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Mission record

Zond 7

Also known as Zond7

U.S.S.R · Launched

Explore trajectory

Completed · Success

A Soviet circumlunar flight that photographed the Moon and Earth and returned its capsule to Soviet territory.

Destinations
Launch vehicle
Proton Booster Plus Upper Stage and Escape Stages
Launch site
Tyuratam (Baikonur Cosmodrome), U.S.S.R
Countries
Soviet Union
Mission types
Flyby

Chronology

Mission timeline

  1. Launch

    Zond 7 launched from Baikonur Cosmodrome

  2. Milestone

    Zond 7 photographed the Earth

    The original TASS photography report explicitly dates the first session to8August; the current NSSDCA summary says9August. The original date is retained here.

    Earth
  3. Flyby

    Zond 7 flew past the Moon; closest distance disputed

    NSSDCA gives1984.6km, while the later NASA history and Keldysh account give1200km. The original photographic report establishes approximately2000km altitude during a photographic session, which need not equal closest approach.

    Moon
  4. Milestone

    Second photography session began

  5. Milestone

    Earth setting behind lunar limb

  6. Mission end

    Zond 7 reentered and soft landed south of Kustanai

    Earth

Mission architecture

Vehicles

  • Zond 7 · Spacecraft

    Destinations: Moon

    • Zond 7 return capsule · Return capsule

      Destinations: Earth

Trajectory record

Trajectory dataset not yet available

Known dates and encounters do not uniquely determine a flight path. This mission’s sourced timeline is available above; no verified trajectory is currently published here.

What is needed to reconstruct this path?
  • A frame-qualified position and vector velocity at an epoch, or equivalent complete orbital elements.
  • Approach/departure directions and burn vectors between the reported encounters; body names and encounter distances alone are insufficient.
  • Separate state histories and release epochs for the listed vehicles; a parent mission trajectory cannot be assigned to every component.
  • Finer event-time constraints where required by an orbital reconstruction; the stored day/month/year precision is retained.

Provenance

Sources

Each source is listed once and labeled with the mission, event, trajectory, or destination/body context it supports.

Data verified through October 12, 2026