funding the government is concerned, however, the House action is good news. The bill passed by a vote of 319-108. None of the FY2015 regular appropriations bills has cleared Congress yet, so if Congress does not pass a CR by midnight September 30, there will be another government shutdown like last year. The Senate is also hoping to complete its legislative work this week so hopefully it will deal with the CR swiftly (but should not be taken for granted).
The CR funds the government at its FY2014 level of $1.012 trillion. Government agencies, including NASA, NOAA and DOD, would be funded at their FY2014 levels minus a 0.0554 percent across-the-board cut to pay for new activities in the bill that are mostly related to national security, veterans affairs, customs and immigration, and responding to the Ebola crisis. Two space-related provisions would allow funding flexibility for weather satellite programs, and an extension of the authorization for the Export-Import Bank through June 30, 2015.
Events of Interest