Mangalyaan sends its first Mars pictures

Mangalyaan's first image of Mars

Indian engineers have posted Mangalyaan’s first image on the spacecraft’s Facebook and Twitter accounts, as well as presented the photo to their nation’s leader.

My first reaction when I looked at the image above was an immediate flashback to 1969, when the American probes Mariner 6 and Mariner 7 flew past Mars, taking images of its cratered southern hemisphere and thus making scientists think for several years that Mars was not much different than the Moon. The Indian image is of about the same quality, and shows lots of moon-like craters.

Image if this was the first close-up image of Mars anyone had ever seen. It would be very easy to assume that Mars is pockmarked with craters everywhere, just like the Moon.

Europe struggles to contain costs on its next generation rocket

New budget estimates for replacing Arianespace’s Ariane 5 rocket now say that they will have to include the construction of an entirely new launchpad, raising costs.

Nonetheless, Europe is trying to keep its per launch cost down and competitive.

ESA and the Airbus-Safran joint venture that proposes to manage Ariane development also floated per-launch costs that were lower than previous estimates. The lighter-version Ariane 62, with two solid-rocket boosters, could be built for as little as 65 million euros assuming a nine-per-year launch rhythm, officials said. The heavier Ariane 64, intended mainly for the commercial market and capable of carrying two satellites weighing a combined 11,000 kilograms into geostationary transfer orbit, could be built for 85 million euros each, again assuming a nine-per-year production rate.

These numbers are tiny compared to what they have charged in the past, and though higher than SpaceX’s, are within a price range that will keep them in business, assuming they can achieve them.

Why India’s Mars probe was so cheap

Alan Boyle has some interesting thoughts on why it cost India so little, less than the budget of the movie Gravity, to build and send its probe Mangalyaan to Mars.

The $74 million Mars Orbiter Mission, also known by the acronym MOM or the Hindi word Mangalyaan (“Mars-Craft”), didn’t just cost less than the $100 million Hollywood blockbuster starring Sandra Bullock. The price tag is a mere one-ninth of the cost of NASA’s $671 million Maven mission, which also put its spacecraft into Mars orbit this week. The differential definitely hints at a new paradigm for space exploration — one that’s taking hold not only in Bangalore, but around the world. At the same time, it hints at the dramatically different objectives for MOM and Maven, and the dramatically different environments in which those missions took shape.

Read it all. It gives us a hint at the future of space exploration.

Russia announces plans to fund its share of ISS through 2025

In a somewhat unexpected development today, Russian Deputy Prime Minister Dmitry Rogozin revealed today that Russia intends to spend $8.2 billion (321 billion rubles) on research and development at the International Space Station through 2025.

“The 2016-2025 draft of the target federal program provides for allocating 321 billion rubles for the ISS development and operation, including the creation of new modules for unmanned spacecraft,” Rogozin said during a visit to a cosmonaut training center. “Russia channels considerable funds into development of this area of Russian space science. We are now thinking of research projects designed to explore outer space, as well as new projects in manned cosmonautics,” Rogozin said.

Up until now the Russians have been unclear about what they intend to do at ISS. NASA had asked them to extend the partnership to 2024. Their initial response was almost hostile, with Rogozin even threatening to stop flying American astronauts to ISS on Russian Soyuz rockets/capsules. Now it appears that they have decided to up their participation with new modules and agree to the extension.

Moreover, Rogozin’s statement suggests they are going to take a more independent position when it comes to human research in space. Up until now, they have allowed NASA a veto on flying any long manned missions on ISS, which is why no yearlong expeditions prior to next year’s have taken place. NASA kept saying no. This report suggests that once we have our own methods for getting astronauts to ISS they are going to go their own way and begin flying their own long term missions to ISS. We will fly our astronauts there on our schedule, and they will fly their astronauts there on their schedule.

Should make for some interesting news stories, eh? Will Russian and American astronauts even be allowed in each other’s modules? I am reminded of stories of messy divorces where the couples still had to live in the same house.

Success for India’s Mars Orbiter Mission

The competition heats up: On Wednesday morning India’s Mars orbiter Mangalyaan successfully fired its engines and attained Mars orbit.

More here.

There are probably three dozen stories in the India press today extolling this success. And there should be. As described in detail in the second link above, India did this mission smart, simple, and fast, showing everyone else that a science mission doesn’t have to take a decade and a billion dollars to be get built.

I expect that this success will quickly lead to the Indian manned flight tests their space agency ISRO has been advocating for the past few years.

The Great Space Race

Yesterday the private commercial launch company SpaceX broke ground on its own private spaceport near Brownsville, Texas.

“This feels great. It feels like the future,” [SpaceX founder Elon] Musk said at the ground-breaking. … He intends to have the first launch in late 2016, with an initial 12 launches a year. Ultimately, “thousands of launches,” he projected. Furthermore, “when we start doing commercial crew activities, I would expect us to launch a crew from here,” he said.

The significance of this construction is not trivial. This will be the first spaceport built by a private company that will be used to launch its privately-built commercial rockets, and will do it for profit. Other spaceports have been established in the last decade for the purpose of private space tourism, but none have seen anything fly, and all those spaceports were some form of quasi-government operation.

SpaceX’s Brownsville spaceport, rumored to be dubbed Mars Crossing, is not a government-run operation, however. It will be wholly owned and operated by the company, and is being built to allow them to launch commercial satellites unconstrained by the rules that make launches from the government controlled spaceports at the Kennedy Space Center as well as Vandenberg Air Force Base in California difficult and complicated.

This ground-breaking also comes on the heels of last week’s announcement that SpaceX and Boeing have been chosen by NASA to build spacecraft to ferry human astronauts to and from the International Space Station.

It also comes at the same time the Russian government has reorganized its entire aerospace industry to place it under government control, committed billions for the accelerated construction of a new spaceport on Russian territory, and launched the first test flight of its own new rocket, Angara, designed to compete for commercial market share while also reenergizing the entire Russian space effort.

Nor is that all.
» Read more

India inks space deal with China

The competition heats up: India has signed a cooperative agreement with China to work together on several space projects.

Asked about the areas of focus, [Isro chairman K Radhakrishnan] said: “Right now, broadly speaking, it will be natural disasters and remote sensing, which are natural choices. But by March-April 2015, the joint working team would have prepared a roadmap, chalking out various options and opportunities for concentrated efforts in space exploration.”

This article is among a lot of articles from India this week about space and the upcoming orbital insertion of their Mars Orbiter Mangalyaan. As I’ve said repeatedly, this emerging prosperous and capitalist nation is space happy!

Also, when you click on the link make sure you scroll down to read the secondary sidebar piece at the bottom titled “After Mars, Kathakali beckons Isro chief.” There they describe the other culture interests of the head of India’s space agency, and how he plans to spend his time after he steps down in December. It will give you a flavor of India’s culture and how it differs from ours, even as it strives to emulate us.

Falcon 9 launch puts Dragon in orbit

The competition heats up: SpaceX’s Falcon 9 rocket has successfully put its fifth Dragon cargo freighter into orbit, with a docking at ISS scheduled for Tuesday.

Spaceflight Now’s status update above also noted that this is the 13th launch of a Falcon 9 rocket since 2010. All these flights have successfully put their primary payloads into orbit as promised, an amazing track record for a new rocket built by a new company only in existence for less than a decade.

Extending ISS to 2024

An inspector general report released today has outlined some issues that NASA needs to address in order to keep ISS operational through 2024.

In this audit, the Office of Inspector General (OIG) found that while NASA has identified no major obstacles to extending ISS operations to 2024, it must address several areas of risk to ensure continued safe operations. Specifically, the ISS faces a risk of insufficient power generation due in part to faster-than-expected degradation of its solar arrays. Second, although most replacement parts have proven more reliable than expected, sudden failures of key hardware have occurred requiring unplanned space walks for repair or replacement. Third, with the retirement of the Space Shuttle fleet NASA has a limited capacity to transport several large replacement parts to the Station should they be needed. While the ISS Program is actively working to mitigate these risks, anticipating the correct amount of replacement parts and transporting them to the ISS present major challenges to extending Station operations 10 or more years beyond its original expected service life.

The report also noted concerns about the budget and the lack of commitment from NASA’s international partners.

Blue Origin to build rocket engine for Atlas 5

The competition heats up: Jeff Bezos’s company Blue Origin has signed a contract with the United Launch Alliance to build a rocket engine for the Atlas 5 rocket so that it will no longer have to depend on Russian engines.

Neither executive [of either company] would discuss a dollar figure, although it’s likely somewhat less than $1 billion. Bruno said a typical liquid-fueled rocket engine takes seven years and $1 billion to develop, but Blue Origin is already several years along on the BE-4. Bruno said the engine could be ready within four years to serve as the main engine on the company’s Atlas V rockets.

This is excellent news, because it shows that ULA is being pro-active in solving this problem, rather then waiting for Congress to act.

Another contest where you can win a ticket to space

Spaceship Earth Grants (SEG) has launched a contest where it will give away one space flight ticket to fly on any available launch service for every 50,000 applications it receives.

The winner (or winners) will receive a trip aboard a spaceflight provider flight available at the time of the award announcement. In other words, should the likes of space tourism companies like Virgin Galactic or Space Adventures be capable of offering trips into space at the time, then the winning candidate would be booked aboard one of their flights. Subject, of course, to availability and the various restrictions one or all of these companies may impose, along with the rider that no promise is made to be able to fly on a particular carrier.

Be warned however, the application is not free. SEG will charge you from $15 to $90, the amount “dependent upon the relative wealth of the nation in which you live.”

NASA has chosen Boeing and SpaceX to build manned spacecraft to ferry crews to ISS

The competition heats up: NASA has made a decision and has chosen two companies to ferry astronauts to and from ISS, and those companies are Boeing and SpaceX.

I am watching the press conference on NASA television. Some quick details from NASA here.

This is a reasonable political and economic decision. It confirms that SpaceX is ready to go and gives the company the opportunity to finish the job, while also giving Boeing the chance to show that it can compete while also giving that pork to congressional districts.

Some details: After NASA has certified that each company has successfully built its spacecraft they will have then fly anywhere from four to six missions. The certification process will be step-by-step, similar to the methods used in the cargo contracts, and will involve five milestones. They will be paid incrementally as they meet these milestones.

One milestone will be a manned flight to ISS, with one NASA astronaut on board.

One more detail. Boeing will receive $4.2 billion while SpaceX will get $2.6 billion. These awards were based on what the companies proposed and requested.

I will have more to say about this tonight on Coast to Coast, as well as on the John Batchelor show.

Air Force to decide SpaceX certification on December 1

The competition heats up: The Air Force has set December 1 for its deadline for certifying SpaceX as qualified to launch military satellites.

“I root for SpaceX to come into the competition,” Gen. John Hyten, head of Air Force Space Command, said during a speech Tuesday at the Air Force Association’s annual conference. But he warned that the company may not be ready in time. “The most important thing for this nation is assured access to space that works all the time,” he said. “That’s why the certification for SpaceX, hopefully by Dec. 1, is a big event. But if they’re not ready on Dec. 1, we have to stand up and say that, and that’s going to be difficult because I want competition.”

It sounds like the Air Force is setting this date as when it will decide one way or the other, regardless of anything SpaceX has done. I also suspect that, because of politics, this decision will hinge on what NASA decides today concerning its commercial crew contract.

No first stage landing attempt on next Falcon 9/Dragon launch

SpaceX has decided not to attempt a soft splashdown of the Falcon 9 first stage during Saturday’s launch of the Dragon capsule to ISS.

In a change of plans, the Falcon 9 booster stage set to launch Saturday will not carry landing legs, according to Hannah Post, a SpaceX spokesperson. She said SpaceX does not plan to attempt a water landing of the first stage after its job during launch is completed.

SpaceX initially planned to program the rocket’s first stage to fly back to Earth after completing its work to boost the Dragon spacecraft off the launch pad, but engineers swapped out the Falcon 9 booster with a first stage originally assigned to another flight, officials said.

The reason for the changeout was not disclosed.

I suspect this decision is in connection with the Falcon 9R failure last month, but admit I am speculating with no inside knowledge.

I should also note that if Saturday’s launch goes as planned, it will set a new SpaceX record for the fastest turn-around between launches, less than two weeks. If they succeed, I think they will prove once and for all to most of their remaining naysayers that they are a serious, reliable, and well-run launch company.

The competition in space continues to heat up

Two news stories today indicate that things are going to get increasingly interesting in the exploration of space in the coming years.

First there is this story from Joe Abbott of the Waco Tribune, who routinely reports on SpaceX news because their McGregor test facility is nearby. In it Abbott reports that SpaceX has scheduled its next Dragon supply mission to ISS for no early than September 20.

This news item however is not Abbott’s most interesting news. He also notes several twitter reports coming out a commercial satellite conference in Paris that indicate that SpaceX has closed 9 deals, including several more for its as yet unflown Falcon Heavy.

But even that is not the most interesting news. Abbott also reports that a replacement for the destroyed Falcon 9R test vehicle will be shipped to McGregor for testing in less than two months. Considering how long it takes governments to build and fly test vehicles, getting this replacement in shape for flight mere months after the failure a few weeks ago is quite impressive.

But even that was not Abbott’s most interesting SpaceX news item. » Read more

An update on the status of NASA manned commercial competition

Jason Davis at the Planetary Society blog has put together an excellent summary of the status for all three companies competing for NASA’s contract to ferry astronauts to and from ISS.

Key paragraph:

From a quantitative standpoint, Boeing is the leader. Since the first quarter of 2013, the company has been ahead in percentage of milestones completed and percentage of funding awarded. Plus, there’s the simple fact that they’ve finished all of their milestones, while SpaceX and Sierra Nevada asked for extensions. But from a qualitative standpoint, things are less straightforward. SpaceX has already proven they can fly missions to the ISS. And they’re the only CCiCap participant with a pad abort test and an in-flight abort test among their milestones.

It is very clear just looking at the actual milestones that what Boeing has done so far is not that impressive. Almost everything on their list is a paperwork review, not construction or testing of actual hardware. Meanwhile, SpaceX and Sierra Nevada are building and testing spacecraft. That they have not yet completed their milestones is hardly a big deal in this context.

Russia to match SpaceX launch prices

The competition heats up: The head of Russia’s United Rocket and Space Corporation (URSC), which now controls that country’s entire space industry, said today that they intend to compete with SpaceX’s Falcon 9 much cheaper launch prices.

They intend to do it with both the Proton rocket as well as their new family of Angara rockets. The heavy version of Angara will allow them to compete with SpaceX’s Falcon Heavy, and in fact might even put more payload into orbit for less.

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