Insert phallic joke here. Read the rest
Insert phallic joke here. Read the rest
In the realm of rocket geeks and space nerds, filmmakers MaryLiz Bender and Ryan Chylinski have dream jobs. The pair have the equivalent of "backstage passes" to SpaceX, NASA and ULA rocket launches where they capture and share breathtaking videos that convey the power, risk, and thrill of space exploration. The work of their studio, called Cosmic Perspective, is visceral, wondrous, and inspiring. Now Bender and Chylinski are creating a fascinating art book enhanced with augmented reality along with a companion short film "documenting humanity's grand adventure to space." Titled "Guidance Internal: Lessons from Astronauts," the book, film, and their touring Cosmic Perspective show lies at the intersection of science and art "to inspire hope, elevate empathy, and bring people together." They've launched a Kickstarter to support the project and it looks, well, stellar.
Read the rest
The art and the pages in this book come to life immediately teleporting you to rocket launch pads, directly to our intimate interviews with astronauts and the people sending missions to space. We fuse art with science blending our love of high-dynamic range photography with compelling video to capture the emotion, excitement, and gravity of these events. We also give you a front-row seat to transformative performances by artists inspired by these experiences.
We place autonomous high-resolution and ultra-high speed video cameras at the launchpads of SpaceX, NASA, and ULA. These are cameras we place well ahead of the liftoff, design to survive the elements and, since no humans can be anywhere near the rockets, trigger without any human interaction.
Lightning hit a Russian Soyuz rocket right after liftoff today. The direct hit resulted in nothing more (and nothing less) than this thrilling video. From Space.com:
The lightning strike occurred during the launch of a Glonass-M navigation satellite from Russia's Plesetsk Cosmodrome about 500 miles (800 kilometers) north of Moscow at 9:23 a.m. Moscow time (0623 GMT). In a statement, officials with Russia's space agency Roscosmos announced that the rocket successfully reached orbit.
"Lightning is not an obstacle for you!" Roscosmos Director General Dmitry Rogozin wrote on Twitter while congratulating the Glonass-M launch team and military Space Forces.
Read the rest
Поздравляем командование Космических войск, боевой расчёт космодрома Плесецк, коллективы РКЦ "Прогресс" (Самара), НПО имени С.А.Лавочкина (Химки) и ИСС имени академика М.Ф.Решетнёва (Железногорск) с успешным запуском КА ГЛОНАСС! Молния вам не помеха pic.twitter.com/1cmlZ4hD1g— Дмитрий Рогозин (@Rogozin) May 27, 2019
I always find there's a surreal quality to footage of SpaceX's self-landing rockets. It's the "living in the future" moment for my reptile brain, irrespective of what it really means for mankind or where it truly sits in the spectrum of discovery and progress.
Read the rest
SpaceX launched the company’s Falcon Heavy rocket on its inaugural commercial mission on Thursday evening. This was the second flight for Falcon Heavy, which became the most powerful rocket in use in the world after SpaceX’s successful test flight in February 2018. That launch was purely demonstration — Thursday represents the first revenue-generating flight of Falcon Heavy. Falcon Heavy launched from SpaceX’s launchpad at NASA’s Kennedy Space Center in Florida. Built out of three of the company’s Falcon 9 rockets, Falcon Heavy’s three cores stand side by side to create a 27-engine colossus. Together, those engines create about 5.1 million pounds of thrust.
European Space Agency astronaut Alexander Gerst captured this beautiful video of the Russian Progress MS-10 cargo spacecraft launching into space from Kazakhstan's Baikonur cosmodrome.
The images were taken from the European-built Cupola module with a camera set to take pictures at regular intervals. The pictures are then played quickly after each other at 8 to 16 times normal speed. The video shows around 15 minutes of the launch at normal speed....
Some notable moments in this video are:
00:07 Soyuz-FG rocket booster separation. 00:19 Core stage separation. 00:34:05 Core stage starts burning in the atmosphere as it returns to Earth after having spent all its fuel. 00:34:19 Progress spacecraft separates from rocket and enters orbit to catch up with the International Space Station.
NASA astronaut Nick Hague and Russian cosmonaut Alexey Ovchinin were forced to make an emergency landing in Kazakhstan this morning during their attempted trip to the International Space Station. The duo were on board a Russian-built Soyuz rocket, launched from the Baikonur cosmodrome in Kazakhstan when, according to early reports from NASA, the rocket's booster failed minutes after liftoff.
NASA reported in a tweet that the “...Soyuz capsule is returning to Earth via a ballistic descent, which is a sharper angle of landing compared to normal.” A search and rescue team was deployed to pick up the astronaut and cosmonaut from the capsule's landing site, approximately 12 miles east of Dzhezkazgan, Kazakhstan.
Roscosmos, the Russian space agency, will be conducting a formal investigation into what went wrong with their rocket.
Scary shit. Read the rest
Before the Internet was a thing, the postal service was a big deal for folks flung far from one another. Back in the mid-20th century, a phone call from one coast to the other, no matter how brief, would see you paying through the nose. As such, the postal service reigned supreme when it came to staying in touch in an intimate, personal manner. There was just one problem: unless you paid for rushed delivery, using the postal service to send a letter or other document was, and still is, slow as hell.
Thank God for rocket-powered mail delivery! The future of mail!
Well, they thought it was, at the time. Read the rest
Senior NASA photographer Bill Ingalls apparently set up his Canon EOS 5DS at an unlucky spot near yesterday's SpaceX rocket launch. He placed it outside the pad perimeter yet the launch sparked a small brush fire that cooked the camera. "I had many other cameras much closer to the pad than this and all are safe," Ingalls wrote.
Fortunately, the SD cards didn't melt and he was able to access the final photos taken by the camera before its untimely death. Two of them are below.
You likely read about "Mad" Mike Hughes in the news last year – you know, when you weren't busy stockpiling canned goods and potassium Iodide tablets to help deal with the existential dread that's currently gripping the planet. Hughes is the flat-earth loving, paradoxical science-hating DIY rocket designer who stated that he'd blast himself into the sky in a steam-powered, homemade rocket to prove that the earth isn't round.
That was a mouthful, but there's a lot going on here.
The first time that Hughes attempted to fire himself into the air in a blaze of Darwinism, the Department of Land Management shut him down, as his flight path would have taken him into the airspace over public lands. So, Hughes scrubbed the launch. Yesterday, he took another go.
According to the Associated Press, Hughes's steam-powered death chair was able to carry him to a distance of 1,875 feet into the air before he and his capsule floated back to earth, in relative safety, via parachute. When questioned about how he was feeling after surviving his flight, Hughes seemed happy that it was over and done with, citing that his back hurt, but over all he felt relieved that it was over.
No matter what you believe about Hughes' beliefs about the shape of the earth, of the lunacy it takes to strap yourself to the tip of a homemade rocket, you've got to respect that he pulled it off. Maybe he didn't gain as much altitude as he'd wanted. Read the rest
Over the weekend, flat-Earther and DIY rocketeer Mike Hughes tried again to launch himself into space. Unfortunately, he failed. As a result, his belief that the Earth isn't round stands. The Washington Post has been following Hughes's misadventures:
All critics would be silenced, Hughes promised then, when he finally launched on private property outside the town of Amboy, Calif., on Saturday....
“I pulled the plunger five different times,” Hughes said. “I considered beating on the rocket nozzle from the underneath side. But you can't get anyone under there. It'll kill you. It'll scald you to death. It'll blow the skin and muscle off your bones.”..
Hughes's plans are unclear now. He said he'd take apart the rocket to see what went wrong, but he has commitments to think of besides science. He was supposed to be in court on Tuesday, he told the crowd, because he was suing the governor of California for unspecified reasons. He was also trying to claim the legal right to Charles Manson's guitar. He is a man of many ambitions...
“Guys, I'm sorry,” Hughes said. “What can you do?”
Last week, SpaceX launched its Falcon 9, freaking out a lot of people in Southern California who thought they were seeing a UFO streak across the sky. Jesse Watson of Yuma, Arizona captured this incredible time-lapse of the awesome moment. He shot 2452 still images that he edited down to 1315 for this stunning video. From his Vimeo post:
Read the rest
I scouted four locations that had foregrounds to add depth to the imagery and was uniquely inspiring to my hometown. Location choices were between a favorite local hiking mountain, the Imperial Sand Dunes, or a small hill that resides in the historic downtown area overlooking the city. I ended up choosing the location that overlooked the city, partially because it was the easiest to access with all of my time-lapse gear. I used The Photographer’s Ephemeris and Google Maps to help scouting and initial line up...
I have never shot a rocket launch before, so I did not know exactly what to expect as far as exposure or precise location of the rocket in the horizon. I wanted to be prepared to capture comprehensive coverage of the spectacle.
Airbus mounted a 360-degree camera on a rocket being launched as part of a microgravity experiment, and the result it pretty phenomenal. Watch the stages separate and the earth's curvature reveal itself as the Maxus 9 pops up through the clouds.
Following a successful launch of Maxus 9 the largest European sounding rocket with scientific micro gravity experiments, Airbus is providing a stunning 360° view from space. The spacecraft, launched from the Esrange Space Center in Kiruna, Sweden, was equipped by Airbus with support from their joint venture partner Swedish Space Corporation in order to provide unique 360° footage of the launch from the rocket perspective. Viewers can see spectacular images of the take-off, down to Lapland getting smaller while the rocket soars into the sky, then spectacular views of the Planet and Space once the sounding rocket goes through the atmosphere and reaches its highest altitude of 700km, before the payload falls free back down to earth, and completes its’ parachute-assisted touchdown.
The Maxus programme is a joint venture between Swedish Space Corporation and Airbus, providing access to microgravity for ESA-contracted experiments. Sounding rockets are important to the scientific community as they offer research institutes a one-stop lab in which they can perform micro-gravity experiments. Technicians receive data and can adjust parameters thanks to real-time transmission to ground stations throughout the free fall time. Being able to launch, monitor and retrieve experiments in one day enables researchers to analyze their results almost immediately.
This handheld, rocket-powered robot can leap about 30 meters and make a targeted landing. Once it's on the ground, it can then spin up and then abruptly brake its flywheel to jump forward or backward for a bit more mobility. Developed by the Japan Aerospace Exploration Agency, the rocketeer robot could someday liftoff from a planetary or lunar lander or rover. The 450-gram prototype uses an Estes C11 rocket engine like those used in model rocketry! From IEEE Spectrum:
Read the rest
The robot is mounted on an angled rail and when it’s time to fly, it spins up its reaction wheel and sets off the primary rocket. The rocket launches the robot on a parabolic trajectory with a maximum range, in Earth gravity, of up to about 30 meters, which would increase to about 200 meters under lunar gravity. The reaction wheel minimizes the effect of the robot body tumbling during flight, keeping the robot going on a straight line: We held this little thing with the gyro wheel turned on during an interactive session at (the International Conference on Robotics and Automation), and it was impressively powerful: There was a significant amount of resistance to any kind of sideways rotation. Since solid-fuel rocket engines can’t be throttled, the opposing thrust motors are fired when necessary to alter the robot’s trajectory for a targeted landing. It’s a fairly effective technique, and in their tests the standard deviation of a series of launches decreased from 1.2 to 0.29 meters, or four times more precise than without the opposing rockets.
Lego just announced its new NASA Apollo Saturn V model rocket set. It's based on a Lego Ideas submission by a builder named saabfun, it's a 1:110 scale model of the real thing. Of course the Saturn V was the workhorse rocket that took astronauts to the moon beginning in 1969 and delivered Skylab to orbit in 1973. and The 1,969 piece set will sell for $120 starting in June. It looks fantastic but I'll wait (and hope) for a Voyager Mission set complete with the Golden Record!
For the last four years, the Rocketry Organization of California (ROC), a club for hardcore model rocket geeks, has hosted the Tripoli Rocketry Association's LDRS (Large, Dangerous Rocket Ships) launch at the Lucerne Dry Lake Bed. These aren't the small Estes rockets you can launch on your local baseball field but rather large High Powered Rockets propelled by engines rated "G" or higher. Photographer Sean Lemoine documented the spectacular scene in a series of photos that made me wish even more that I was there for lift off.
More at Sean Lemoine's LRDS project page.