Soyuz launch pad in Vostochny

In 2011, the Russian space agency, Roskosmos, made the decision to build a launch pad for the Soyuz family of rockets at the future Vostochny space port in the nation's Far East. A single launch pad would become the fourth location worldwide intended for the Soyuz-2 rocket and its derivatives.

Previous chapter: Vostochny launch site


First Soyuz rocket lifts off from Vostochny on April 28, 2016.

Origin of the plan

The idea of building a launch complex for Soyuz rockets in Vostochny was probably spurred by politics, rather than by any technical necessity. In 2011, the newly appointed head of the Russian space agency Vladimir Popovkin made the decision to cancel the development of the Rus-M launch vehicle, which was expected to be the first rocket to fly from Vostochny. As a result, the yet-to-be-built space center ended up without a rocket to launch, despite the huge political importance given to the project by the Russian government. Regardless of Vostochny's real role in the Russian space program, the Kremlin saw the future center as an "anchor" for continuous Russian presence in the remote and sparsely populated region of the country and as a replacement for the Baikonur Cosmodrome in Kazakhstan.

Apparently in an effort to save the agency's limited funds and meet the political requirement of having the first launch in 2015, the new head of Roskosmos favored bringing the veteran Soyuz rockets to Vostochny, instead of the new-generation Angara rocket, which had similar capabilities to the cancelled Rus-M. However the current capabilities of Soyuz rockets are considerably below the mass required to carry the next-generation manned spacecraft, which was expected to ride Rus-M from Vostochny. Thus, this move undermined the highly advertised purpose of Vostochny as the space port for the manned space program. The existing Soyuz manned spacecraft could not fly from Vostochny either due to the lack of capability to conduct high-precision emergency landings into the few small designated areas in the midst of the heavily wooded and rugged terrain of the Far-Eastern taiga.

To make matters worse, the Soyuz launcher would carry even less payload from Vostochny than the same rocket already delivers from its brand-new launch pad in Kourou, French Guiana, thus making the future facility useless for most commercial missions, which constitute the absolute majority of the rocket's unmanned passengers. Finally, the Russian military, another customer of Soyuz, stirred clear of any participation in funding or use of a "civilian" launch site in Vostochny, relying instead on its existing Soyuz and soon-to-be-completed Angara facilities in Plesetsk.

As a result, the Soyuz pad in Vostochny would give no new capability to the Russian space program, besides serving as an insurance policy against political quarrels between Russia and Kazakhstan over Baikonur. In addition, after years of empty promises, leaders in the Kremlin would finally see some real development activity taking place in Vostochny, never mind, without much real purpose.

In theory, the long-overdue decision to retire the Soyuz family of rockets could free its pad in Vostochny for the next-generation launcher, such as Soyuz-5, whose design emerged in 2013. However, this methane-burning rocket was not likely to appear on the stage until mid-2020s.

In October 2011, the Russian Vice Prime Minister Dmitry Rogozin announced that the scale of the construction in Vostochny would be comparable to that of the GOELRO project from the 1920s. (595) The fact that GOELRO aimed to provide electric power to the entire Soviet Union, while his pet project would build an unnecessary launch pad was secondary to the goal of "achieving" great expense of taxpayers' rubles.

The impression of lack of rationale for the Soyuz pad in Vostochny is further reinforced by some really bizarre justifications for the project given by Russian officials. For example, deputy chief of Roskosmos Aleksandr Lopatin told the Kommersant newspaper that Vostochny would help to "relieve Baikonur from an overload of too many launches that leave few windows for the maintenance of facilities!" Lopatin did not explain whether that "relief" would be achieved by shuttling the same personnel across five time zones between Baikonur and Vostochny or by recruiting and training a backup army of workers and engineers to service Soyuz rockets in Vostochny! In either case, today's political problems around Baikonur would probably look like a child play and expenses for the rent of Baikonur -- like a pocket change compared to the price tag of Vostochny.

Funding woes

By the fall of 2012, Roskosmos concluded a "tender" for the construction of the Soyuz-2 launch pad in Vostochny. In reality, only one organization submitted a "bid" - the Center for Exploitation of Ground Infrastructure, TsENKI, which is comprised of traditional Russian developers of the ground space infrastructure.

According to official documents, nine billion rubles ($300 million) was allocated for the launch complex itself and 4.1 billion was earmarked for the fueling facility featuring an oxygen and nitrogen production plant. (For comparison, a similar launch complex for Soyuz in Kourou ended up costing $1.6 billion, even though it was managed primarily by European industry unburdened by the waste, corruption and inefficiency permeating the Russian economy.)

According to the plan, both parts of the launch complex had to be ready by November 25, 2015 -- a totally unrealistic deadline, dictated by the original promise made by the Russian government in 2007. (At the time, a newly developed rockets and spacecraft were promised to come to Vostochny by that date.) In August 2012, anticipating the inevitable collapse of such a schedule, the head of Roskosmos Vladimir Popovkin wrote a letter to the Russian president warning that problems with funding would likely push the first launch from Vostochny to no earlier than 2018. In reality, even that deadline would not be easy to meet.

In the meantime, other government ministries tried their best to avoid their involvement in the project, labeling Vostochny a colossal "dolgostroi" (a Russian term for never ending and wasteful construction). In May 2012, the Federal aviation agency, Rosaviatsiya, refused to lead the development of an oversized runway in Vostochny designed to receive big transport planes and returning booster stages of future reusable rockets. The agency head Aleksandr Neradko wrote to the Minister of Defense Anatoly Serdyukov that the 27.9-billion-ruble airfield infrastructure had been severely underpriced, which was a typical situation for the entire Vostochny project, which was driven by pure political will without either proper financial backing or technical justification. (594)

Launch complex design


The launch complex for the Soyuz-2 rocket in Vostochny, designated 371SK14, would feature a "classic" pad design, featuring four tulip-like support structures suspending the rocket over a 15-meter "firing" ring with a single flame trench below it.

Like all other Soyuz pads, the facility in Vostochny featured the Service Cabin, KO, below the surface of the pad. Other major components of the launch complex included:

  • Launch System;
  • Cable and Fueling Gantry;
  • Upper Cable and Fueling Gantry;
  • Assured Power-Supply System;
  • Movable Service Tower, MBO;
  • Transport-erector;
  • Electric and Hydraulic Drive Remote Control System of the Launch Complex, EGPDU SS.

However, the Soyuz pad in Vostochny differed from its predecessors in Baikonur and Plesetsk by a movable service tower like the one at the Soyuz facility in Kourou, French Guiana. The 1,600-ton tower would be moved along a 140-meter-long rail line built with an accuracy of no less than 5 millimeters. The 52-meter tower would provide personnel access to the Soyuz rocket towering as high as 37 meters above the floor surface of the pad. The tower would feature cranes and elevators. It would be also equipped with water drainage system, electric, communications, control and TV-monitoring systems.

Pad's fueling system included three main sections: a pressurized gases facility, oxygen and nitrogen facility and kerosene, T-1, and naftil, RG-1, station featuring 200-cubic-meter reservoirs. It was apparently the first Soyuz launch complex featuring a stationary storage for kerosene, which previously would be pumped into the rocket from mobile cisterns. (778)

The pad was protected from lightning by eight 50-meter, three 18-meter and two 150-meter lightning towers. With a total mass of almost 500 tons, the pair required 450 cubic meters of concrete to anchor them to the ground. The highest towers were said to be 14 meters higher than notorious "Stalin's skyskrapers" of Moscow.

Four 45-meter lighting towers with bases measuring six by six meters hold a total of 124 flood lights to allow day-and-night preparation of the rocket.

The nerve center of the pad is located inside a command post equipped with hardware for monitoring all phases of pre-launch preparations and liftoff.

A 5,600-square meter administrative building built of reiforced concrete is located right within the sequrity perimeter of the launch complex. A three-story building was designed to withstand a 7-point earthquake.

A separate depot for the Soyuz rocket transporter was also built on the periphery of the launch complex and connected to the rest of the facility with a railway siding. The depot has an area of 829 square meters and a volume of 10,040 cubic meters. The building is equipped with power supply, heating, ventilation, internal fire-suppression and sewer.

The launch pad was connected by a 4.4-kilometer railway with the main technical processing area in Vostochny. Due to heavy load on the line, rails were laid on top of an asphalt foundation. It takes from 1.5 to 2 hours to deliver the rocket from the processing area to the launch pad.

Up to 50 companies around Russia were to supply equipment for the launch pad, which would include 83 structures and 52 different systems, including temperature and humidity control stystems, fire-supression system, compressor station and lower level movable access bridge.

As of 2016, the total service personnel of the launch complex was estimated to be from 800 to 1,000 people.

Soyuz rockets in Vostochny

The complex was not intended for the man-rated Soyuz, at least initially, however it could accommodate all existing versions of the Soyuz-2 rocket, including Soyuz-2-1a and Soyuz-2-1b, as well as the soon-to-be operational Soyuz-2-1v with some minor upgrades. Fregat and Volga upper stages could also be handled at the complex.

Eventually, the same pad could be adapted to launch Soyuz-2-3, Soyuz-2-3v and a mysterious Soyuz-2-1d rocket (apparently, Soyuz-1 with the RD-193 engine), however according to industry sources, none of these proposed new versions of the rocket had any real prospects for funding as of 2012.

The official technical requirements for the launch complex also listed the capability of supporting up 20 launches a year at all seasons and at any time of the day.

Specifically for its use in Vostochny, the Soyuz-2 family was expected to get modest internal updates to enable the fueled rocket to remain on the launch pad for up to 100 hours and withstand the rigors of transportation up to 10,000 kilometers from its manufacturing plant in Samara to the Russian Far East. Soyuz rockets built for launches from Vostochny would also be equipped with special valves to drain excess propellant outside of the Mobile Service Tower, MBO, to prevent dangerous concentration of oxygen vapors in its interior.

The launch pad location

The launch pad for Soyuz-2 was situated further away from the main assembly and pre-launch processing area in Vostochny than the chosen location for a dual launch facility of the cancelled Rus-M rocket. The unused site for Rus-M could still be re-purposed for the launches of Angara rockets, had funding becomes available. In April 2013, the head of Roskosmos, Vladimir Popovkin said that the agency would request government funding for the construction of the Angara pad in Vostochny beginning in 2015 to avoid disbanding the workforce after the completion of the Soyuz pad.

At the beginning of 2012, preliminary geographical coordinates of the Soyuz-2 complex were determined to be 128 degrees 20 minutes East longitude and 51 degrees 53 minutes North latitude. This particular point had an elevation of 274 meters above the sea level.

Development history

Following a critical review of the preliminary design on August 31, 2012, TsSKB Progress in Samara (the Soyuz rocket developer) sent completed blueprints for the Soyuz-2 launch complex to its sub-contractors and to Roskosmos for review. At the time, a formal defense of the project was expected at the beginning of November 2012.

In the meantime, the pace and scale of construction in Vostochny did pick up significantly during 2012, compared to the virtual standstill of the previous five years. According to official statements, supported by satellite imagery and independent witnesses on the ground, construction workers started digging foundations for administrative offices, the vehicle processing and assembly complex at Site 2 and a foundation for the Soyuz-2 launch pad. A network of new railways and automobile roads was also under construction, particularly a road linking the complex to the future meteorological facility and a 13-kilometer railway spur from the main Transsib line to the Promyshlennya railway station in Uglegorsk.

According to the official documentation, the construction of the first phase of the Soyuz-2 processing complex at Site 2 officially started in May 2012 and was scheduled for completion in September 2015.

On Nov. 7, 2012, the head of Roskosmos Vladimir Popovkin arrived at Vostochny to review the construction progress at the launch facility, the main power distribution center, the Promyshlennaya railway station in Uglegrosk, industrial facilities and administrative buildings.

Based on reports from the main contractor -- GUSS Dalspetsstroi -- Popovkin promised to complete the construction of main buildings and structures in 2013 and have the launch complex and the processing facilities ready for the final outfitting and testing in 2014. At the technical complex, the construction workers were preparing to start erecting metal structures of the vehicle assembly building by the beginning of December 2012. A total of 20 billion rubles was to be spent for the project in 2012 and 30 billion during 2013.

On Nov. 20, GUSS Dalspetsstroi announced that the company had laid 3,500 cubic meters of concrete covering 2,000 square meters. For the first time in the company's 33-year history, the work of such a scale had been conducted under winter conditions, requiring to build a special pavilion over the area and warm up the reinforcing structure, Dalspetsstroi said. Two Cobra plants with an output of 120 and 80 cubic meters of concrete were working around the clock to support the project. In the next step, the company was preparing to lay additional 3,450 cubic meters for the block B of the launch complex foundation, Dalspetsstroi said.

Still, Viktor Ishaev, the Minister for the Development of Far East, who visited Vostochny in November 2012, said that the construction had fallen far short of the projected pace for 2012, spending only seven billion rubles out of 18-20 billion allocated for the year. According to Ishaev, the directorate for the Vostochny project had still been not in place, permissions for the construction and its technical control had been lacking. The project also faced financial problems, since projected numbers were not matching the situation on the ground, Ishaev said. (603)

With the introduction of the Soyuz pad in Vostochny in 2016, it hosted just five launches in the next four years, but the launch rate was promised to reach five missions during 2020, primarily thanks to the massive contract with the London-based OneWeb company.


On Sept. 6, 2019, during visit to Vostochny, Roskosmos Head Dmitry Rogozin (right) showed President Putin (center) flight manifest of Soyuz rockets from Vostochny, which seemingly promised only one launch in 2019 from the new Russian spaceport, but at least five missions in 2020. Four of them were to carry OneWeb satellites and one mission in November would deliver Meteor-M2 No. 3.

Milestones in the development of the Soyuz pad in Vostochny:

2011 Oct. 24: A survey commission signs official paperwork for the location of the Soyuz-2 launch complex in Vostochny.

2012, beginning of the year: Roskosmos completes the list of facilities for the first phase of construction of the Soyuz-2 launch complex.

2012 May: Construction of the processing complex at Site 2 officially starts.

2012 July 19: A Council of Chief Designers on the development of the Soyuz-2 launch complex in Vostochny meets at TsSKB Progress in Samara.

2012 Aug. 31: A meeting of Scientific and Technical Council on the development of the preliminary design for the Soyuz-2 launch pad in Vostochny takes place at TsSKB Progress in Samara.

2016 April: A Soyuz complex in Vostochny hosts its first launch.

2017: The construction of the Soyuz complex in Vostochny is promised to be completed in 2018.


The Soyuz-2 rocket capabilities from Vostochny (as of 2014):

Specification / Launch vehicle
Payload to a 200-kilometer circular orbit (Inclination: 51.6 degrees*)
up to 7.4 tons
8.15 tons
Payload to Sun-synchronous orbit (Altitude: from 600 to 800 kilometers)
up to 2.0 tons
4.2 tons
Payload to geostationary transfer orbit
1.3 tons
Payload to geostationary orbit
0.5 tons
Launch vehicle liftoff mass
306-310 tons
306-311 tons

*A poster shown to Russian president Vladimir Putin during his visit to the Soyuz launch pad in Vostochny on Sept. 2, 2014, listed capabilities of the Soyuz rocket, seemingly indicating an orbital inclination of 51.6 degrees toward the Equator. However according to multiple sources, the lowest inclination reachable from Vostochny is 51.7 degrees. To insert a spacecraft into the 51.6-degree orbit, for example, to deliver the Oka-T module toward the International Space Station, ISS, the Soyuz-2 rocket would need to perform a sideway maneuver, known as "dog leg." It would require estimated 37.375 meters per second in velocity change, known as delta V.


Soyuz launch complex contractors:

OAO Tyazhmash,
Lower service platform, transporter/erector
ZAO Promyshlennye Tekhnologii,
KB Armatura
OAO UralKrioMash
Nizhny Tagil
OAO KriogenMash
Balashikha, Moscow Region
St. Petersburg
OAO Spetsialny trest No. 1
OAO SpetsmashMontazh
OAO MTU Altair
NPO Mostovik/ZMK Mostovik
NPO Avtomatika
Launch control system of the firing bunker
KB Spektr
System of Informational Service for the Launch Manager
VNII Signal
Kovrov, Vladimir Region
Electric and Hydraulic Drive Remote Control System of the Launch Complex, EGPDU SS



The Soyuz-2 launch complex in Vostochny by the numbers:

Maximum payload delivered by Soyuz-2 to low Earth orbit (51.7 degrees)
8.4 tons
Payload delivered by Soyuz-2 to Sun-synchronous orbit
4.6 tons
128 degrees 20 minutes East
51 degrees 53 minutes North
Altitude above sea level
274 meters
Foundation depth
32 meters
Diameter of the launch ring
15 meters
Total development area of the launch facilities
23,358 square meters
Total area of surface and underground facilities
50,000 square meters
Total area of the flame trench
27,000 square meters
Estimated area of the launch facility (circa 2012)
96.6 hectares*
Volume of concrete for the launch pad
50,000-158,000 cubic meters*
Total volume of the launch pad flame trench
850,000 cubic meters
Mass of metal for reinforced concrete
530 tons
Total launch hardware mass
2,402 tons
Total cable line length
85 kilometers
Total length of reinforced cables
68 kilometers
Total length of transfer galleries and tunnels
more than 6 kilometers
Total thickness of the foundation
up to 4.2 meters
Estimated cost of the launch hardware
0.72 billion rubles ($21.4 million)

*according to various estimates; **66 hectares as of 2012



Missions origniated from the Soyuz launch facility in Vostochny:

Launch date
Launch time
Launch vehicle
05:01:21 Moscow Time
Lomonosov, Aist-2D, SamSat-218
2017 Nov. 28
08:41:45.965 Moscow Time
Meteor-M No. 2-1, Baumanets-2, LEO Vantage, AISSat-3, IDEA OSG-1, SEAM, Landmapper-BC-1, Landmapper-BC-2, Lemur-2 (1), Lemur-2 (2), Lemur-2 (3), Lemur-2 (4), Lemur-2 (5), Lemur-2 (6), Lemur-2 (7), Lemur-2 (8), Lemur-2 (9), Lemur-2 (10), D-Star One
2018 Feb. 1
05:07:18 Moscow Time
Kanopus-V No. 3, Kanopus-V No. 4, S-Net-1, S-Net-2, S-Net-3, S-Net-4, Lemur-2-Kadi, Lemur-2-Thenickmolo, Lemur-2-Jin-Luen, Lemur-2-Uramchansol, D-StarOne
2018 Dec. 27
05:07:18.231 Moscow Time
Kanopus-V No. 5, Kanopus-V No. 6, Flock-3k Dove-1, Flock-3k Dove-2, Flock-3k Dove-3, Flock-3k Dove-4, Flock-3k Dove-5, Flock-3k Dove-6, Flock-3k Dove-7, Flock-3k Dove-8, Flock-3k Dove-9, Flock-3k Dove-10, Flock-3k Dove-11, Flock-3k Dove-12, ZACube-2, Lume-1, D-Star ONE (iSat), D-Star ONE (Sparrow), Lemur-2-30-Remy-Colton, Lemur-2-31-Gustavo, Lemur-2-32-Christina-Holt, Lemur-2-33-Zo, Lemur-2-34-Tinkyev, Lemur-2-35-Sarah-Betty-Boo, Lemur-2-36-Natalie-Murray, Lemur-2-37-Daisy-Harper, UWE-4
2019 July 5
08:41:45.962 Moscow Time
Meteor-M No. 2-2, Momentus X1, NSLSat-1, Lemur-2 (100), Lemur-2 (101) Lemur-2 (102), Lemur-2 (103), Lemur-2 (104), Lemur-2 (105), Lemur-2 (106), Lemur-2 (107), Lemur-2 (108), JAISAT-1, EXOCONNECT, D-Star One (Lightsat), Lucky-7, SEAM-2.0, MTCube, SONATE, Beesat-9, Beesat-10, Beesat-11, Beesat-12, Beesat-13, MOVE-2b, TTU-100, Ecuador-UTE, ICEYE-X4, ICEYE-X5, DoT-1, MKA Sokrat, VDNKhA-80, AmurSat (AmGU-1)
2020 Dec. 18
15:26:26.197 Moscow Time
2021 March 25
05:47:33.180 Moscow Time
2021 April 26
01:14:08 Moscow Time
2021 May 28
20:38:39.549 Moscow Time
2021 July 1
15:48:33.383 Moscow Time
2021 Oct. 14
12:40:10.356 Moscow Time
2022 Oct. 22
22:57:09.456 Moscow Time
2023 May 27
00:14:51 Moscow Time
2023 June 27
14:34:49.415 Moscow Time
2023 Aug. 11
02:10:57.189 Moscow Time
2024 Feb. 29
08:43:26 Moscow Time
Meteor-M2-4, Marafon-IoT mass mockup (IC), Zorky-2M No. 2, Pars-1, SITRO-AIS (16 satellites)


Next chapter: Angara in Vostochny


Page author: Anatoly Zak; Last update: March 1, 2024

Page editor: Alain Chabot; Last edit: November 4, 2012

All rights reserved

insider content



Key elements of the Soyuz-2 launch complex in Vostochny. Credit: TsSKB Progress




Artist rendering of the Soyuz-2 launch facility in Vostochny circa 2012. Credit: TsSKB Progress


Concrete structures of the Soyuz pad in Vostochny. Credit: Roskosmos



The initial phase of construction at the Soyuz-2 launch pad in Vostochny. Credit: TsSKB Progress


In 2012, satellite images showed initial construction activities at the site of the future launch pad for the Soyuz-2 rocket in Vostochny.


The construction of the new road in Vostochny in 2012. Credit: GUSS Dalspetsstroi


A photo published in November 2012 shows the concrete work at the Soyuz pad in Vostochny under a special covering to keep the area warm. Credit: GUSS Dalspetsstroi


Construction crews dig a flame trench for the Soyuz-2 launch pad in Vostochny in 2012. Credit: GUSS Dalspetsstroi


A satellite photo taken on Jan. 16, 2013, shows a distinctive diamond-shaped flame trench of the Soyuz launch complex being constructed in Vostochny in the Russian Far East.

April 2013

The photo of the construction site at the future Soyuz pad released on April 29, 2013. Credit: Dalspetsstroi


Photo of the Soyuz pad released in May 2013. Credit: Spetsstroi


An aerial photo of the Soyuz launch facility as seen on Aug. 21, 2013. Credit: Dmitri Rogozin


A depot for the Soyuz rocket transporter was completed near the launch pad in October 2015. Click to enlarge. Credit: Spetsstroi


Soyuz pad got its fresh paint at the end of October - beginning of November 2015. Click to enlarge. Credit: Spetsstroi


Soyuz rocket lifts off from Vostochny with 36 OnerWeb satellites on March 25, 2021. Click to enlarge. Credit: Roskosmos

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