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  • Russian Lunar Exploration Program Implementation Status

    Paper number

    IAC-18,A3,2A,4,x45752

    Author

    Dr. Sergei Antonovich Lemeshevsky, Russian Federation, Lavochkin Association

    Year

    2018

    Abstract
    {\bf Author S.A. Lemeshevskii}, Candidate of Economic sciences, 
    Lavochkin Association, Russia,
    npol@laspace.ru
    
    A.E. Shirshakov, Candidate of Engineering, Lavochkin Association, Russia,
    shirshakov@laspace.ru
    
    A.V. Lukianchikov, Lavochkin Association, Russia
    lukav@laspace.ru
    
    A.S. Mitkin, Lavochkin Association,
    mias@laspace.ru
     
    P.V. Kazmerchuk, Lavochkin Association, Russia,
    mockus@laspace.ru
    
    {\bf Lavochkin Association}
    24 Leningradskaya str., Khimki, Moscow region, 141402, Russia
    Tel.: +7 495 573 56 75, E-mail:npol@laspace.ru
    
    
    Today the key milestones for implementation of concept of the National Lunar Exploration Program have been defined. The first milestone of the concept is the creation of automatic space tools for the Moon studies. Currently the objective of automatic missions is to perform the detailed studies of the lunar properties and resources. In the framework of the implementation of this milestone Lavochkin Association develops space complexes intended for providing high-precision and safe landing on the predetermined area of the Moon, remote monitoring, sampling and analysis of soil samples, delivery of lunar soil to the Earth.
    
    In order to ensure the solution of the objectives specified above the following spacecraft are under development:
     
    - Luna-Glob – Luna-25, designed for verification of the soft landing on the Moon South Pole;
    
    - Luna-Resource-1 (Orbiter) – Luna-26, designed for Moon remote sensing, including stereo cameras studies;
    
    - Luna-Resource-1 (Lander) – Luna-27, designed for the contact Moon studies, providing high-precision and safe landing on the specified surface area at the Moon South Pole;
    
    - Luna-Grunt – Luna-28, designed for delivery of lunar soil samples to the Earth. 
    
    The stepwise implementation of these mission will enable to solve some of technological problems that ensure the creation of Lunar space infrastructure, including  delivery of payloads to various space objects.
    Abstract document

    IAC-18,A3,2A,4,x45752.brief.pdf

    Manuscript document

    (absent)