Airbus approve the first Interplanetary Cargo Ship

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Airbus: Heavy load

The European Space Agency has contracted with the giant aerospace company Airbus to design and build a spacecraft to bring the first Mars samples to Earth.

The aim is to bring the samples that the “Presence” spacecraft will collect to search for the possibility of an ancient life on the Red Planet.

Double difficulty

The cost of the ambitious project is billions of dollars. “The difficulty here is not only the weakness of the difficulty of traditional Mars missions, but it is twice as much, given the complexity of the process,” David Parker, director of the Department of Human and Robotic Exploration at the European Space Agency, told the BBC.

Adding «And that vehicle that Airbus will build is the name of it: the first inter-planetary cargo ship because this is what it really does, it is designed to transport the payloads between Mars and Earth.»

DHL between the two planets

It was called the “Orbiter Return to Earth,” and will weigh 6.5 tons when launched in 2026 with ion engines that rely on huge solar panels, able to propel it back and forth; Bringing Martian rocks will require the cooperation of a group of robots of both NASA and ESA.

Initially, another NASA landing craft will carry a “European” space cart “, to pick up the Presence sample tubes, and then place them in the landing craft; As a result, a small missile called the Martian Boarding Vehicle climbs to the orbit of Mars.

Once the samples settle into orbit, they will be met by the “Orbital Spacecraft” and taken to be transported to Earth in a football-like container, and they will then descend over the Utah Desert in 2031 if everything goes as well.

The European Space Agency has officially hired aerospace giant Airbus to build a spacecraft designed to bring back the first-ever rock samples from Mars. BBC Report

A brief history of  interplanetary cargo ship

An Interplanetary Cargo Ship is a type of spacecraft that is designed to transport goods, equipment, and supplies between different planets and celestial bodies in our solar system. These cargo ships are intended for use in deep space and are equipped with advanced technologies that allow them to survive the harsh conditions of space.

Interplanetary cargo ships can vary in size and design depending on their intended mission and payload requirements. Some cargo ships are designed to transport large equipment and materials, while others may be smaller and more agile, carrying smaller payloads or serving as support vessels for larger missions.

One of the biggest challenges of interplanetary cargo transport is the length of time it takes to travel between planets. Cargo ships must be able to sustain their crew and cargo for long periods of time in deep space, and they must also be able to withstand the rigors of space travel, such as radiation and microgravity.

To meet these challenges, interplanetary cargo ships are typically equipped with advanced life support systems, radiation shielding, and other technologies to support long-duration missions. They may also be equipped with advanced propulsion systems, such as nuclear engines or solar sails, to increase their speed and reduce the amount of time required for interplanetary travel.

Overall, interplanetary cargo ships play a critical role in enabling human exploration and scientific research in deep space, as they provide the means to transport vital supplies and equipment to and from other planets in our solar system.

A brief history of  airbus interplanetary project:

Airbus is a major aerospace company that has been involved in numerous ambitious projects related to space exploration and interplanetary missions. One of the company’s most notable projects in this field is the Airbus Interplanetary Mission Architecture, which is focused on developing a sustainable and efficient transportation system for human missions to Mars and beyond.

The Airbus Interplanetary Mission Architecture involves a multi-stage approach that includes the development of advanced propulsion technologies, habitat and life support systems, and robotic exploration missions to identify potential landing sites and resources on other planets.

The architecture includes a reusable spacecraft called the Mars Sample Return Orbiter, which would be used to transport samples of Martian soil and rocks back to Earth for scientific analysis. Airbus is also working on the design of a Mars surface habitat that would provide shelter and resources for human explorers.

In addition to Mars, Airbus is also involved in other interplanetary missions, including the proposed joint NASA-ESA Europa Clipper mission to explore Jupiter’s icy moon Europa, and the development of a mission to explore the asteroid belt between Mars and Jupiter.

Overall, the Airbus Interplanetary Mission Architecture represents a significant step forward in humanity’s efforts to explore and eventually colonize other planets in our solar system.