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Luna 2076

The Geopolitics of Lunar Colonization

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Luna 2076

Category: Transportation

FLEX: A Vehicle to Support Early Moon Colonization

March 16, 2022

California-based Venturi Astrolab has built a working prototype, tested in the American desert, of a rover, called FLEX, that is capable of transporting astronauts and cargo in support of lunar activities and experiments.

If selected by NASA, FLEX will support the Artemis program goal of establishing a long-term base on the Moon.

“Once you get there, you’ve got to be able to move things around,” said retired Canadian astronaut Chris Hadfield who test-drove the vehicle, as reported by VOA Learning English. “You also need to transition the equipment that keeps you alive and that enables the activities.”

“When we settle somewhere,” he added, “we don’t just need to get people from one place to another, but we need to move hardware, cargo, life support equipment and more.” more “FLEX: A Vehicle to Support Early Moon Colonization”

Surface vehicles, Transportation

It Takes a Tough Tire to Drive on the Moon

February 19, 2020
But can it burn rubber?

Vehicle maintenance on the lunar surface will be a significant challenge for explorers and colonists. Lunar regolith, a mix of dust, rock and debris, is superfine, ultra-abrasive, and can lodge itself in the tiniest crevasses. Not only that, but it carries an electrostatic charge. Bridgestone, the Japanese tire company, is looking ahead… far ahead… at the market opportunities. The company is working with the Japan Aerospace Exploration Agency (JAXA) to develop a specialized rover, reports Popular Mechanics.

JAXA’s rover will shuttle up to four astronauts and could log as many as 6,000 miles on the lunar surface, compared to 22 miles reached by the Apollo-era rovers.

The Apollo rovers were coated in a mesh of zinc-coated piano wire and wrapped in titanium treads. Bridgestone has revealed a wheel design consisting of two lobes of braided steel woven together — inspired by the toes of a camel.

“It’s biomimicry,” Bridgestone America’s chief technology officer, Nizar Trigui, told Popular Science. “The pattern helps the tire carry the load without penetrating too deeply into the sand.”

The new tire design is being tested under simulated lunar conditions with crushed lava rock and broken glass.

Surface vehicles Lunar vehicles

NASA SLS Rockets Could Cost $800 Million to $1.6 Billion a Pop

December 13, 2019

The Space Launch System (SLS) will be the most powerful rocket NASA has ever built. When completed, it will be able to take astronauts to the Moon and beyond. Indeed, according to NASA Administrator Jim Bridenstine, it will be the only rocket “qualified” to take astronauts to the Moon.

NASA is under contract with Boeing to build two SLS rockets with the goal of putting astronauts back on the Moon by 2024: specifically, landing the next man and woman on the south pole of the Moon, after which it will need a third rocket, and perhaps more.

CNN Business asked a pertinent question: How much will the rockets cost?

Said Bridenstine:

When we think about the cost of an SLS rocket per launch, it really, quite frankly, depends upon how many we buy in a certain package. If you buy one SLS rocket, it’s going to be very expensive. I’d say on the order of $1.6 billion. If we buy multiple SLS rockets, say as many as ten, or twelve, it can get down under a billion dollars, $800 million per copy. But, look, these are all estimates at this point. NASA needs to sit down with its prime contractor Boeing to negotiate the best solution to the right mix to the number of rockets and the cost per rocket.

Bridenstine added that he would like to have a cadre of astronauts dedicated to the Artemis project. “I want the astronauts that we send to the Moon this time to be like the Mercury Seven where the astronauts have names and faces and backgrounds and histories and personalities.”

According to Science Alert, the SLS is the tallest rocket stage NASA has built since the Saturn V stages for the Apollo missions. It is also the most powerful, designed to reach a speed of Mach 23 before separating from its upper stage, the Orion crew capsule.

The project has suffered by delays and cost overruns. The first flight was scheduled for November 2018, and the price tag has risen from $6.2 billion to $8 billion. NASA has spent roughly $34 billion on the SLS, Orion, and the Exploration Ground Systems Program through 2018, a sum that is projected to increase to more than $50 billion by 2024.

Space vehicles, Spacecraft, Transportation

Blue Origin Unveils Lunar Lander

December 10, 2019

Jeff Bezos, founder of Blue Origin, unveiled a lunar land last week that he said will transport equipment and possibly human beings to the south pole of the Moon by 2024.

In a a presentation in the state of Washington, Bezos said the lander can transport 3.6 metric tons to the lunar surface. Under development for the past three years, the lander will be capable of carrying scientific instruments as well as rovers for exploration, reports Republic World.

Bezos also unveiled the company’s BE-7 rocket engine, which he declared will be test-fired soon. Many parts of engine were 3D printed.

Said Bezos: “We were given a gift — this nearby body called the moon. The moon is a good place to being manufacturing in space due to its lower gravity than the Earth. Getting resources from the moon takes 24 times less energy to get it off the surface compared to the Earth, and that is a huge lever.” more “Blue Origin Unveils Lunar Lander”

Probes, Rovers, Transportation

Thales Alenia Develops Space Tug Concept

June 2, 2017
Image credit: NASA

A team from Thales Alenia, a Franco-Italian aerospace company, is developing the design for an electric-powered lunar space tug. The reusable vehicle would fly back and forth between Earth and the Moon, transporting cargo and passengers. It would be refueled at a low Earth orbit fuel depot and maintained by astronauts on the Moon and International Space Station. Reports NBC News.

The greatest advantage of the tug is that it would run off Hall Effect Thrusters, which use electric propulsion. In this sense, the tug would be powered much like NASA’s Dawn spacecraft and Japan’s Hayabuse 2.

The space-tug concept is described in an Acta Astronautica paper, “The Lunar Space Tug: a sustainable bridge between low Earth orbits and the Cislunar Habitat.” more “Thales Alenia Develops Space Tug Concept”

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