NASA hires Blue Origin to develop communication network on Mars
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NASA hires Blue Origin to develop communication network on Mars

NASA selected Blue Origin to develop the Mars Telecommunications Network, a communications network intended to support current and future missions on Mars. This contract was formalized on Tuesday, the 1st, with a potential maximum value estimated at around 700 million dollars, and stipulates that a telecommunications orbiter must be delivered by December 31, 2028.

The company's responsibility will include the planning, development, integration, launch, and operation of this structure, integrating it into NASA's space navigation and communications infrastructure. The network is expected to be functional on Mars by 2030, aiming to expand data transmission capacity and navigation services for all spacecraft operating on and near the planet.

The central component of the Mars Telecommunications Network architecture will be a high-performance telecommunications spacecraft positioned in Martian orbit. This equipment will be used to transmit scientific data, images, navigation information, and essential communications for the missions.

According to NASA itself, the creation of a dedicated structure is motivated by the expansion of projects aimed at the planet. The agency emphasizes that the increase in mission volume will consequently lead to a growth in data transmission demand. The proposal aims to establish a robust network capable of supporting a growing number of missions, ensuring greater reliability and operational flexibility.

This undertaking is part of NASA's broader strategy to extend communication and navigation services beyond Earth and the Moon. In addition to building the orbiter, Blue Origin will assume the launch and management of the network under a fixed-price contract, with a maximum ceiling of approximately 700 million dollars.

The choice of Blue Origin came after NASA published a request for proposals in May. This initiative is part of a larger strategy by the agency to utilize private partners for transport and communication services in Earth orbit, as well as for the development of the Lunar Base. NASA emphasizes that the Mars Telecommunications Network will leverage the capabilities of the private sector, while the agency focuses its resources on scientific and space exploration.

The project is also linked to the Artemis program, through which NASA plans to send astronauts to explore the Moon and prepare the ground for future missions to Mars. Before that, robotic missions are crucial to pave the way for human exploration of the planet. The administration of the Mars Telecommunications Network will be conducted by NASA's Space Communications and Navigation program, with the expectation that the system will be operational on Mars by 2030, providing communication and navigation support as NASA advances to increasingly distant areas from Earth.

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First spacecraft lands on the surface of Mars

The first successful landing of a spacecraft on the surface of Mars occurred on August 20, 1976. This spacecraft was the American unmanned planetary probe 'Viking 1'. The mission was launched from Cape Canaveral in Florida and became the first mission sent from Earth to another planet that successfully landed on its surface.

On June 19, 1976, the spacecraft entered Mars orbit. Over the next month, it used this time to take pictures of the Martian surface to determine the exact landing site for the lander. On July 20, on the seventh anniversary of the Apollo 11 landing on the Moon, the 'Viking 1' lander separated from the orbital spacecraft and landed in the Crater Plains region of Mars.

It became the first spacecraft to successfully land on the surface of Mars. On the same day, 'Viking 1' took the first photograph of the surface of this red planet. It was also 'Viking 1' that sent the first close-ups of the Martian surface, which appeared reddish.

In September 1976, just three weeks after the launch of 'Viking 1', 'Viking 2' was launched. It entered Mars orbit, where it assisted 'Viking 1' in taking surface pictures and sent its own lander. During the dual mission, both orbital spacecraft photographed the entire surface of Mars with a resolution of 150 to 300 meters, and both landers returned over 1400 photographs from the planet's surface.

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