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Blue Origin successfully launches - and lands - rocket

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Jeff Bezos' Blue Origin successfully launches - and lands - New Shepard rocket - CBS News

Blue Origin's innovative New Shepard spacecraft, a reusable sub-orbital rocket and capsule designed to boost passengers out of Earth's atmosphere for brief forays in space, completed a second test flight Monday, the first to include a fully successful landing of both the crew capsule and its booster, Amazon founder Jeff Bezos announced Tuesday.

"You've seen a lot of rockets take off in your time, but you've never seen one land," Bezos, who also owns Blue Origin, told Charlie Rose on "CBS This Morning." "The rocket you see behind me is completely reusable. That's a game changer, because it changes the cost structure of space travel completely."

During a media conference call later, Bezos told CBS News he's looking forward to riding into space himself once the test program is complete and Blue Origin begins flying paying customers "a couple of years from now."

"I've been wanting to do that since I was five years old," he said. "When I talk to astronauts, they tell me that being in space changes you. You see the Earth in a different way, you see yourself in a different way, they describe the experience as being very meaningful.

112415newshepardlaunch1.jpg

The Blue Origin New Shepard sub-orbital spacecraft takes off from West Texas on Monday. After climbing out of the lower atmosphere, an uncrewed capsule was released for a parachute descent to Earth while the booster made a successful rocket-powered landing to demonstrate reusability.
Blue Origin
"So I want to see the Earth and see its thin atmosphere, I want to look out into space, I want to feel weightlessness and float around and do somersaults, all those things. But I think it's probably more the way the astronauts describe how it changes you that makes me so excited about the experience."

Launched at 12:21 p.m. EST (GMT-5) Monday from Blue Origin's West Texas launch site, the New Shepard's variable-thrust BE-3 engine, generating 110,000 pounds of push, boosted the spacecraft out of the dense lower atmosphere, reaching a velocity of 3.72 times the speed of sound.

The crew capsule then separated and soared to an altitude of 329,839 feet -- about 62 miles, the generally agreed on "boundary" of space -- before arcing over and plunging back to Earth. At the top of its ballistic trajectory, the vehicle was effectively weightlessness for several minutes.

Slamming back into the discernible atmosphere, the capsule experienced about five times the force of Earth's gravity before its stabilizing drogue parachutes deployed at an altitude of 20,045 feet, followed by release of three large braking parachutes. The spacecraft settled to a landing at 12:32 p.m., 11 minutes after liftoff.

112415newshepardland.jpg

The New Shepard booster maneuvers just before touchdown to close out a successful test flight. Blue Origin eventually hopes to launch "space tourists" and researchers on sub-orbital flights that will feature four to five minutes of weightlessness.
Blue Origin
The stubby New Shepard booster, or "propulsion module," reached a maximum altitude about 400 feet below the capsule, Bezos told reporters in a conference call. It then dropped tail first toward the landing site through 119-mph high-altitude winds, using braking fins to control its descent.

The hydrogen-fueled BE-3 engine, which can throttle between 20,000 and 110,000 pounds of thrust, re-ignited at an altitude of 4,896 feet, quickly slowing the descent.

During the spacecraft's first test flight April 29, the capsule made a successful parachute descent but the booster crashed back to Earth because of a hydraulic problem. This time around, both systems worked normally. A Blue Origin video showed company employees raising champagne and celebrating at the base of the rocket after touchdown.

"We just successfully flew this vehicle and returned it to the launch site for the first time, and for the next couple of years we're going to continue with a very methodical test program," Bezos told Rose.

The flight, and Bezos' claims for it, set off a bit of an on-line debate.

Elon Musk, founder of SpaceX and chief designer of the company's more powerful Falcon 9 orbital booster, congratulated Bezos and Blue Origin for the successful New Shepard test flight. But in a series of tweets, Musk cited his company's on-going vertical-takeoff-and-landing -- VTOL -- test program and the greater technical challenges of getting a rocket back after helping boost a payload to orbit.

"Jeff must be unaware SpaceX suborbital VTOL flight began 2013," Musk tweeted. "Orbital water landing 2014. Orbital land landing next."

Musk said sub-orbital flights to the boundary of space only have to achieve speeds of about Mach 3 while boosting a satellite into high orbits requires velocities around 30 times the speed of sound.

"The energy needed is the square, i.e., 9 units for space, 900 for orbit," Musk said.

In an amusing exchange, George Sowers, vice president of advanced concepts and technologies for United Launch Alliance, the dominant U.S. rocket company and a partner with Blue Origin, tweeted that one of the company's Atlas 5 rockets boosted the New Horizons probe to Pluto, "the equivalent of Mach 48, or 2300 energy units. Go @blueorigin!!"

NASA's space shuttle was partially reusable, only throwing away its external tank during launch. And the government-funded X-15 rocket plane, the McDonnell Douglas DC-X and Virgin Galactic's suborbital winged spacecraft all were designed to return to Earth for reuse.

But the New Shepard test flight was a major milestone for Blue Origin, the first commercially-developed rocket to take off vertically, reach space and safely return to Earth. Bezos said if additional testing goes well, including high-stress abort testing -- the capsule features a built-in propulsion system to push it away from a malfunctioning booster -- flights with paying customers could begin in two years or so.

"One of the good things about this vehicle is it can fly autonomously," Bezos said. "It's kind of a flying robot. It can fly itself up into space, bring itself back down and land so we don't have to put (a) pilot at risk during the test program. And then once we're completely confident in the vehicle, we'll start taking people up into space."

Asked how much Blue Origin might charge for sub-orbital rocket rides aboard the New Shepard spacecraft, Bezos said "we don't know yet."



112415newshepard1.jpg

Blue Origin engineers celebrate the successful landing of the New Shepard spacecraft and booster.
Blue Origin
"We have to wait another year or so before we're ready to set the price," he said. "For people who are interested in that, they can go to the Blue Origin website and sign up, and as soon as we have ticket information, we'll email them."

Virgin Galactic's SpaceShipTwo, a futuristic-looking winged spaceplane, is carried to an altitude of about 50,000 feet by a jet-powered mothership, then released for a rocket-powered climb out of the atmosphere. The spaceplane then glides to a landing.

"We continue to be big fans of the vertical takeoff, vertical landing architecture," Bezos said in April. "We chose VTVL because it's scalable to very large size. We're already designing New Shepard's sibling, her Very Big Brother -- an orbital launch vehicle that is many times New Shepard's size and is powered by our 550,000-pound thrust liquefied natural gas, liquid oxygen BE-4 engine."

The BE-4 has been selected by United Launch Alliance, a partnership between Boeing and Lockheed Martin, to power the company's new Vulcan rocket, the successor to the Atlas 5 and Delta 4 families of boosters.

ULA President and CEO Tory Bruno tweeted "Well done, Jeff. Congrats to you, (Blue Origin President) Rob (Meyerson), and the whole team. You make it look easy."

On Sept. 15, Bezos visited Cape Canaveral to announce a $200 million program to develop a test stand for the BE-4 engine, a rocket manufacturing facility near the Kennedy Space Center and an agreement with the Air Force to launch the company's orbital rockets from complex 36.

Like the New Shepard, Blue Origin's orbital rocket is expected to feature a recoverable first stage.

SpaceX is working on recovering the first stage of its Falcon 9 rocket, using an off-shore barge as a landing platform. The company has not yet been fully successful, but Musk believes it will eventually work, clearing the way for boosters to land back at the Cape Canaveral Air Force Station for refurbishment and reuse.

Bezos said Blue Origin likely will use an off-shore barge of some sort for initial landing attempts with the company's orbital launcher. New Shepard operations will remain in West Texas.

"You cannot afford to be a space-faring civilization if you throw the rocket away every time you use it," Bezos said in September. "We have to be focused on reusability, we have to be focused on lowering the cost of space."

Meyerson said earlier that a typical New Shepard sub-orbital flight will last between 10 and 15 minutes. Customers, either tourists or payload operators, will arrive at the launch site several days in advance for final training and vehicle familiarization.

"The powered flight portion lasts several minutes, and that is really what the BE-3 tested in our mission duty cycle tests, you'll experience about four minutes of weightlessness, view the Earth, and then you'll return within the crew capsule under parachutes."

Asked how long the test program might last, when the first human flights might be possible and how much a ticket might cost, Meyerson it was too soon to say.

"We obviously want to complete our test program first," he said. "So we're probably a few years away from selling tickets, at least from flying our first astronaut. We're not releasing prices at this time. But we're getting close, and we're really excited about where we are."

 
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WOW....Now, this is interesting.

Space tourism soon!

Jeff Bezos' Blue Origin Will Launch Rockets and Spaceships from Florida

CAPE CANAVERAL, Fla. — Jeff Bezos, the billionaire founder of private spaceflight company Blue Origin and founder and CEO of Amazon.com, announced today that Blue Origin will make Florida's Space Coast its home port for reusable rocket launches.

Blue Origin, which Bezos founded in 2000, will launch rockets and spacecraft from Launch Complex 36 at Cape Canaveral Air Force Station. The company will lease the launchpad and establish a "21st century production facility" to manufacture a reusable fleet of orbital vehicles. Florida Governor Rick Scott praised the venture, which he said will "invest $200 million locally and create 330 jobs."



"As a kid, I was inspired by the giant Saturn V missions that roared to life from these very shores," Bezos said during the announcement here today (Sept. 15). "Today, we're thrilled to be coming to the Sunshine State for a new era of exploration." [Watch Blue Origin Announce Its Florida Launch Plans]

Bezos made the announcement during an event close to Launch Complex 36, which saw its last launch in 2005. Speakers at the event included Governor Scott and Sen. Bill Nelson (D-Fla).

At the event, Bezos also unveiled an artist's concept image of Blue Origin's new orbital launch vehicle, which Bezos said has been nicknamed "Very Big Brother." The new rocket will launch and land vertically to reuse its first stage.

The new Florida facility will include a rebuilt launch pad, a facility for performing acceptance tests of the new BE-4 rocket engine, and a processing facility for manufacturing, integrating and prepping vehicles for flight.

"We'll be launching from here later this decade," Bezos said of the new Florida facility. Bezos told reporters that the company received detailed proposals from five states wishing to host the new facility.

blue-origin-orbital-launch-vehicle_edited-1.jpg

Jeff Bezos, founder of Blue Origin, announces his company's plans to launch spaceships and rockets from Florida's Cape Canaveral Air Force Station at Launch Complex 36 on Sept. 15, 2015.
Credit: Calla Cofield/Space.com
View full size image
Blue Origin is one of several private companies — like SpaceX, Boeing, Virgin Galactic and XCOR Aerospace — in the race to offer commercial trips to space for passengers. Last week, Boeing opened a facility for its new Starliner space capsule, formerly known as the CST-100. NASA plans to use the Starliner capsule and SpaceX's Crew Dragon vehicle to launch U.S. astronauts starting in 2017.

blue-origin-biconic-150914a-02.jpg

Blue Origin has revealed little about its mysterious biconic space vehicle design.
Credit: Karl Tate, SPACE.com Contributor
View full size image
The Kent, Washington-based Blue Origin is currently developing a vehicle called New Shepard that is designed to take passengers on short suborbital trips so they can experience the thrill of weightlessness and see the blackness of space without the filter of Earth's atmosphere. The company will launch only the new orbital vehicle from the Florida facility; New Shepard will continue to launch from the company's facility in West Texas.

Blue Origin launched a successful test flight of New Shepard last April. That spacecraft, like the new orbital launch vehicle, will feature a reusable rocket booster capable of vertical landings — a technology that space industry leaders have said can dramatically reduce the cost of commercial spaceflight. During the April test, the passenger segment of New Shepard successfully separated from its rocket booster, but the rocket itself was not recovered.

To power its new orbital launch vehicle, Blue Origin is developing a more powerful rocket engine known as the BE-4, which is a joint venture with launch provider United Launch Alliance (ULA). The BE-4 is slated to be ULA's engine of choice for its own new rocket, the Vulcan, which will have a reusable component. Blue Origin and ULA announced a production agreement for the BE-4 engine last week.

"You will hear us before you see us," Bezos said today. "Our American-made BE-4 engine — the power behind our orbital launch vehicle — will be acceptance-tested here. Our BE-4 engine will also help make history as it powers the first flight of United Launch Alliance's Vulcan rocket."


Cooperation between NASA and private companies has accelerated in the past year.

Last week, Boeing opened its Commercial Crew Cargo Processing Facility for the Starliner space capsule at NASA's Kennedy Space Center near the Cape Canaveral Air Force Station. That facility is located inside one of NASA's old space shuttle hangars, which Boeing has repurposed for the Starliner vehicle.

Meanwhile, commercial spaceflight company SpaceX, founded by Elon Musk, has captured its own foothold on Florida's Space Coast. The company recently signed a 20-year lease with NASA to use the agency's Apollo and shuttle-era Launch Pad 39A complex to launch its huge Falcon Heavy rocket.

SpaceX has also been testing a reusable booster for its current Falcon 9 rocket, and has made several unsuccessful attempts to land the booster stage on a drone ship this year. SpaceX hopes to attempt another landing later this year.

Bezos said he looks forward to Blue Origin becoming a part of the long legacy of spaceflight associated with the Cape Canaveral region.

"You residents of the Space Coast have enjoyed front-row seats to the future for almost 60 years. That's pretty cool," Bezos said. "Our team's passion for pioneering is a perfect fit for a community foraging new frontiers. Please keep watching."
 
Space tourism soon!

Jeff Bezos' Blue Origin Will Launch Rockets and Spaceships from Florida

CAPE CANAVERAL, Fla. — Jeff Bezos, the billionaire founder of private spaceflight company Blue Origin and founder and CEO of Amazon.com, announced today that Blue Origin will make Florida's Space Coast its home port for reusable rocket launches.

Blue Origin, which Bezos founded in 2000, will launch rockets and spacecraft from Launch Complex 36 at Cape Canaveral Air Force Station. The company will lease the launchpad and establish a "21st century production facility" to manufacture a reusable fleet of orbital vehicles. Florida Governor Rick Scott praised the venture, which he said will "invest $200 million locally and create 330 jobs."



"As a kid, I was inspired by the giant Saturn V missions that roared to life from these very shores," Bezos said during the announcement here today (Sept. 15). "Today, we're thrilled to be coming to the Sunshine State for a new era of exploration." [Watch Blue Origin Announce Its Florida Launch Plans]

Bezos made the announcement during an event close to Launch Complex 36, which saw its last launch in 2005. Speakers at the event included Governor Scott and Sen. Bill Nelson (D-Fla).

At the event, Bezos also unveiled an artist's concept image of Blue Origin's new orbital launch vehicle, which Bezos said has been nicknamed "Very Big Brother." The new rocket will launch and land vertically to reuse its first stage.

The new Florida facility will include a rebuilt launch pad, a facility for performing acceptance tests of the new BE-4 rocket engine, and a processing facility for manufacturing, integrating and prepping vehicles for flight.

"We'll be launching from here later this decade," Bezos said of the new Florida facility. Bezos told reporters that the company received detailed proposals from five states wishing to host the new facility.

blue-origin-orbital-launch-vehicle_edited-1.jpg

Jeff Bezos, founder of Blue Origin, announces his company's plans to launch spaceships and rockets from Florida's Cape Canaveral Air Force Station at Launch Complex 36 on Sept. 15, 2015.
Credit: Calla Cofield/Space.com
View full size image
Blue Origin is one of several private companies — like SpaceX, Boeing, Virgin Galactic and XCOR Aerospace — in the race to offer commercial trips to space for passengers. Last week, Boeing opened a facility for its new Starliner space capsule, formerly known as the CST-100. NASA plans to use the Starliner capsule and SpaceX's Crew Dragon vehicle to launch U.S. astronauts starting in 2017.

blue-origin-biconic-150914a-02.jpg

Blue Origin has revealed little about its mysterious biconic space vehicle design.
Credit: Karl Tate, SPACE.com Contributor
View full size image
The Kent, Washington-based Blue Origin is currently developing a vehicle called New Shepard that is designed to take passengers on short suborbital trips so they can experience the thrill of weightlessness and see the blackness of space without the filter of Earth's atmosphere. The company will launch only the new orbital vehicle from the Florida facility; New Shepard will continue to launch from the company's facility in West Texas.

Blue Origin launched a successful test flight of New Shepard last April. That spacecraft, like the new orbital launch vehicle, will feature a reusable rocket booster capable of vertical landings — a technology that space industry leaders have said can dramatically reduce the cost of commercial spaceflight. During the April test, the passenger segment of New Shepard successfully separated from its rocket booster, but the rocket itself was not recovered.

To power its new orbital launch vehicle, Blue Origin is developing a more powerful rocket engine known as the BE-4, which is a joint venture with launch provider United Launch Alliance (ULA). The BE-4 is slated to be ULA's engine of choice for its own new rocket, the Vulcan, which will have a reusable component. Blue Origin and ULA announced a production agreement for the BE-4 engine last week.

"You will hear us before you see us," Bezos said today. "Our American-made BE-4 engine — the power behind our orbital launch vehicle — will be acceptance-tested here. Our BE-4 engine will also help make history as it powers the first flight of United Launch Alliance's Vulcan rocket."


Cooperation between NASA and private companies has accelerated in the past year.

Last week, Boeing opened its Commercial Crew Cargo Processing Facility for the Starliner space capsule at NASA's Kennedy Space Center near the Cape Canaveral Air Force Station. That facility is located inside one of NASA's old space shuttle hangars, which Boeing has repurposed for the Starliner vehicle.

Meanwhile, commercial spaceflight company SpaceX, founded by Elon Musk, has captured its own foothold on Florida's Space Coast. The company recently signed a 20-year lease with NASA to use the agency's Apollo and shuttle-era Launch Pad 39A complex to launch its huge Falcon Heavy rocket.

SpaceX has also been testing a reusable booster for its current Falcon 9 rocket, and has made several unsuccessful attempts to land the booster stage on a drone ship this year. SpaceX hopes to attempt another landing later this year.

Bezos said he looks forward to Blue Origin becoming a part of the long legacy of spaceflight associated with the Cape Canaveral region.

"You residents of the Space Coast have enjoyed front-row seats to the future for almost 60 years. That's pretty cool," Bezos said. "Our team's passion for pioneering is a perfect fit for a community foraging new frontiers. Please keep watching."

Seems they beat Virgin galactic to it:D
 
so blue origin had been more or less developing silently while the charisma of elon musk and the dragon took all the attention to spacex.

new rocket engine too

interesting that be-3 uses liquid-oxygen/liquid-hydrogen when spacex has been using liquid-oxgyen/kerosene for the falcon 9's, though the next versions of both spacex and blue origin use liquid-methane/liquid-oxygen.

i wonder if lox/lh can be actually a simpler, universal fuel combination until a safe, room-temperature fuel can be found.

also, the "blue origin" flight test rocket uses a single engine as against the nine engines of the falcon-9's... though i did not understand one thing - the vid i have quoted has a descending rocket with two engines... is that a real vid or a animation??

snapshot2.png



i was also wondering about the flaps in the cup-shape upper structure of the rocket... the flaps can be seen in the op vid moving in the pre-launch test sequence... the cup gives a nice look to the rocket but i was wondering the exact use of the flaps...

snapshot1.png



and then there is the question of the "new shepard" capsule descending on parachute unlike the dragon v2 which would mainly make a powered descent with parachute as backup.

Seems they beat Virgin galactic to it:D

you are right.

and after the spaceship-2 crash last year they have gone silent.

-------

@Aminroop @thesolar65 @WAJsal @Zibago @django @Nilgiri
 
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so blue origin had been more ore less silently developing while the charisma of elon musk and the dragon took all the attention to spacex.



interesting that be-3 uses liquid-oxygen/liquid-hydrogen when spacex has been using liquid-oxgyen/kerosene for the falcon 9's, though the next versions of both spacex and blue origin use liquid-methane/liquid-oxygen.

i wonder if lox/lh can be actually a simpler, universal fuel combination until a safe, room-temperature fuel can be found.

also, the "blue origin" flight test rocket uses a single engine as against the nine engines of the falcon-9's... though i did not understand one thing - the vid i have quoted has a descending rocket with two engines... is that a real vid or a animation??

View attachment 277499


i was also wondering about the cup-shape upper structure of the rocket... it looks nice but is unusual...

View attachment 277503


and then there is the question of the "new shepard" capsule descending on parachute unlike the dragon v2 which would mainly make a powered descent with parachute as backup.



you are right.

and after the spaceship-2 crash last year they have gone silent.

-------

@Aminroop @thesolar65 @WAJsal @Zibago @django @Nilgiri
We managed to achieve a sub-orbital launch during the 60s, how far we have regressed since then.:disagree::disagree::disagree:
 
i wonder if lox/lh can be actually a simpler, universal fuel combination until a safe, room-temperature fuel can be found.

Problem is the cryogenics.
 
We managed to achieve a sub-orbital launch during the 60s, how far we have regressed since then.:disagree::disagree::disagree:

yes, that should have soon led to a human space program in pakistan, especially in collaboration with china which had a human program in the 70's[1], but the top political leadership of pakistan wasn't very ambitious it seems and was more oriented towards nationalistic military goals.

it is a tragedy that what achievements the american or western private companies are gaining in the space tourism and travel field, with their limited money, the governments of india, pakistan and iran are not able to do despite huge government funding and thousands of phd's and engineers... why the difference??

----

reference...

[1] http://www.astronautix.com/articles/chidoors.htm

Problem is the cryogenics.

yes, i understand that lox/lh needs bigger facilities and the launch rocket becomes complicated, hence my question.
 
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yes, that should have soon led to a human space program in pakistan, especially in collaboration with china which had a human program in the 70's[1], but the top political leadership of pakistan wasn't very ambitious it seems and was more oriented towards nationalistic military goals.

Pakistan squandered its development of human capital development. Now it is eternally catching up...and I don't see some basic issues being addressed in education sector still.

it is a tragedy that what achievements the american or western private companies are gaining in the space tourism and travel field, with their limited money, the governments of india, pakistan and iran are able to do despite huge government funding and thousands of phd's and engineers... why the difference??

This is the legacy of having massive investment into high end research and engineering during the cold war. The private companies like SpaceX are basically riding the coat-tails of the insane fear complex that prompted the US to invest massively into Space and Rocketry (and fast transport technology in general).

Things like that do not come fast and easy for relatively newer and more frugal entrants, they have to prioritise and India at least is doing that quite well.

yes, i understand that lox/lh needs bigger facilities and the launch rocket becomes complicated, hence my question.

What is your exact question? Can it become a universal one? If so, the answer is no. The Isp/cost-complexity ratio is not worth it for multitudes of operations.
 
yes, that should have soon led to a human space program in pakistan, especially in collaboration with china which had a human program in the 70's[1], but the top political leadership of pakistan wasn't very ambitious it seems and was more oriented towards nationalistic military goals.

it is a tragedy that what achievements the american or western private companies are gaining in the space tourism and travel field, with their limited money, the governments of india, pakistan and iran are able to do despite huge government funding and thousands of phd's and engineers... why the difference??

----

reference...

[1] http://www.astronautix.com/articles/chidoors.htm



yes, i understand that lox/lh needs bigger facilities and the launch rocket becomes complicated, hence my question.
To be honest with you bhai, some of the PHds in Pakistan are down right dubious, in our universities heads of departments have wrote worthless papers, example how you can use coulombs law to determine how pious a society is I kid you not. I was once talking to a friend of mine who at the time was taking a BSc in Biology and astonishingly did not know the answer too 1 divided by zero, no I am not having a laugh. until our education system is revamped we will unfortunately lag behind our neighbours barring Afghanistan.kudos
 
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