Here are a few more pix of the successful test of SpaceX’s brand new Falcon Heavy and its payload.
What a treat it must have been to watch from miles away.
Using special stereo mikes, the recording catches the clicks of many nearby cameras before being overwhelmed by the rocket sounds.
Listen carefully for the multiple sonic booms from the boosters returning to earth. Each booster gives off a boom from the engines, then the landing legs, and then the directional control arms. So 6 booms expected. Sound track wave form shows echos, but one overlapped, so there were 5 booms from each booster.
Astounding, all the way around.
Also Behind the Black provided Update on Falcon Heavy core stage landing failure. Turns out that two of the three engines scheduled to fire, slowing the descent, did not do so. Core booster missed the landing barge by around 300 feet.
BtB says this is why one runs experiments. Find out what doesn’t work, figure out the reason, and fix it.
SpaceX’s test of their three booster, 27 engine rocket was an astounding success. The three side-by-side Falcon 9 boosters worked perfectly together. The two side boosters successfully separated, which I think is the highlight of the test.
Both of the side boosters were recovered. See astounding photo above.
The payload was successfully lifted into the Van Allen radiation belt and continued to operate. Apparently that is a major milestone (my little brain doesn’t understand why that was a tremendous deal to NASA).
One article pondering how the planned super-heavy lift rocket from SpaceX will open up space travel like the DC-3 did for air travel. The third reuse of a Falcon 9 booster and the 18th recovery of a booster. Also, three articles on SpaceX’s plans for Mars colonization:
In a major speech, Mr. Musk revealed the revised plans for SpaceX’s journey to Mars. The revision I see is a slightly scaled-down interplanetary spacecraft which can be multipurposed for lunar activity, resupplying ISS, or any other mission requiring heavy lift.
The vehicle will have 31 engines instead of the 47 planned a year ago. It will still lift 150 tons into low earth orbit.
Key concepts will be reusability of lift vehicles and in-orbit refueling to get vehicles ready for the interplanetary trip. Concept will be capsules can land vertically and will be able to take off without crew input.
Interplanetary capsule will be designed to have 100 person capacity and will have areas on board for entertainment.
The first trips to Mars could be in 2022 or more likely delayed until 2024. That is only 5 or 7 years from now.
Outlines of the Mars colonization plan are in line with what I’ve read before.
How Not to Land an Orbital Rocket Booster – Elon Musk posted a video of failed launches. You might call this a blooper reel. I prefer to call it:
This is why rocket science is called rocket science.
Enjoy the incidents of “rapid unscheduled disassembly”:
As you chuckle at the failed recoveries, keep in mind SpaceX has recovered 16 boosters, reused 2 of them, and has recovered 2 Dragon capsules, having already reused 1.
That, is rocket science.
9/22/17 – Behind the Black – Soyuz launches Russian GPS satellite – In the fun-to-watch race for most launches in 2017, Russia now has a slight lead over SpaceX.
Lots of fun articles in the last two months describing the wide open frontier of space exploration.
7/8/17 – Behind the Black – Ghana launches its first satellite and 223 Live News, Ghana’s first Space Satellite enters Orbit – A cubsate built by university students in the western Africa country was launched from the ISS. The small satellite will take pictures of the country in low- and high-resolution. It will also be able to broadcast the national anthem and other music during national events.
Ghana is the first sub-Saharan country to get a satellite in space.
The sat went to the ISS on June 10 aboard a SpaceX Falcon 9.
7/24- Popular Mechanics – Why the First True Spaceliner Will Change Everything – The beautiful DC-3 reduced the time for coast-to-coast travel.
Before the DC-3, it took 25 hours and 15 stops for fuel and repairs to cross the country. With the DC-3, there were only 3 stops for fuel.
It’s been a good month for SpaceX. Three launches and one recovery of an already recycled Dragon capsule. China has demonstrated that rocket science is rocket science, meaning launches don’t always work.
7/3/17 – Space.com – Back Again…Again: SpaceX’s Dragon Makes Historic 2nd Splashdown – A Dragon capsule that had previously been recovered from a trip to the International Space Station has just returned from the ISS a second time and successfully landed in the Pacific Ocean.
This is the first successful reuse of a Dragon capsule.
7/5/17 – Space.com – Three Launches in 12 Days! SpaceX Lofts Heavy Communications Satellite –
The news from space exploration is constantly amazing.
6/5/17 – Behind the Black – India successfully launches it first GSLV Mark 3 rocket and Space.com – India Just Launched Its Heaviest & Most Powerful Rocket Yet – The new Mark 3 of the Geosynchronous Satellite Launch Vehicle lifted a 6,913 pound satellite into geosync orbit. Lift capacity is 8,818 lbs. Article says that is double the capacity of the Mark 2.
Nice video of the launch embedded in the Space.com article. Cool to see the solid rocket boosters fall away and watch the sat separate.
5/19/17 – Wall Street Journal – Who’s in Charge of Outer Space? – The immediate answer is a document called the Outer Space Treaty. It addresses how things are done outside the atmosphere. That document is 50 years old and did not anticipate private players in outer space. Read more…
Amazing news from the wide open frontier of private space exploration:
6/3/17 – I got home about two minutes after the Falcon 9 was successfully recovered. Watched the archived copy of SpaceX’s CRS-11 launch of a re-used Dragon to resupply ISS. The Falcon 9 booster was also reused. This is the 5th recovery of Falcon 9 on land and the 11th recovery in total. Awesome.
Made note of a fun tidbit of trivia. The booster and payload went from 0 to 1,002 km/h in 60 seconds on the way up. On the recovery the Falcon 9 booster went from descent speed of 1,119 km/h to zero in the last 29 seconds.
Pause for a moment and consider the staggering results.
There is a non-stop stream of amazing news from the open frontier of space:
5/1/17 – Space.com – SpaceX Launches US Spy Satellite on Secret Mission, Nails Rocket Landing – SpaceX successfully put a classified satellite from National Reconnaissance Office into orbit. As a massive fringe benefit, they also recovered the first stage back at the launch site. This is their fourth successful recovery on land.
The photograph from the launch is incredible. In particular, there is a great view of the first stage separation, flip, and boostback burn.
Here is a clip on Instagram, posted by Elon Musk:
The number of private sector players involved in space exploration and the progress underway is astounding. Here are a few recent articles catching my attention:
3/20/17 – Investor’s Business Daily – There’s a New Space Race On, Courtesy of Elon Musk, Jeff Bezos And The Free Market – The main point of the article, which is barely starting to be noticed:
Space remains the final frontier. And it will be private sector entrepreneurs, not government bureaucrats, who will take us there.
Article gives a summary of the private sector companies, funded by filthy rich guys who choose to pour their wealth into space exploration, that have expanded our reach into space. According to the article, these companies have done more than NASA has in the last several decades.
The competition to be a commercially competitive space launch provider gets far more serious with SpaceX successfully launching a reused Falcon 9 booster to get SES-10 into a geosync orbit.
On the same day as SpaceX made such tremendous progress, two competitors dropped further behind.
Competition speeds up
I was so fortunate as to check my Twitter feed as SpaceX began its live coverage of the launch. It was such a joy to watch the successful launch and an even bigger thrill to see Main Engine Cutoff, which meant the reused booster did its job.
Found an article that summarizes accomplishments and plans for SpaceX and Blue Origin, the space exploration companies of Elon Musk and Jeff Bezos, respectively.
Check out Mike Wall at Space.com on 3/13/17: To the Moon! The Musk-Bezos Billionaire Space Rivalry Just Reached New Heights.
Here are many of the key achievements and targets for both companies. I sorted and regrouped the items that drew my interest. As you consider the list, you can see both companies are making rapid progress. The competition is getting serious.
By the way, if the Space.com article and my little summary here does not satisfy your appetite for learning what is going on in space, you really, really need to check out Capitalism in Space: Private Enterprise and Competition Reshape the Global Aerospace Launch Industry, by Robert Zimmerman, available in PDF format for free at Behind the Black. I am about half way through the paper. It is superb.
I am astounded at the number of companies taking on the challenge to explore space. It’s staggering to see the innovation emerging.
Check out the number of competitors that are in the game. That is fantastic. The more companies pushing to figure out how to get in space and provide commercially attractive service at a profit, the harder everyone else will push for progress. Good.
Check out that awesome graphic at the top of the page. Lots of thanks and all the credit to Blue Origin. I’ve been looking for something like that visual for a long time. Yeah, you will be seeing it again and again on my blog.
Check out what some of the competitors are doing. This is what I’ve noticed in just the last few weeks:
2/27 – Space.com – SpaceX to Fly Passengers on Private Trip Around the Moon in 2018 – How does this sound for a great schedule?
Here’s two articles that stretch the brain:
2/20 – Leonard David’s Inside Outer Space – UAE’s March to Mars – The United Arab Emirates plans to have an inhabited settlement on Mars by 2117.
In all seriousness, I say go for it!
They are recruiting a cadre of research scientists for an international team. They plan to launch an orbiter to study the planet more closely. They want to develop a faster transport system. They are already designing a city, which will be robot-built, presumably to be near-inhabitable by the time humans arrive.