A Falcon 9 v1.1 rocket lifts off from Cape Canaveral, Florida, on August 5, carrying the AsiaSat 8 satellite. Another Falcon 9 launch of an AsiaSat satellite, planned for after midnight on Wednesday, has been postponed by one to two weeks. (credit: SpaceX)
SpaceX has postponed a Falcon 9 launch of an AsiaSat communications satellite that was scheduled for just after midnight Wednesday in order to “review all potential failure modes and contingencies again” but adding there is no specific issue with the rocket nor a link to last Friday’s loss of an experimental vehicle in a test flight.
In a statement issued around 10 pm Eastern time Tuesday evening by SpaceX, company CEO Elon Musk said the launch of AsiaSat 6 would be delayed by one to two weeks in order to “triple-check” potential issues that could cause problems. “We are not aware of any issue with Falcon 9, nor the interfaces with the spacecraft, but have decided to review all potential failure modes and contingencies again,” Musk said in the statement.
The statement came more than six hours after SpaceX postponed the launch, offering no reasons for the postponement. A statement issued Tuesday evening by AsiaSat said that the launch “has been postponed until further notice to allow more time for SpaceX to examine and verify data,” but provided no additional details. The Falcon 9 rocket had already been placed on the pad when the launch postponement was announced Tuesday afternoon.
Musk said in Tuesday night’s statement that the postponement was not linked directly to Friday’s loss of the F9R-Dev experimental vehicle in a flight at the company’s test site near McGregor, Texas. “After a thorough review, we are confident that there is no direct link,” Musk said. “Had the same blocked sensor port problem occurred with an operational Falcon 9, it would have been outvoted by several other sensors. That voting system was not present on the test vehicle.” The reference to a “blocked sensor port” is the first detail the company has provided regarding the loss of the F9R-Dev vehicle Friday.
“What we do want to triple-check is whether even highly improbable corner case scenarios have the optimal fault detection and recovery logic,” Musk said, adding that “the most likely outcome is no change.”
A delay of one to two weeks would have ripple effects not only on SpaceX’s launch schedule, but for other organizations, including NASA. SpaceX’s next launch after AsiaSat 6 is a commercial cargo mission for NASA tentatively scheduled for September 19 before today’s postponement. A delay in that launch could also delay the next Orbital cargo mission, slated for launch in mid-October from the Mid-Atlantic Regional Spaceport in Virginia.
SpaceX, which at the beginning of the year had plans to launch ten Falcon 9 rockets in 2014, has so far launched only four. At the AIAA Space 2014 conference in San Diego earlier this month, immediately after the Falcon 9 launch of AsiaSat 8, SpaceX’s Lauren Dreyer said the company had plans to do five more launches this year. That is still possible, although SpaceX will have to maintain a tempo of one launch every three to four weeks for the remainder of the year to meet that goal.
A frame from a video aired by a local TV station showing the destruction of SpaceX’s F9R test vehicle after it suffered an in-flight anomaly on August 22, 2014. (credit: KWTX-TV)
An experimental version of a Falcon 9 first stage used to test technologies for future reusable versions of that launch vehicle was destroyed during a flight Friday at SpaceX’s Texas test site, the company confirmed Friday evening.
The vehicle, known as F9R-Dev, was performing the latest in a series of test flights at the McGregor, Texas, site when the vehicle suffered an unexplained “anomaly,” according to a SpaceX statement issued Friday evening. Video of the flight published by local news media showed the stage perhaps tipping too far during a maneuver to translate, or fly sideways, during the test.
“During the flight, an anomaly was detected in the vehicle and the flight termination system automatically terminated the mission,” SpaceX said in its statement. Video showed the vehicle exploding, with debris raining down.
“Throughout the test and subsequent flight termination, the vehicle remained in the designated flight area,” SpaceX stated. “There were no injuries or near injuries.”
F9R-Dev was a successor to Grasshopper, the company’s first vertical takeoff and landing testbed. While both vehicles were based on a Falcon 9 first stage, Grasshopper used a single engine and fixed, large landing legs, while F9R had three engines and retractable landing gear. F9R-Dev made its first flight from McGregor in April, and flew most recently in June, according to videos released by the company.
The loss of the vehicle is a setback to SpaceX’s efforts to develop a reusable version of the Falcon 9, an effort which had garnered some successes. Besides the earlier F9R tests in Texas, SpaceX had attempted to “land” Falcon 9 first stages in the ocean on some its launches. The most recent attempt, in last month’s ORBCOMM satellite launch, resulted in the stage successfully touching down on the ocean surface before tipping over.
“With research and development projects, detecting vehicle anomalies during the testing is the purpose of the program,” SpaceX said in its statement. “Today’s test was particularly complex, pushing the limits of the vehicle further than any previous test. As is our practice, the company will be reviewing the flight record details to learn more about the performance of the vehicle prior to our next test.”
Company officials had previously indicated surprise that there had not been a similar failure during tests of the earlier Grasshopper test vehicle. “In some ways we’ve kind of failed on the Grasshopper program because we haven’t pushed it to its limit,” SpaceX president Gwynne Shotwell said at last October’s International Symposium for Personal and Commercial Spaceflight (ISPCS) in Las Cruces, New Mexico. “We haven’t broken it.”
It’s not clear what affect, if any, this failure will have on the next Falcon 9 launch, scheduled for next week from Cape Canaveral. A static test of the rocket’s first stage took place as planned Friday evening and apparently was a success, according to one unofficial report. This upcoming launch, which, like the previous Falcon 9 launch earlier this month, is for AsiaSat, will not perform any reusability tests in order to maximize the payload the rocket can place into orbit.
Boeing’s CST-100 commercial crew spacecraft approaches the International Space Station in this illustration. (credit: Boeing)
Today was rumored to be one of the days that NASA would announce the winner or winners of contracts for the next phase of the agency’s commercial crew program, called Commercial Crew Transportation Capability (CCtCap). Barring an unlikely last-second announcement, that won’t happen, but NASA did have some things to say yesterday about commercial crew.
In a press release Thursday, NASA highlighted a “summer of advancements” with the three companies that have Commercial Crew Integrated Capability (CCiCap) awards from NASA, as well as Blue Orion, which is working on an unfunded extension of its earlier Commercial Crew Development 2 (CCDev-2) award. “We have a set of detailed criteria drawn up so we can adequately evaluate what they are doing and they can tell us where adjustments fit in with their system’s overall success,” NASA commercial crew program manager Kathy Lueders said in the statement. “It’s exactly what we had in mind when we kicked off this effort four years ago.”
Perhaps the biggest development was word that Boeing had completed its final two CCiCap milestones, including an integrated critical design review (CDR) of its CST-100 spacecraft, which Boeing heralded with its own release. “The challenge of a CDR is to ensure all the pieces and sub-systems are working together,” John Mulholland, manager of commercial crew efforts at Boeing, said in the release. “Now we look forward to bringing the CST-100 to life.”
The other two CCiCap awardees, Sierra Nevada Corporation (SNC) and SpaceX, still have some milestones on their agreements that may not be completed until early next year. SNC recently completed a review of its Dream Chaser engineering test article with NASA officials in advance of its second free flight, planned for later this year. SpaceX, meanwhile, is working through some reviews before it performs two abort tests of its Dragon V2 spacecraft. Earlier this month, SpaceX’s Garrett Reisman said those tests, one from ground level and the other in flight on a Falcon 9, are planned for November and January, respectively.
All three companies, meanwhile, are anxiously awaiting when NASA will award CCtCap contracts. Thursday’s NASA release offered no new guidance: “In August or September, NASA plans to award one or more contracts that will provide the agency with commercial services to transport astronauts to and from the International Space Station by the end of 2017.”
An illustration of Northrop Grumman’s XS-1 concept. (credit: Northrop Grumman)
More than a month after DARPA formally announced the winners of Phase 1 contracts for its Experimental Spaceplane 1 (XS-1) program, the last of the three companies that received those contracts unveiled the design of the concept.
In a press release Tuesday, Northrop Grumman showed off an illustration of its XS-1 design. The vehicle looks somewhat similar to Boeing’s XS-1 design, which the company released at the time the contract awards were announced last month. The release offers few other technical details, beyond that it will be launched vertically (based on statements in the release about plans for a “clean pad launch using a transporter erector launcher”) with a runway landing.
Northrop Grumman’s team includes its wholly-owned subsidiary, Scaled Composites, and Virgin Galactic, which has been working with Scaled on the development of SpaceShipTwo. Scaled will lead the fabrication and assembly of XS-1, while Virgin would be responsible for “commercial spaceplane operations and transition,” according to the release.
Besides Northrop Grumman and Boeing, Masten Space Systems also received a Phase 1 XS-1 award last month. All three contracts run for 13 months and cover early design work on each company’s concepts. The goal of the XS-1 program is to develop a vehicle that can serve as a reusable first stage for a medium-class launch system, as well as a hypersonic research testbed. The XS-1 vehicle would be designed to fly ten times in ten days, with at least one flight traveling at speeds up to Mach 10.
It turns out that Tuesday’s release was not the first time that this illustration of Northrop Grumman’s XS-1 design had been shown publicly. At the end of a presentation at the NewSpace 2014 conference July 26 offering an overview of cheap access to space efforts, Jeff Lane of Northrop Grumman showed this illustration as a closing slide, without discussing what it represented (the company’s XS-1 concept). “So the need is there. I think the technology is ready. So let’s go do it,” he said as the illustration appeared on the screen, referring to the concept of cheap access to space in general. You can see that in the video of the conference session below, starting at the 15:00 mark:
Uwingu, the company that has previously given people the opportunity to name extrasolar planets and Martian craters, is now starting a new project. The company announced yesterday its “Beam Me To Mars” campaign, where people can pay to have a message transmitted from Earth to Mars on November 28, the 50th anniversary of the launch of Mariner 4, NASA’s first Mars mission.
Uwingu offers several tiers of participation, from $5 for sending a name to $100 for a name, message, and image. Universal Space Networks will transmit the messages from its ground stations on November 28 in the direction of Mars. Uwingu says that half of the fees will go to the cost of the transmission, with the other half going towards the Uwingu Fund, which the company established to support science and education activities.
No one, of course, will be able to receive the messages on Mars, but Uwingu is making the archive of messages available on its website. As of Wednesday morning, about 24 hours after Uwingu started the project, there were nearly 40 messages on display, including from some famous personalities: George Takei (Star Trek’s Sulu) and his husband, actors Seth Green and Clare Grant, and commercial spaceflight participant Richard Garriott.
Beam Me To Mars is Uwingu’s latest foray into projects that raise money from the public. Uwingu started by soliciting names of exoplanets, which raised the hackles of the International Astronomical Union (IAU). Earlier this year, it started accepting names of Martian craters not previously named by the IAU, an effort that included a partnership with Mars One. That, too, has been opposed by the IAU. Transmitting a message to Mars would appear to be out of their jurisdiction, though.
Update 8/20 7am: SpaceX late yesterday denied the TechCrunch report that it’s raising $200 million at a valuation of up to $10 billion. “SpaceX is not currently raising any funding, nor has any external valuation of that magnitude or higher been done,” SpaceX spokesperson John Taylor told Re/code, offering a similar denial to Bloomberg News.
Original Story: Commercial space transportation company SpaceX is raising another round of outside funding that could value the company at nearly $10 billion, according to a technology trade publication. TechCrunch reported Tuesday morning that the company is raising outside investment that would value the entire company at “somewhere south of $10 billion,” according to the report.
Exactly how much money SpaceX is raising isn’t clear, but the TechCrunch report claimed it to be “somewhere in the region” of $200 million. Some previous investors, like Draper Fisher Jurvetson, are involved, as well as unnamed “international financiers.” If correct, the $200 million figure would be by far the largest outside investment in SpaceX. Besides founder Elon Musk, who put $100 million of his own money to start the company, SpaceX has raised several smaller rounds, including $50 million in 2010. According to TechCrunch’s own database, the last outside private investment in the company was in late 2012, of $30 million.
The private investments, though, pale compared to what SpaceX has received from the government. SpaceX received $396 million from NASA for its Commercial Orbital Transportation Services (COTS) agreement to develop the Falcon 9/Dragon system to transport cargo to and from the ISS. SpaceX has also won Commercial Crew Development round 2 (CCDev-2) and Commercial Crew Integrated Capability awards from NASA, valued at $75 million and $440 million, respectively to support development of a crewed version of Dragon. SpaceX also won a Commercial Resupply Services (CRS) contract to deliver cargo to and from the ISS, valued at $1.6 billion over the life of the contract, which covers
eight 12 flights.
What SpaceX would do with that $200 million isn’t known. One possibility is that it would use the funds to support “secondary sales” of the stock, allowing existing investors or employees with equity in the company to cash out, which could be useful to some given that SpaceX’s founder and CEO, Elon Musk, has stated there are no plans for an initial public offering (IPO) of company stock in the foreseeable future.
SpaceShipTwo fires its hybrid rocket engine during its third powered test flight on January 10, 2014. The next powered test flight, using a new hybrid rocket motor, may take place within weeks. (credit: Virgin Galactic)
It’s been more than seven months since SpaceShipTwo last flew under rocket power, a hiatus linked in large part to a decision by Virgin Galactic in May to change the fuel used in the vehicle’s hybrid rocket motor. In late July, SpaceShipTwo made its first free flight since January, a glide flight.
Now, Sir Richard Branson hints that SpaceShipTwo will soon resume powered test flights. In a wide-ranging interview with Maria Bartiromo published by USA Today on Sunday, Branson says that Virgin Galactic is still on track to make its first commercial flight before the end of the year, just four and a half months away.
“We’ve got three more rocket tests and then we should be up, up and away by the end of the year,” he said, when asked by Bartiromo about the company’s schedule. “The space port’s [sic] ready. We are now in the last few weeks before finally embarking on the space program.” He also said that the “rockets” have been successfully tested, presumably a reference to static test fires of the new hybrid rocket motor on the ground.
“I’ll be bitterly disappointed if I’m not into space by the end of the year,” he adds. There are, of course, many skeptics who believe that Branson still stands to be “bitterly disappointed” come December 31.
A 2012 photo of the hangar at Midland International Airport being renovated for XCOR. That renovation, first announced in July 2012, officially gets underway today. (credit: XCOR Aerospace)
XCOR Aerospace moved a step closer to moving its headquarters from Mojave, California, to Midland, Texas, on Friday with a ceremony marking the beginning of renovations of a hangar that the company will call home. The company, along with airport and other local officials, held a “ceremonial wall breaking” at the hangar at Midland International Airport to mark the beginning of renovations being done by the airport to host the company.
“Midland stands at the heart of the American frontier,” XCOR CEO Jeff Greason said in a statement announcing the beginning of the hangar renovations, “It is a symbol of the American West. As the first tenant in the commercial space industry to plant our home here we are honored to expand those opportunities not westward, but upward.”
Local officials are funding the renovation of the hangar as part of incentives it provided to XCOR two years ago to entice them to move to Midland. Once the hangar is ready and the airport has a spaceport license from the FAA’s Office of Commercial Space Transportation, XCOR will move its operations there. “We look forward to the transformation of Midland International Airport into the ‘Midland International Air and Spaceport,’” said John B. Love, a member of the Midland city council and chairman of the city’s Spaceport Development Board, in the statement.
Getting the spaceport license is likely the next major milestone. Local officials are expecting the FAA to make a decision on its application by next month. One concern that arose during the licensing process was the effect that flights of XCOR’s Lynx would have on the “lesser prairie chicken”, a threatened species. Local media reported earlier this month that the government would monitor early Lynx flights to see if they caused any harm, a decision that appears to allow the spaceport license to go forward.
Renovations of the hangar at the Midland airport will start “immediately” after today’s ceremony, local officials said in the statement, with a goal of completing them by early next summer. XCOR would presumably then be able to start moving in.
As for XCOR’s work on Lynx, company president Andrew Nelson said in the statement that the flight test program will start this winter. “As XCOR commences the Lynx flight test program this winter, the hangar construction signals the end of the beginning for our team. The next step is to get Lynx flying,” he said.
Like XCOR’s development of Lynx, getting Midland ready for the company has taken a little longer than expected. When the deal was announced in July 2012, XCOR said that the renovation of the hangar would start in early 2013 and be done by late autumn of that year.
Elon Musk stands in front of the Dragon V2 spacecraft unveiled at SpaceX on May 29. SpaceX is one of three leading contenders for the next phase of NASA’s Commercial Crew program. (credit: J. Foust)
The long-awaited decision on which company or companies will win contracts from NASA for the next phase of the agency’s commercial crew program can be expected by the end of this month, according to one report last night.
Charles Lurio, the well-connected publisher of The Lurio Report newsletter about the commercial space industry, tweeted Thursday night that he expected NASA to announce the awardees of the Commercial Crew Transportation Capability (CCtCap) contracts either next Friday, August 22, or the following Friday, August 29:
The suggested dates raised some eyebrows: why announce on a Friday (particularly the latter date, which would be the Friday before the three-day Labor Day weekend?) However, such a decision would not be unprecedented: when NASA announced the Commercial Crew Integrated Capability (CCiCap) awards in August 2012, they also did so on a Friday—the Friday before NASA’s Curiosity Mars rover landed on the Red Planet!
Three companies—Boeing, Sierra Nevada Corp., and SpaceX—are the leading contenders for the CCtCap contracts. Lurio also said he expected NASA to make two “full” awards, rather than one full-sized award and a “half-sized” award that would be enough to allow that company to continue development, albeit as a slower pace:
NASA officials have not indicated a specific date for the CCtCap contract announcement, beyond that it would be in the “August-September” timeframe. “Our progress on commercial crew source selection deliberations has been evidently better than we anticipated,” NASA administrator Charles Bolden said in a presentation to the NASA Advisory Council July 30. He said that those awards would come “much sooner than later this year,” but was not more specific.
Enhanced frame from a video released by SpaceX on August 14 showing the first stage of a Falcon 9 launched in mid-July just before touching the ocean surface, the most recent test by SpaceX to make the first stage of the Falcon 9 reusable. (credit: SpaceX)
SpaceX released late Thursday a new video of the “landing” attempt of the Falcon 9 first stage after last month’s ORBCOMM launch. The video, taken from a chase plane, shows the first stage descending as it goes through “supersonic transition,” according to the video, then cuts to the relight of the first stage engines just above the ocean surface. Unfortunately, the stage slips from view just as the stage touches down on the ocean. “Plane camera with extra long lens loses sight of rocket just before splashdown,” the video explains.
While the video was posted to YouTube on Thursday, it’s not the first time the video has been shown in public. In his keynote address at the AIAA/USU Conference on Small Satellites on August 4 at Utah State University in Logan, Utah, Steve Jurvetson of venture capital firm Draper Fisher Jurvetson—an investor in SpaceX—showed the same footage. “This has never been seen outside of SpaceX,” he told an audience of more than 1,000 before showing the video. “They said they’re going to do better tracking next time,” he said of SpaceX as the first stage slipped from view as it touched down. “They’re going to nail it.”