CityMetric takes a look at why the zeppelins went down in the end… and how one new system might bring them back Today, the Van Wagner group, an airship organisation, estimates that there are only 25 blimps currently operating around the world; there are even fewer zeppelins. But all this is about to change, if Igor Pasternak has his way. As a young man growing up in Ukraine, Pasternak’s love of airships led him to study engineering in search of the latest breakthrough in zeppelin technology. That breakthrough would ultimately come in the form of the COSH system… The COSH – Control of Static Heaviness – system works by rapidly compressing helium into storage tanks, making the airship heavier than air. While conventional airships take on air to descend, they must still dedicate most of the space in the helium envelope to actually storing the helium itself. That makes the landing process more difficult and […]
These are prehistoric animals compared to their modern relatives and, for scale, a human. A human who’s interested in what they’re like… except when…
Look out! HELL PIG!
There are plenty more of the majestic giants (and some terrifying ones) at NPR’s Skunk Bear tumblog.
The New Horizons Long Range Reconnaissance Imager (LORRI) snapped this photo of Jupiter’s ring system on February 24, 2007, from a distance of 7.1 million kilometers (4.4 million miles).
This processed image shows a narrow ring, about 1,000 kilometers (600 miles) wide, with a fainter sheet of material inside it. The faint glow extending in from the ring is likely caused by fine dust that diffuses in toward Jupiter. This is the outer tip of the “halo,” a cloud of dust …
SOURCE:Based on “NASA Windbots Could Explore Gas Giant Jupiter”, Sky News, 24 July 2015, as used in the post as used in the post “Windbots to explore Jupiter – the bumpier the ride, the better..”
ABSTRACT: The planet Jupiter is 35 light-minutes from Earth (give or take a couple of minutes depending on where in its orbit the planet is).
So a robot floating in the turbulent winds of Jupiter would take that long to send a mes…
Three names for one little fish. And those are just the beginning.
I found this one on the Scientific Illustration tumblog, which quoted Wikipedia on the doree (etc.):
John Dory, St Pierre or Peter’s Fish, refers to fish of the genus Zeus, especially Zeus faber, of widespread distribution. It is an edible benthic coastal marine fish with a laterally compressed olive-yellow body which has a large dark spot, and long spines on the dorsal fin. The dark spot is used to flash an ‘evil ey…
These are ostensibly Cochin chickens, or forerunners of what we’d call Cochins today. They’re a breed with a *lot* of character, and are uniquely suited, temperamentally, for being “pet” chickens moreso than egg factories or walking meat supplies. Despite the name (after a part of India), they’re originally from China.
It’s the most Earth-like planet yet discovered. Kepler 452b sits in the “Goldilocks” zone around its star, not too hot and not too cold, and is about the same size (or is a little larger) and made of something like the same stuff as the planet we’re sitting around on right now. It takes 365 days to orbit around its sun, too. NASA’s calling it ou…
Nature profiles the amazing new high-atmosphere vehicle for exploring space from Antarctica: If all continues smoothly, experts expect the flight to last for 100 days or longer. The current record for the longest NASA scientific ballooning flight is 55 days, using a traditional balloon. The record for a super-pressure balloon is just a day shorter, at 54 days. More time aloft equals more science. The new super-pressure balloon is carrying a ?-ray telescope to hunt for high-energy photons streaming from the cosmos. Known as the Compton Spectrometer and Imager (COSI), it can detect where in the sky these ? rays are coming from, and thus begin to unravel various astronomical mysteries. COSI is the first science payload designed from scratch to take advantage of NASA’s super-pressure technology, says team leader Steven Boggs, an astrophysicist at the University of California, Berkeley. Its predecessors used liquid nitrogen to cool themselves, meaning that the nitrogen ran out in […]
You probably know about the Moller SkyCar and you might have heard of the Terrafugia “roadable plane.” Well, now, The Guardian is reporting on a new, European car that flies: Organisers of Vienna’s Pioneers Festival, an annual conference for future technology and digital entrepreneurship, announced on Thursday that they would unveil the prototype of “the world’s most advanced flying car” on 29 October. An earlier prototype of the Flying Roadster by Slovakian company AeroMobil reportedly took its first test flight in October last year. The latest version will be tested a day before its premiere, on 28 October. Company co-founder Juraj Vaculik said that AeroMobil had sped up the prototyping process after having seen “enthusiastic reactions of the global engineering and design community”. Weighing 450 kg, with carbon-fibre wings that fold behind the cabin and a flight top speed of 124mph, the two-seater promises to be more of a flying sports car than a flying […]
Click to embiggen This is from a government report – from the National Advisory Committee for Aeronautics, a precursor to NASA – on L’Oiseau Blanc, an aircraft used in an unsuccessful attempt to fly from Paris to New York. The U.S. took a keen interest in what the French were trying to do. Two weeks after the plane vanished (with two World War I heroes aboard), Charles Lindbergh met with more success flying in the opposite direction.
New Scientist rises swiftly to break the news of hybrid aircraft that combine helicopters, planes, hovercrafts and blimps: The peculiar aircraft is currently undergoing feasibility tests in the European Commission’s Extremely Short Take Off and Landing On any Surface (ESTOLAS) project. Led by Alexander Gamaleyev at Riga Technical University in Latvia and Dimitris Drikakis at Cranfield University in the UK, the research team envisage a squat, propeller-powered aircraft made of ultralight carbon fibre. But instead of an airplane’s usual long, thin fuselage it will have a bloated central void that can be filled with helium gas to make the aircraft lighter. In addition, the entire body of the plane will be wing-shaped, to provide extra lift while in motion. This means that it can take off and land at lower speed than a normal aircraft of similar size – and so use shorter runways, says Gamaleyev. And the void space can hold cargo as well […]
Click to embiggen This may be an important historical record of the early days of aeronautics, or it may be a vivid fantasy by a lonely, old man. Either way, it’s beautiful. The notebooks of Charles A.A. Dellschau were, The Atlantic tells us, rescued from a Texas landfill. They’d been dumped there after a house fire in the 1960s. Inside the pages were descriptions – and brilliant illustrations – chronicling the mid-1800s meetings of the Sonora Aero Club. This is the only record of the club’s existence, so it’s hard to tell if this is all real records of real concepts (exchanged by hard-drinking, often broke working-class tinkerers) or if it’s a fantastic imaginary world dreamed up by a German expat who never quite struck it big in the Gold Rush. On one night in 1858, a man by the name of Gustav Freyer stood to present his invention: the Aero Guarda, a sort of […]
It’s the first rigid-body airship since the Hindenburg, says the Register. And the military is banking on Pelican to change the way we fly: The 230ft-long, 18-ton demonstrator has been built for the US military by radical airship firm Aeros of California, helmed by Ukrainian LTA visionary Igor Pasternak. … But the airship can potentially do things that planes can’t: specifically it can come down vertically or nearly vertically, like a helicopter, on an unimproved landing zone – and it can do so after a much longer trip than any realistic helicopter can make, as its engines only have to push it along rather than holding it up too. … Unfortunately, while airships until now have been able to bring troops to a landing site, actually getting them off the ship in a timely fashion without a disaster would normally involve venting off huge amounts of lifting gas. This would effectively take the ship out […]
Oh, yes we did. We’ve already used zeppelins to hunt for aliens (or at least meteorite strikes). And now, MSNBC tells us, we’ve got an odder airship for an odder task: Using a 45-foot-long, camera-mounted, remote-controlled airship, project founder William Barnes plans to work with a team that includes one scientist to conduct nighttime flyovers of reported Bigfoot hotspots around the United States. Barnes, a gold dredger whose current endeavor was inspired by an alleged encounter with a Bigfoot-like creature he claims to have had in 1997, thinks the helium-filled craft will allow his team to succeed where others have failed due to its unprecedented advantages in two key areas: stealth and maneuverability. The camera aboard the craft can film in infrared, thermal imaging and high definition. And as the ship scans densely wooded regions from a penetrating vantage, it will never spook a potential subject with a broken twig or run out of breath […]
Click to embiggen When you’re a pioneering aviator, it pays to have a brother who’s an illustrator. From the Tissandier collection in the Library of Congress, a dream of the sky from the past. In 1875, Gaston Tissandier flew higher than anyone had ever gone. Two of his companions died from the altitude and he went deaf. And a few years later, with the help of a Siemens motor, he piloted the first electric-powered flight.
No, McClatchy ain’t making this up. Members of SETI and NASA are using an airship to seek traces of meteorites – and, possibly, alien life: On Thursday, the scientists flew over the Sierra Nevada foothill region in a chartered zeppelin, hoping to spot craters, burn marks or other signs of falling space particles. The meteorite did not arrive quietly early on that Sunday morning. Residents throughout the Sierra Nevada, from Lassen to Kernville, reported hearing explosive sounds as it burned in the atmosphere. Many saw a bright white streak in the sky. The track of that streak ended around Marshall Gold Discovery State Historic Park in Coloma, where pieces of the meteorite were found in the parking lot. … “It’s a gamble,” said Gregory Schmidt, deputy director of the NASA Lunar Science Institute, who was part of Thursday’s search effort. “But for a once-in-a-lifetime (meteorite) fall like this, we think it’s worth it.” Scientists say […]
Click to embiggen In 1912, aeronautics was a sport. And the athletes had to start their engines somehow… so Bosch, now known mostly for their spark plugs, made magnetos. And summoned pilot genies to keep those flying machines in the air. This bit of science art nouveau was found on archive.org. The same issue has a wonderful “Get a Balloon!” ad from Goodyear. And, you know, actual engineering information for planes and stuff.
Wired’s Danger Room takes a long look at the Blue Devil project – a 370-foot-long airship that, if some legislators have their way, will be flying over Afghanistan soon: At 370 feet long and 1.4 million cubic feet fat, it is one of the largest blimps built in this country since World War II. All that size allows it to stay in the air for days at a time at 20,000 feet. And it enables the airship to carry an enormous array of cameras and eavesdropping gear — enough to keep tabs on at least four square kilometers at a time. No other singular eye in the sky could track insurgents for so far around. No wonder then-Defense Secretary Bob Gates noted in a Nov. 17, 2010 memo (.pdf), obtained by Danger Room, that “the Blue Devil Air Ship initiative [is] urgently needed to eliminate combat capability deficiencies that have resulted in combat fatalities.” A […]
Wired celebrates the anniversary of that very special day, March 14, 1899, when Count Ferdinand Von Zeppelin got the U.S. patent for his design for a hard-bodied balloon with engines and rudders: Zeppelin, who received a German patent nearly four years earlier, can more accurately be said to have perfected, rather than invented, the cylindrical-shaped craft. His final designs were based on ideas originally conceived by David Schwartz, a Croatian aviation pioneer employed by the German army. Upon Schwartz’s premature death, Ferdinand von Zeppelin, whose interest in maneuverable balloons went back to his days as a German military observer during the American Civil War, bought the rights to Schwartz’s designs from his widow and established a commercial company. After several false starts, including a couple of near-disastrous demonstrations, Zeppelin’s rigid airship was reliable enough to attract interest from the army. Structural rigidity, i.e., a metal airframe, is what distinguishes a zeppelin from a blimp. Zeppelin […]
Discovery is looking up to a way to get satellites into orbit using balloons instead of rockets: …[T]he now-retired NASA space shuttle was the Hindenburg of the space age. Like the zeppelins, the shuttles were a limited fleet, extremely weather-sensitive, fragile, expensive, required huge ground support crews, and were ultimately retired after two deadly accidents. In the post-shuttle era, private companies are competing to make human access to space comparatively simpler and affordable. But it’s time to think of something other than rockets for passenger travel into orbit. To me, floating up to a sky-city platform at 200,000 feet is more leisurely than being strapped into a rocket that zips you to the edge of space and back in 25 minutes. … This is what the folks at JP Aerospace are dreaming about: The first part of their space balloon infrastructure is an atmospheric airship that would ascend to 140,000 feet. The vehicle is operated […]