1. The life of the Chief Designer of scientific robotic space systems—Georgii N. Babakin

   • V. V. Khartov
   • V. M. Romanov
   • K. M. Pichkhadze

   OriginalPaper 08 July 2016 Pages: 443 - 449

2. Georgii N. Babakin

   • M. Ya. Marov

   OriginalPaper 08 July 2016 Pages: 450 - 452

3. Automated vehicles can do everything!

   • L. M. Zelenyi
   • Yu. I. Zaytsev

   OriginalPaper 08 July 2016 Pages: 453 - 459

4. Outcome of development and initial operational phases of Versatile Space Tugs of the Fregat type

   • V. A. Asyushkin
   • V. P. Vikulenkov
   • S. V. Ishin

   OriginalPaper 08 July 2016 Pages: 460 - 466

5. Mission operation center of the Lavochkin scientific production association: Work with the interorbital space booster “Fregat”

   • Yu. V. Kazakevich
   • I. V. Zefirov

   OriginalPaper 08 July 2016 Pages: 467 - 475

6. Thermal destruction calculation method and its results for Fregat Versatile Space Tug during entry into the Earth’s atmosphere

   • V. S. Finchenko
   • S. N. Ustinov
   • A. A. Ivankov

   OriginalPaper 08 July 2016 Pages: 476 - 484

7. New high-elliptical meteorological satellite “ARKTIKA-M”

   • V. V. Khartov
   • M. B. Martynov
   • A. S. Mit’kin

   OriginalPaper 08 July 2016 Pages: 485 - 489

8. The past, present, and future of super-heavy launch vehicles for research and exploration of the Moon and Mars

   • A. Yu. Daniluk
   • V. Yu. Klyushnikov
   • A. S. Osadchenko

   OriginalPaper 08 July 2016 Pages: 490 - 499

9. Conceptual design of “Exomars-2018” Descent Module developed by federal enterprise “Lavochkin Association”

   • V. V. Khartov
   • M. B. Martynov
   • S. N. Alexashkin

   OriginalPaper 08 July 2016 Pages: 500 - 508

10. Scientific objectives of the scientific equipment of the landing platform of the ExoMars-2018 mission

    • L. M. Zelenyi
    • O. I. Korablev
    • E. V. Larionov

    OriginalPaper 08 July 2016 Pages: 509 - 517

11. ESA ExoMars program: The next step in exploring Mars

    • J. Vago
    • O. Witasse
    • R. de Groot

    OriginalPaper 08 July 2016 Pages: 518 - 528

12. ACS experiment for atmospheric studies on “ExoMars-2016” Orbiter

    • O. I. Korablev
    • F. Montmessin
    • T. O. Kozlova

    OriginalPaper 08 July 2016 Pages: 529 - 537

13. Selecting a landing site for the ExoMars 2018 mission

    • J. L. Vago
    • L. Lorenzoni
    • A. M. Zashchirinskiy

    OriginalPaper 08 July 2016 Pages: 538 - 542

14. Ballistics and navigation of the flight and descent of the ExoMars-2018 landing module

    • A. E. Evgrafov
    • I. M. Morskoy
    • V. A. Stepaniants

    OriginalPaper 08 July 2016 Pages: 543 - 549

15. Management of flight control for “ExoMars-2018” robotic interplanetary space station

    • A. E. Shirshakov
    • M. I. Artyukhov
    • A. I. Kalashnikov

    OriginalPaper 08 July 2016 Pages: 550 - 556

16. Preliminary results of the calculated and experimental studies of the basic aerothermodynamic parameters of the ExoMars landing module

    • V. S. Finchenko
    • A. A. Ivankov
    • A. S. Mordvinkin

    OriginalPaper 08 July 2016 Pages: 557 - 568

17. Pyro devices for the “ExoMars-2018” space complex separation

    • V. V. Efanov
    • V. V. Gorovtsov
    • S. A. Dushenok

    OriginalPaper 08 July 2016 Pages: 569 - 572

18. Radioastron: Main results of the implementation of the early science program in studies of astronomical objects in the universe with ultra-high angular resolution

    • N. S. Kardashev
    • A. V. Alakoz
    • K. V. Sokolovsky

    OriginalPaper 08 July 2016 Pages: 573 - 579

19. PLASMA-F experiment: Three years of on-orbit operation

    • L. M. Zelenyi
    • G. N. Zastenker
    • O. M. Chugunova

    OriginalPaper 08 July 2016 Pages: 580 - 603

20. Development of precision structure of a large-size space radio telescope

    • A. S. Astavin
    • V. S. Kovalev
    • V. A. Serebrennikov

    OriginalPaper 08 July 2016 Pages: 604 - 609

21. Analysis of SPEKTR-R spacecraft operating modes for various algorithms of high gain antenna drive control

    • P. P. Telepnev
    • V. V. Efanov
    • V. Yu. Ermakov

    OriginalPaper 08 July 2016 Pages: 610 - 613

22. An effective new technology for the distributed processing of measurement data by S/C automated control system

    • D. A. Lovtsov
    • A. V. Loban

    OriginalPaper 08 July 2016 Pages: 614 - 620