British astronaut Tim Peake mentioned he will be taking portion in the London marathon — harnessed to a running machine 400 kilometres above Earth on the International Space Station.
“As soon as I got assigned to my mission to the International Space Station, I believed would not it be fantastic to run,” said Mr Peake, a former helicopter pilot who will be operating for the Prince’s Trust charity.
“The London Marathon is a worldwide event.
“Let’s take it out of this globe.”
Mr Peake is due to take off on December 15 from the Baikonur cosmodrome in Kazakhstan on board a Soyuz rocket for a six-month mission to the ISS.
“Significant Tim” — his actual rank — will be only the second Briton in space right after Helen Sharman in 1991.
Typical physical exercising is essential in space to fight the effects of a microgravity on muscle tissues.
Mr Peake said he would run on April 24 — the day of the marathon, which has about 37,000 participants.
Thanks to a screen with a virtual reality avatar placed in front of him he will really feel like he is there.
“I will be operating it with the iPad and watching myself operating by means of the streets of London while orbiting the Earth at 400 kilometres above the surface and going 27,000kmh,” he said in a statement released by the Prince’s Trust.
He mentioned the trickiest aspect would be the harness.
“In microgravity I would float if I didn’t strap myself down to the treadmill so I have to put on a harness method that is a bit similar to a rucksack,” he mentioned.
“It has a waist belt and shoulder straps.”
Mr Peake ran the London marathon in 1999 in 3 hours, 18 minutes and 50 seconds.
This time about he recognises he will not be setting “any private bests” but is still organizing to total it in 3 hours and 30 minutes to four hours.
British astronaut Tim Peake says he’s “absolutely ready” for his very first space flight, lastly fulfilling a childhood ambition soon after two and a half years of intensive instruction.
The former military test-pilot has just passed his final practical exams and is due to blast off to the International Space Station on 15 December.
Along with Russian commander Yuri Malenchenko and Nasa astronaut Tim Kopra, he will devote 170 days in orbit, conducting scientific experiments and carrying out maintenance function on the vast flying laboratory.
“The launch, re-entry, the entire expertise of being in weightlessness, if I get the opportunity to do a spacewalk – these are all absolute highlights of the mission,” Mr Peake told the BBC at a Russian facility deep in a snowy forest on the edge of Moscow. It’s exactly where Yuri Gagarin also trained over half a century ago to be the first man in space.
Mr Peake will be the very first British astronaut on the ISS, flying from the European Space Agency. Considering that the US space shuttle programme was ended, the Russian spacecraft has been the only way up.
So final week, the major three-man crew and their back-up team were put via two days of gruelling practical tests, such as several hours squeezed inside a replica of the Soyuz capsule they’ll travel in.
Fully kitted-out in their space suits, the astronauts flew a simulation of the six-hour journey, tackling multiple malfunctions on their way.
“There are emergency drills to see how to act to save themselves and the spacecraft,” trainer Georgy Pirogov explained, keeping an eye on the crew through a bank of video screens in a mini mission manage.
“It could be a fire, loss of stress or an emergency landing,” he said. “But in reality, most of it is automatic and ideally they should just sit and fly!”
The intense education programme has included living in a cave and deep below the sea. But of all issues, Tim Peake says that it is understanding Russian that has been “a struggle”.
Now completely qualified, he says he has “no worries whatsoever” about his 1st ever spaceflight.
“Flown astronauts have offered me lots of tips,” he says, equating the expertise to understanding to dive or to ski.
He says there are a lot of mishaps as you adjust to a life in zero gravity, exactly where you have to tether yourself to the wall to sleep, and to the toilet.
“Soon after about two weeks they say you get into a pattern – how to eat, wash, use the loo – all the typical items we take for granted in our 1G [gravity] atmosphere,” he has been assured.
The crew will undertake a complete scientific programme on the ISS, conducting far more than 250 experiments over their six-month mission – numerous on their personal bodies. They include investigation on the human immune system and the ageing procedure.
Some of the crew’s baggage allowance will be taken up by that investigation kit. But as effectively as family members photographs, Tim Peake says he’ll be taking some individual items to be “flown in space”, that he plans to give to his sons when they turn 18.
And on the advice of former astronauts, he’ll also make space for one particular important item: sticky-tape.
“They say if you leave anything, you turn around and it will not be there,” he laughed, recalling the best tip for life 400km (248 miles) above Earth.
The final “graduation” ceremony at Star City takes place next week, attended by the astronauts’ households. Then it is into the obligatory quarantine, ahead of the launch.
“The whole experience is a massive privilege,” the British spaceman reflects, unruffled as ever. “But seeing that very first view of planet Earth from space is possibly going to be the most thrilling moment.”
The R-23M “space cannon,” revealed to a Russian military television plan at the secret business museum of the KB Tochmash design bureau in Moscow.
Final month, a Russian military show, Voennaya Priemka, revealed a single of the greatest secrets of the Soviet Union’s 1970s space program: the R-23M Space Cannon. A defensive weapon created to counter the threat of American anti-satellite weapons, the R-23M was a 23-millimeter automatic cannon that could be fired in the vacuum of space.
Making use of footage from the show, Anatoly Zak, of RussianSPaceWeb.com, and other people had been able to produce a 3-dimensional model of the R-23M, published yesterday by Popular Mechanics. Fired only after in its lifetime—just as the space station carrying it was preparing to be decommissioned by means of a fiery re-entry—the R-23M served aboard 3 Almaz Orbital Piloted Stations (OPS). The Almaz plan, originally undertaken in the 1960s as a objective-constructed military reconnaissance space station with a reusable crew return module, was folded into the Salyut plan in the 1970s.
The R-23M was based on the tail gun of the Tupolev Tu-22 “Blinder” bomber. It weighed 37 pounds and had a fire rate of above 950 rounds per minute, Zak reported, “blasting 200-gram shells at a velocity of 690 meters per second (1,500 miles per hour). According to veterans of the Almaz project, the space cannon effectively pierced a metal gasoline canister from a mile away in the course of its ground tests.”