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Raumfahrt - Russia to launch Luna-27 lunar lander mission atop Angara rocket from Vostochny spaceport

23.10.2021

The Luna-26 lunar orbiter is due to be launched atop a Soyuz-2 carrier rocket
luna-27

The Russian Luna-27 lunar automatic station will be launched atop an Angara carrier rocket from the Vostochny spaceport, Head of the State Space Corporation Roscosmos Dmitry Rogozin said in a new film series of the General Line program on Wednesday.

"The Luna-27 is a heavy lander with a drilling rig that will be lifted by an Angara. That is why we are planning to launch these rovers in 2024 and 2025," the Roscosmos chief said.

The Luna-26 lunar orbiter is due to be launched atop a Soyuz-2 carrier rocket, he said.

Initially, a Soyuz-2 rocket was planned for launching the Luna-27 mission. 

Russia's first lunar mission since the Soviet Union is planned for 2022 (Luna-25) to be followed by the Luna-26 probe in 2024, the Luna-27 station in 2025 and the Luna-28 vehicle in 2027-2028.

The Vostochny spaceport in Russia’s first civilian cosmodrome located near the town of Tsiolkovsky (built on the territory of the former settlement of Uglegorsk in 2015) in the Amur Region in the Russian Far East. A decree on the spaceport’s construction was signed by the Russian president in 2007. A multi-purpose launch compound for Soyuz-2 carrier rockets was built in 2012-2016 during the first stage of the cosmodrome’s construction.

The second stage envisages building a launch pad for Angara-A5 carrier rockets and the associated infrastructure. The construction of the spaceport’s second stage is expected to be completed in late 2022.

The Angara is a family of next-generation Russian space rockets. It consists of light, medium and heavy carrier rockets with a lifting capacity of up to 37.5 tonnes. Angara rocket units are produced at the Omsk-based Polyot Production Association (part of the Khrunichev Space Center within Roscosmos). The first two launches of the Angara carrier rocket were conducted on December 23, 2014 and December 14, 2020 from the Plesetsk space center.

Quelle: TASS
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Update: 28.10.2021
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Roscosmos chief vows to turn Luna-27 mission into international lunar project

Russia's first lunar mission since the Soviet Union is planned for 2022 (Luna-25) to be followed by the Luna-26 probe in 2024, the Luna-27 station in 2025 and the Luna-28 project in 2027-2028

Russia’s Luna-27 automatic lunar station scheduled for launch to the Earth’s natural satellite in 2025 will be implemented jointly with international partners, Head of Russia’s State Space Corporation Roscosmos Dmitry Rogozin told a briefing at the 72nd International Astronautical Congress in Dubai on Tuesday.

"I believe that the Luna-27 mission will already be a full-fledged international project," Rogozin said.

The Roscosmos chief said he had discussed this project with French specialists who possessed water ice treatment technologies.

"Ice means water and hydrogen. This is actually fuel for rocket engines. So, we unexpectedly discussed this interesting project today. I invited their specialists to Russia and we already got in touch with our specialists," Rogozin said.

 

Russia's first lunar mission since the Soviet Union is planned for 2022 (Luna-25) to be followed by the Luna-26 probe in 2024, the Luna-27 station in 2025 and the Luna-28 project in 2027-2028.

The 72nd International Astronautical Congress is running at the Dubai World Trade Center under the aegis of the International Astronautical Federation on October 25-29. The congress has brought together the heads of space agencies from different countries, space industry representatives, equipment producers and scientists specializing in space-related problems. Specialists will demonstrate their achievements and discuss plans for future space exploration missions.

Quelle: TASS

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Russlands Luna-27 Landers mit ESA Eisbohrer für Mission 2020 / 21.05.2016

 

Lunar Lander before touchdown on the Moon.
Lunar Lander is a robotic explorer that will demonstrate key European technologies and conduct science experiments. The mission is a forerunner to future human and robotic exploration of the Moon and Mars. It will establish European expertise to allow strong international partnerships in exploration.
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A drill designed to penetrate 1–2 m into the lunar surface is envisaged by ESA to fly to the Moon’s south pole on Russia’s Luna-27 lander in 2020.
“It is an essential part of a science and exploration package being developed to reach, extract and analyse samples from beneath the surface in the Moon’s south polar region,” explains lunar exploration systems engineer Richard Fisackerly.
“This region is of great interest to lunar researchers and explorers because the low angle of the Sun over the horizon leads to areas of partial or even complete shadow. These shadowed areas and permanently dark crater floors, where sunlight never reaches, are believed to hide water ice and other frozen volatiles.”
Developed by Finmeccanica in Nerviano, Italy, the drill would first penetrate into the frozen ‘regolith’ and then deliver the samples to a chemical laboratory, which is being developed by the UK’s Open University.
The development team has tested the drill design with simulated lunar soil cooled to –140°C (typical of the expected landing site of Luna-27) but the permanently shadowed regions of the Moon are known to be even colder, at down to –240°C.
The drill system plus laboratory are collectively known as Prospect: Platform for Resource Observation and in-Situ Prospecting in support of Exploration, Commercial exploitation & Transportation.
Prospect is one of the packages being developed by ESA for flight to the Moon as part of cooperation on Russia’s lunar programme. Pilot – Precise Intelligent Landing using On-board Technology – is an autonomous precision landing system incorporating ‘laser radar’ lidar for hazard detection and avoidance.
These packages are being developed by ESA’s Directorate of Human and Robotic Exploration and will be proposed for approval to fly by ESA’s Council of European Ministers in December 2016.
Quelle: ESA
 

 

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