Russia's unmanned missions to Venus (original) (raw)

The 3MV spacecraft carrying a Venus lander. Copyright © 2009 Anatoly Zak / RussianSpaceWeb.com


VENUS PROBES: A complete list of Russian launches toward Venus:

Launch date Spacecraft development name* Official name* Mission Launcher/serial number Comments
Feb. 4, 1961 1VA No. 1 Heavy sputnik Impact 8K78/L1-6 Stranded in the Earth's orbit
Feb. 12, 1961 1VA No. 2 Venera-1 Impact 8K78/L1-7 Failed on its way to Venus
Aug. 25, 1962 2MV-1 No. 3 - Landing 8K78/T103-12 Fourth stage failure in the orbit
Sept. 1, 1962 2MV-1 No. 4 - Landing 8K78/T103-13 Stranded in the low Earth's orbit
Sept. 12, 1962 2MV-2 No. 1 - Flyby 8K78/T103-14 Fourth stage failure in the low orbit
Feb. 19, 1964 3MV-1A No. 4A - Flyby 8K78M/T15000-19 Did not reach orbit due to third stage failure
March 27, 1964 3MV-1 No. 5 Kosmos-27 Landing 8K78M/T-15000-22 Stranded in the low Earth's orbit
April 2, 1964 3MV-1 No. 4 Zond-1 Landing 8K78M/T-15000-23 Failed on its way to Venus
Nov. 12, 1965 3MV-4 No. 4 Venera-2 Flyby 8K78M Flew within 24,000 kilometers from Venus on Feb. 27, 1966, with no contact with the ground.
Nov. 16, 1965 3MV-3 No. 1 Venera-3 Landing 8K78M First reached the planet on March 1, 1966, but did not function.
Nov. 23, 1965 3MV-4 No. 6 Kosmos-96 Flyby 8K78M Failed to leave low Earth orbit
June 12, 1967 V-67 No. 310 Venera-4 Landing 8K78M First to reach atmosphere of Venus and transmit data
June 17, 1967 V-67 No. 311 Kosmos-167 Landing 8K78M Failed in the Earth's orbit
Jan. 5, 1969 V-69 No. 330 Venera-5 Landing 8K78M Reached Venus in May 1969, conducted direct measurements of temperature and pressure at different regions of the planet down to altitude of around 20 kilometers.
Jan. 10, 1969 V-69 No. 331 Venera-6 Landing 8K78M Reached Venus in May 1969, conducted direct measurements of temperature and pressure at different regions of the planet down to altitude of around 20 kilometers.
Aug. 17, 1970 V-70 No. 630 Venera-7 Landing 8K78M Transmitted data from the surface
Aug. 22, 1970 V-70 No. 631 Kosmos-359 Landing 8K78M -
March 27, 1972 V-72 No. 670 Venera-8 (IC) Landing 8K78M Transmitted data from the surface for 50 minutes
March 31, 1972 V-72 No. 671 Kosmos-482 Landing 8K78M Failed to leave Earth orbit
June 8, 1975 4V-1 No. 660 Venera-9 Orbit/landing 8K82K (UR-500K) Landed; transmitted first black and white images of the surface
June 14, 1975 4V-1 No. 661 Venera-10 Orbit/landing 8K82K (UR-500K) Landed; transmitted black and white images of the surface
Sep. 9, 1978 4V-1 No. 360 Venera-11 Landing 8K82K (UR-500K) Landed; failed to return photos
Sept. 14, 1978 4V-1 No. 361 Venera-12 Landing 8K82K (UR-500K) Landed; failed to return photos
Oct. 30, 1981 4V-1M No. 760 Venera-13 Landing 8K82K (UR-500K) Landed; returned color photos
Nov. 4, 1981 4V-1M No. 761 Venera-14 Landing 8K82K (UR-500K) Landed; returned color photos
June 2, 1983 4V2 No. 860 Venera-15 Orbit 8K82K (UR-500K) Radar mapping from orbit
June 7, 1983 4V2 No. 861 Venera-16 Orbit 8K82K (UR-500K) Radar mapping from orbit
Dec. 15, 1984 5VK No. 901 Vega-1 Venus landing/Halley Comet flyby 8K82K (UR-500K) Landed on Venus; flew by Halley Comet
Dec. 20, 1984 5VK No. 902 Vega-2 Venus landing/Halley Comet flyby 8K82K (UR-500K) Landed on Venus; flew by Halley

Venera-4

Assembly of V-70 probes at Lavochkin circa 1970.


Post-Soviet developments

Vesta project

During 1986-1988, following USSR's successful flyby of the Halley Comet, Soviet and French representatives evaluated similar mission scenarios, which would bring spacecraft either to an asteroid or a comet. Dubbed Vesta, (Venus-Asteroid), the project actually envisioned a pair of probes designed to fly by Venus and Mars, following the launch in 1992, 1994 or 1996. However, the plan had never materialized.


Russia launches European Venus orbiter

A Russian rocket successfully launched the Venus-Express spacecraft for the European Space Agency, ESA, the first probe designed to study Venus in more than a decade.

A Soyuz FG-Fregat booster, carrying the Venus-Express, lifted off on Nov. 9, 2005, at 06:33 Moscow Time from Site 31 in Baikonur Cosmodrome. The first stage of the launch vehicle separated 1 minute 58 seconds after the launch and the fairing was jettisoned 4 minutes 14 seconds in flight. It impacted 600 kilometers downrange from the usual drop zone in order to improve the performance of the launch vehicle and reduce heat loads on the spacecraft at the request of ESA.

The payload and its Fregat upper stage successfully reached the initial parking orbit and separated from the third stage of the launch vehicle 8 minutes 48 seconds after the liftoff. The upper stage later fired to inject the spacecraft into the heliocentric trajectory toward Venus.

During the pre-launch processing, on Oct. 22, 2005, the mission was delayed by what was then estimated as approximately 10 days from the original launch date of Oct. 26, 2005. It was caused by problems with the thermal protection layer of the Fregat upper stage and the contamination of the spacecraft. On October 31, the State Commission rescheduled the launch for Nov. 9, 2005. The launch window was open from Oct. 26, 2005, to Nov. 26, 2005.


Venera-D (Venera-17) project

2025

On October 22, 2005, the Russian government signed a decree No. 635, approvingFederal Space Program for 2006-2015. It included funding for the Venera-D project, which envisioned a long-duration lander on the surface of Venus, operating as long as 30 days.

In depth:


Venera-Glob project

Venera-Glob was conceived as a follow-on project to Venera-D - the first post-Soviet mission to Venus. During the 2000s, it was considered in the context of the Russian-European cooperation, as a possible Russian lander contributed to a European EVE project. However by 2011, Venera-Glob has emerged as an independent concept, envisioning the launch of a multi-component mission as early as 2021. Venera-Glob's funding and development was not expected to start until the whole new revision of the Russian space program to be approved by the Russian government for the 2016-2025 period.

The initial concept of the second Russian mission to Venus resembled Venera-D on steroids. The project could include a radar-carrying orbiter, several small surface landers and aerial vehicles.

One of the landers could be designed to extend the survival time on the surface achieved by its predecessors. Scientists also mulled deploying atmospheric balloons at various altitudes in the venusian atmosphere for more than a month-long mission. In turn, balloons could release their own mini-probes. Finally, a special wind-flying aircraft or a glider, originally considered for the Venera-D project, could finally fly with Venera-Glob.

The project's authors also considered a real-time interaction between Venera-Glob and Venera-D projects. (491)


Text and photography by Anatoly Zak

Last update:May 23, 2025