International Space Station Statistics By Size, Speed, Mass, Orbital Launch, Government Expenditure, Traffic And ESA Budget Contribution

Maitrayee Dey
Written by
Maitrayee Dey

Updated · May 28, 2024

Aruna Madrekar
Edited by
Aruna Madrekar

Editor

International Space Station Statistics By Size, Speed, Mass, Orbital Launch, Government Expenditure, Traffic And ESA Budget Contribution

Introduction

International Space Station (ISS) Statistics: The International Space Station (ISS) is a giant science lab circling Earth at an incredible speed. It’s a truly international effort, built and operated by 5 space agencies from 15 countries, making it a symbol of global cooperation. Here are some amazing statistics that showcase the wonder of the ISS.

Globally, the top five space agencies are NASA (United States), Roscosmos (Russia), JAXA (Japan), ESA (Europe), and CSA (Canada), have collaborated on a large space station or spacecraft that is assembled and maintained within the orbit around Earth for performing space environment experiments, and microgravity.

Editor’s Choice

  • The ISS has been continuously occupied since November 2000 and is expected to be operational at least until 2024.
  • The ISS is 356 feet (109 meters) end-to-end, nearly the length of a football field.
  • It has a mass of approximately 925,335 lbs (419,725 kilograms).
  • The living space is larger than a six-bedroom house, with six sleeping quarters, two bathrooms, a gym, and a 360-degree view bay window.
  • The ISS orbits the Earth approximately every 90 minutes, making about 16 orbits per day.
  • It travels at a speed of roughly 28,000 kilometers per hour (about 17,500 miles per hour).
  • It is a joint project involving five space agencies: NASA (United States), Roscosmos (Russia), JAXA (Japan), ESA (Europe), and CSA (Canada).
  • Contributions include modules and components from these agencies, as well as commercial entities like the Bigelow Expandable Activity Module (BEAM) and the NanoRacks Bishop airlock.
  • Typically, an international crew of seven lives and works on the ISS, although the number can vary during crew handovers.
  • Crew members conduct various scientific experiments, maintenance tasks, and spacewalks. The record for the longest cumulative time spent in space by a U.S. astronaut is held by Peggy Whitson, with 665 days.
  • Over 3,700 investigations have been conducted, resulting in more than 4,000 research articles.
  • The ISS serves as a unique laboratory for long-duration microgravity research, which includes studies on human health, biological sciences, materials science, and technology development.
  • The ISS features eight miles of wiring for its electrical system.
  • The solar array wingspan is 356 feet, longer than the wingspan of the Airbus A380.
  • Astronauts regularly perform spacewalks for station maintenance and upgrades.
  • Robotic systems like Canadarm2 and Dextre are used for maintenance tasks to reduce the need for spacewalks.
  • Astronauts aboard the ISS have taken over 3.5 million photographs of Earth from space.
  • The International Space Station (ISS) celebrated its 25th year of operations in 2023.
  • Approximately 3,300 scientists from 109 nations have enabled groundbreaking microgravity research in areas like biotechnology, physical sciences, human health, and Earth observations.
  • Meanwhile, at the International Space Station, there are more than 250 active research facilities.
  • The pressurized volume of the ISS is nearly 900 m3 (31,000 ft3), and its mass is over 400,000 kg (900,000 lbs).
  • The total area covered by the ISS solar arrays is 2,247 m2 (24,187 ft2), and the electrical power generated annually is 735,000 kW-hours.
  • Around 36 Space Shuttle assembly flights and 6 Russian Proton and Soyuz rocket launches are required for building the ISS.
  • International Space Station Statistics show that more than 108 countries have hosted nearly 3,000 research investigations through Expedition 60 in the ISS microgravity laboratory.
  • In December 2023, 23 countries, 280 individuals, and 5 International Partners visited the International Space Station.
  • As of 2023, the International Space Station statistics show that there were 223 orbital launches, and around 212 launches successfully reached orbit by the USA, China, Russia, and Europe.
  • By the end of 2024, both NASA and ESA will continue operating in the ISS, but by 2024, Roscosmos will withdraw and set up its own space station.

Facts About The International Space Station

  • The largest human-made object to date to orbit Earth is the International Space Station (ISS), which is estimated to be the size of a football field and weighs the same as a jam-packed Boeing 747.
  • The longest straight stay on board the ISS was made by NASA astronaut Mark Vande Hei, with a record of 355 days.
  • The International Space Stations have two operational units: the Russian Orbital Segment (ROS), which is assembled by Roscosmos, and the U.S. Orbital Segment, which is assembled by NASA, JAXA, ESA, and CSA.
  • At a single time, around 8 spaceships can be connected to the space station.
  • After launching a spacecraft from Earth, it takes around 4 hours to reach the space station.
  • The International Space Station also shows that there are 18-hour days, that is, days that start at 6 a.m. and end at 10:30 p.m.
  • At one time, only 200 experiments were performed at ISS.
  • There is very little water available at the ISS. Some amount is taken from the Earth, and the rest is purified and recycled from air and urine.
  • Astronauts in the ISS never take a shower or use the dishwasher; they only wipe and air flush.

General International Space Station Statistics

  • The world’s largest passenger aircraft is the Airbus A380, with 262 feet and 80 meters, followed by the longer solar array wingspan (356 feet, 109 meters).
  • Since November 2000, the space station has remained continuously occupied by the top five international space agencies.
  • International Space Station Statistics further state that while traveling at a speed of five miles per second, an international crew of seven people lives and works on the space station, which orbits Earth about every 90 minutes.
  • The space station accounts for 16 orbits of Earth within 24 hours while traveling through 16 sunrises and sunsets.
  • Astronauts in microgravity regularly work out for at least 2 hours to estimate the loss of muscle and bone weight within the human body.
  • In ISS, the large modules and other pieces were delivered on 42 assembly flights, 37 U.S. space shuttles, and 5 Russian Proton/Soyuz rockets.

International Space Station Statistics

(Source: nasa.gov)

  • The International Space Station, the living and working space, is larger than a 6-bedroom house, including 6 sleeping quarters, 2 bathrooms, 1 gym, and a 360-degree view bay window.
  • The electrical power system aboard the space station is connected by eight miles of wire.
  • The total length of the space station is 356 feet, which is 109 meters.
  • Northrop Grumman’s Cygnus, SpaceX’s Dragon, JAXA’s HTV, and the Russian Progress are the top 4 cargo spacecraft for delivering science, cargo, and supplies.
  • More than 50 computers control the overall systems on the space station.
  • To ensure station and crew health and safety, approximately 350,000 sensors are monitored by on-orbit software.
  • Based on the International Space Station statistics, in the United States, 44 computers communicate and run more than 1.5 million lines of flight software code via 100 data networks, transferring 400,000 signals.

By Size, Speed, and Mass

  • The length of the pressurized module is 218 feet along the major axis, which is 67 meters.
  • On the other hand, the truss length is almost 310 feet or 94 meters, and the mass of 925,335 pounds (419,725 kilograms)
  • Meanwhile, the habitable volume is 13,696 cubic feet or 388 cubic meters, and the pressurized volume is 35,491 cubic feet or 1,005 cubic meters.
  • In power generation, around 8 solar arrays provide 75 to 90 kilowatts of power and approximately 1.5 million lines of computer codes.
  • End-to-end, a massive structure stretching 356 feet (109 meters), almost as long as a football field! That’s the size of the ISS!
  • This technological marvel zooms around Earth at 5 miles per second, completing an orbit roughly every 90 minutes. That’s 16 orbits and 16 sunrises and sunsets every single day!The length of the pressurized module is 218 feet along the major axis, which is 67 meters.
  • On the other hand, the truss length is almost 310 feet or 94 meters, and the mass of 925,335 pounds (419,725 kilograms)
  • Meanwhile, the habitable volume is 13,696 cubic feet or 388 cubic meters, and the pressurized volume is 35,491 cubic feet or 1,005 cubic meters.
  • In power generation, around 8 solar arrays provide 75 to 90 kilowatts of power and approximately 1.5 million lines of computer codes.
  • End-to-end, a massive structure stretching 356 feet (109 meters), almost as long as a football field! That’s the size of the ISS!
  • This technological marvel zooms around Earth at 5 miles per second, completing an orbit roughly every 90 minutes. That’s 16 orbits and 16 sunrises and sunsets every single day!

By Orbital Launch

2023 Orbital Launch Attempts By Country(Reference: payloadspace.com)

  • In 2023, the International Space Station statistics show that there were 223 orbital launches and around 212 launches successfully reached orbit by the USA, China, Russia, and Europe.
  • The United States made the most orbital launch attempts, with 109, followed by China (67), Russia (19), and Europe (3).
  • In addition, the rest of the countries collectively attempted 25 orbital launches in 2023.
Countries Orbital Launch Attempts
North Korea 3
India  7
Japan 3
Iran 2
South Korea 2
Israel 1
New Zealand 7
  • Additionally, the country with the highest number of launches reaching orbit was the United States, which had 104 in 2023, followed by China (66), Russia (19), and Europe (3).
  • Other countries with launches reaching orbit include North Korea (1), India (7), Japan (2), Iran (1), South Korea (2), Israel (1), and New Zealand (6).

By Science Facilities

  • ISS Science facilities include modules for accomplishing scientific activity, as well as other hardware designs.
  • The laboratory modules are Columbus, Destiny, Kibo or the Japanese Experiment Module, Poisk or Mini-Research Module 2, Rassvet or Mini-Research Module 1, and Nauka or Multipurpose Laboratory Module.

In ISS, the largest single contribution made by the European Space Agency (ESA) is Columbus.

Specification of Columbus module:

Length 7 m (23 ft)
Diameter 4.5 m (15 ft)
Total mass 10,300 kg (22,708 lb)
Total payload mass 2,500 kg (5,512 lb)
Total on-orbit mass 12,800 kg (28,219 lb)
Wall thickness 4mm
Materials used Stainless steel, kevlar, aluminum

(Source: wikipedia.org)

For U.S. research payloads aboard the ISS, the Destiny module is known as the U.S. Lab and is the primary operating facility.

Specification of Destiny Module:

Mass 14,515 kilograms (32,000 lb)
Length 8.4 metres (28 ft)
Diameter 4.2 metres (14 ft)
Pressurized volume 104.77 m3 (3,700 cu ft)

(Source: wikipedia.org)

Kibō, the Japanese Experiment Module developed by JAXA, is the largest single ISS module of ISS.

Kibō, the Japanese Experiment Module developed by JAXA

Specification of Kibo Module:

Pressurized module

Length 11.19 metres (36.7 ft)
Diameter 4.39 meters (14.4 ft)
Mass 15,900 kilograms (35,100 lb)

Experiment logistics module – Pressurized Section

Length 4.21 meters (13.8 ft)
Diameter 4.39 meters (14.4 ft)
Mass 8,386 kilograms (18,488 lb)

Exposed Facility

Length 4 metres (13 ft)
Diameter 5.6 metres (18 ft)
Height 5 meters (16 ft)
Mass 4,000.685 kilograms (8,820.00 lb)

Robotic Arm (Main Arm)

Length 10 meters (33 ft)
Mass 780 kilograms (1,720 lb)

Handling Capacity 

Payload size/ weight

Max. 7000|kg 

1.85m x 1.0m x 0.8m/less than 500kg

(Small Fine Arm)

Length 2.2 metres (7 ft 3 in)
Mass 190 kilograms (420 lb)
Handling Capacity Max. 80kg with Compliance Control Mode, Max. 300kg without Compliance Control Mode (ORU size: 0.62 x 0.42 x 0.41m / weight: 80kg max)

(Source: wikipedia.org)

Poisk is a well-known Russian addition to the International Space Station and is also termed Mini-Research Module 2 or Docking Module 2.

Specification of Poisk Module:

Designation 240GK No. 2L
Launch mass 3670 kg ± 50 kg
Maximum hull diameter 2.55 m
Hull length between docking assembly planes 4.049 m
Pressurized volume 14.8 m3
Habitable volume 10.7 m3
Number of egress hatches (open inward) 2
Egress hatch diameter 1 m
Mass of delivered cargoes up to 1000 kg

(Source: wikipedia.org)

Nauka is known as a Multipurpose Laboratory Module-Upgrade module of the International Space Station, which Roscosmos funds.

Specification of Nauka Module:

Length 13.12 m (43.0 ft)
Width ~30 m (98 ft)
Diameter 4.25 m (13.9 ft)
Pressurized volume 80.9 m3 (2,860 cu ft)
Habitable volume 70 m3 (2,500 cu ft)

(Source: wikipedia.org)

Visitors Statistics By Country

International Space Station Visitors Statistics By Country

(Source: statista.com)

  • International Space Station (ISS) Statistics show that almost 23 countries with 280 individuals and five International Partners visited the International Space Station in December 2023.
  • The United States of America makes up the top three visitor countries to the International Space Station, with 165 visitors, followed by Russia (59) and Japan (11).
  • Furthermore, other countries’ number of visitors are Canada (9), Italy (6), France (4), Germany (4), Belarus (1), Belgium (1), Brazil (1), Denmark (1), Great Britain (1), Israel (1), Kazakhstan (1), Malaysia (1), Netherlands (1), Saudi Arabia (2), South Africa (1), South Korea (1), Spain (1), Sweden (2), Turkey (1), and United Arab Emirates (2).

Names And Number Of Visitors Statistics By Country

United States of America

Joseph M. Acaba – 3 visits
Scott D. Altman
Clayton C. Anderson – 2 visits
Anousheh Ansari (Space Flight Participant)
Dominic A. Antonelli – 2 visits
Lee J. Archambault – 2 visits
Richard R. Arnold – 2 visits
Jeffrey S. Ashby – 2 visits
Serena Auñón-Chancellor
Michael R. Barratt – 3 visits
Kayla Barron
Daniel T. Barry – 2 visits
Robert L. Behnken – 3 visits
Michael J. Bloomfield – 2 visits
Eric A. Boe – 2 visits
Stephen G. Bowen – 4 visits
Kenneth D. Bowersox
Randolph J. Bresnik – 2 visits
Daniel C. Burbank – 3 visits
Daniel W. Bursch
Robert D. Cabana
Tracy E. Caldwell-Dyson – 2 visits
Charles J. Camarda
Josh Cassada
Christopher J. Cassidy – 3 visits
Gregory E. Chamitoff – 2 visits
Franklin R. Chang-Diaz
Raja Chari
Leroy Chiao – 2 visits
Kenneth D. Cockrell – 2 visits
Catherine G. Coleman
Eileen M. Collins
Larry Connor (Axiom Space)
Timothy J. Creamer
Frank L. Culbertson
Robert L. Curbeam – 2 visits
Nancy J. Currie
Matthew Dominick
Benjamin A. Drew 2 visits
Brian Duffy
James P. Dutton
Jeanette Epps
Christopher J. Ferguson – 3 visits
Andrew J. Feustel – 2 visits
Michael Fincke – 3 visits
Jack Fischer
Michael Foale
Kevin A. Ford – 2 visits
Michael J. Foreman – 2 visits
Patrick G. Forrester – 3 visits
Michael E. Fossum – 3 visits
Stephen N. Frick – 2 visits
Ronald J. Garan – 2 visits
Richard A. Garriott (Space Flight Participant)
Michael L. Gernhardt
Victor Glover
Linda M. Godwin
Michael T. Good
Dominic L. Gorie – 2 visits
Nick Hague
James D. Halsell
Kenneth Ham – 2 visits
Susan Helms – 2 visits
José M. Hernández
John Herrington
Joan Higginbotham
Bob Hines
Kathryn P. Hire
Charles O. Hobaugh – 3 visits
Warren “Woody” Hoburg
Michael S. Hopkins 2 visits
Scott J. Horowitz – 2 visits
Douglas G. Hurley – 3 visits
Rick Husband
Marsha S. Ivins
Tamara E. Jernigan
Brent W. Jett – 2 visits
Gregory H. Johnson – 2 visits
Thomas D. Jones
Janet L. Kavandi
James M. Kelly – 2 visits
Mark E. Kelly – 4 visits
Scott J. Kelly – 3 visits
Robert S. Kimbrough – 3 visits
Christina Koch
Timothy L. Kopra – 2 visits
Wendy B. Lawrence
Kjell Lindgren – 2 visits
Steven W. Lindsey – 3 visits
Richard M. Linnehan
Paul S. Lockhart – 2 visits
Michael E. Lopez-Alegria – 5 visits
Stanley G. Love
Edward T. Lu 2 visits
Sandra H. Magnus – 3 visits
Nicole Mann
Thomas H. Marshburn – 3 visits
Richard A. Mastracchio – 4 visits
Megan McArthur
William S. McArthur 2 visits
Anne McClain
Jessica Meir
Pamela A. Melroy – 3 visits
Leland D. Melvin – 2 visits
Dorothy M. Metcalf-Lindenburger
Jasmin Moghbeli
Lee M. E. Morin
Andrew Morgan
Barbara R. Morgan
James H. Newman
Carlos I. Noriega
Lisa M. Nowak
Karen L. Nyberg – 2 visits
Ellen L. Ochoa – 2 visits
William A. Oefelein
Loral O’Hara
John D. Olivas – 2 visits
Gregory H. Olsen (Space Flight Participant)
Scott E. Parazynski – 2 visits
Nicholas J.M. Patrick – 2 visits
Donald R. Pettit – 3 visits
John L. Phillips – 3 visits
Alan G. Poindexter – 2 visits
Mark L. Polansky – 3 visits
James F. Reilly – 2 visits
Garrett E. Reisman – 2 visits
Paul W. Richards
Stephen K. Robinson – 2 visits
Kent V. Rominger – 2 visits
Jerry L. Ross – 2 visits
Kate Rubins 2 visits
Frank Rubio
Robert L. Satcher
Piers J. Sellers – 3 visits
William M. Shepherd
John Shoffner
Charles Simonyi (Space Flight Participant) 2 visits
Steven Ls. Smith
Heidemarie M. Stefanyshyn-Piper – 2 visits
Nicole P. Stott – 2 visits
Frederick W. Sturckow – 4 visits
Steven R. Swanson – 3 visits
Daniel M. Tani – 2 visits
Joseph R. Tanner – 2 visits
Andrew S.W. Thomas – 2 visits
Scott Tingle
Dennis A. Tito (Space Flight Participant)
Mark Vande Hei 2 visits
Terry W. Virts 2 visits
James S. Voss 2 visits
Rex J. Walheim – 3 visits
Shannon Walker 2 visits
Carl E. Walz
Jessica Watkins
Mary E. Weber
James D. Wetherbee – 2 visits
Douglas H. Wheelock – 2 visits
Peggy A. Whitson – 4 visits
Terrence W. Wilcutt
Jeffrey N. Williams – 4 visits
Sunita L. Williams – 2 visits
Barry E. Wilmore – 2 visits
Stephanie D. Wilson – 3 visits
G. Reid Wiseman
Peter J.K. Wisoff
David A. Wolf – 2 visits
George D. Zamka 2 visits

Russia:

Viktor Afanasyev
Oleg Artemyev – 3 visits
Yuri Baturin
Andrei Borisenko – 2 visits
Konstantin Borisov
Nikolai Budarin
Nikolai Chub
Vladimir Dezhurov
Pyotr Dubrov
Andrey Fedyaev
Yuri Gidzenko – 2 visits
Alexander Grebenkin
Anatoli Ivanishin – 3 visits
Aleksandr Kaleri – 2 visits
Anna Kikina
Dmitri Kondratyev
Oleg Kononenko – 4 visits
Mikhail Korniyenko – 2 visits
Sergey Korsakov
Valery Korzun
Oleg Kotov – 3 visits
Konstantin Kozeyev
Sergei Krikalev – 3 visits
Sergey Kud-Sverchkov
Yuri Lonchakov – 3 visits
Yuri Malenchenko – 5 visits
Denis Matveev
Aleksandr Misurkin – 3 visits
Boris Morukov
Talgat Musabayev
Oleg Novitskiy – 3 visits
Yuri Onufrienko
Aleksey Ovchinin – 2 visits
Gennady Padalka – 4 visits
Yulia Peresild  (Space Flight Participant)
Dmitri Petelin
Sergey Prokopyev – 2 visits
Sergei Revin
Roman Romanenko – 2 visits
Sergey Ryazansky – 2 visits
Sergey Ryzhikov – 2 visits
Aleksandr Samokutyayev – 2 visits
Yelena Serova
Yuri Sharing
Salizhan Sharipov
Klim Shipenko  (Space Flight Participant)
Anton Shkaplerov – 4 visits
Oleg Skripochka – 3 visits
Aleksandr Skvortsov – 3 visits
Maksim Surayev – 2 visits
Evgeny Tarelkin
Valery Tokarev – 2 visits
Sergei Treshchev
Mikhail Tyurin – 3 visits
Yury Usachev – 2 visits
Ivan Vagner
Pavel Vinogradov – 2 visits
Sergey Volkov – 3 visits
Fyodor Yurchikhin – 5 visits
Sergei Zalyotin

Japan:

Takao Doi
Satoshi Furukawa – 2 visits
Yozo Hirano – (Space Flight Participant)
Akihiko Hoshide – 3 visits
Norishige Kanai
Yusaku Maezawa – (Space Flight Participant)
Soichi Noguchi – 3 visits
Takuya Onishi
Koichi Wakata – 4 visits
Naoko Yamazaki
Kimiya Yui

Canada:

Marc Garneau
Chris Hadfield – 2 visits
Guy Laliberté (Space Flight Participant)
Steve MacLean
Mark Pathy (Axiom Space)
Julie Payette – 2 visits
David Saint-Jacques
Robert Thirsk
Dafydd Williams
  • Italy: Samantha Cristoforetti (2), Umberto Guidoni, Paolo Nespoli (3), Luca Parmitano (2), Roberto Vittori (3), and Walter Villadei.
  • France: Léopold Eyharts, Claudie Haigneré, Philippe Perrin, Thomas Pesquet (2).
  • Germany: Alexander Gerst (2), Matthias Maurer, Thomas Reiter, and Hans Schlegel
  • Belarus: Marina Vasilevskaya
  • Belgium: Frank De Winne (2)
  • Brazil: Marcos Pontes
  • Denmark: Andreas Mogensen (2)
  • Great Britain: Timothy Peake
  • Israel: Eytan Stibbe (Axiom Space)
  • Kazakhstan: Aydyn Aimbetov
  • Malaysia: Sheikh Muszaphar Shukor (Space Flight Participant)
  • Netherlands: André Kuipers (2)
  • Saudi Arabia: Ali Alqarni and Rayyanah Barnawi
  • South Africa: Mark Shuttleworth (Space Flight Participant)
  • South Korea: Yi So-Yeon (Space Flight Participant)
  • Spain: Pedro Duque
  • Sweden: Christer Fuglesang (2) and Marcus Wandt
  • Turkey: Alper Gezeravci
  • United Arab Emirates: Hazzaa Ali Almansoori and Sultan Alneyadi

Government Expenditure Statistics On Space Programs

Government Expenditure On Space Programs In 2022 And 2023, By Major Country(Reference: statista.com)

  • According to Statista, the highest government expenditure on the space program in 2023 was $73.2 billion, an increase from 2022 with $61.97 billion.
  • The second and third highest countries in terms of government expenditures on the space program in 2023 and 2022 were China ($14.15 billion and $11.94 billion) and Japan ($4.65 billion and $4.9 billion), respectively.
  • On the other hand, government expenditure followed by other countries in 2023 and 2022, respectively are France ($3.47 billion and $4.2 billion), Russia ($3.41 billion and $3.42 billion), European Union ($2.81 billion and $2.6 billion), Germany ($2.29 billion and $2.53 billion), Italy ($2.11 billion and $1.74 billion), India ($1.69 billion and $1.93 billion), United Kingdom ($1.45 billion and $1.15 billion), and South Korea ($0.73 billion and $0.72 billion).

NASA Statistics

NASA's Budget Request From 2014 To 2025(Reference: statista.com)

  • In the United States, the overall government spending or budget of NASA in 2023 was $28.63 billion and is expected to reach up to $28.09 billion by 2024.
  • Furthermore, NASA’s expected budget will reach more than $26.31 billion by the end of 2025.

The International Space Station Statistics(Reference: planetary.org)

  • The International Space Station Statistics show that the top budget breakdown share of NASA was accounted for by human spaceflight activities, with a share of 44.9%, followed by robotic missions and scientific research (31.5%).
  • Moreover, NASA’s budget share is divided among the other major program areas: facilities and overhead (14.7%), technology (4.9%), Aeronautics (3.5%), and education (0.5%).

ESA Budget Contribution Statistics

Largest Contributors To The European Space Agency's Budget In 2022(Reference: statista.com)

  • A report published by Statista, based on International Space Station Statistics, explained that the highest contributor of the European Space Agency in 2023 was France with 1,178.2 million euros ($1281.1 million)

All data has been converted into USD as the above graph is represented in euros.

  • Moreover, ESA’s budget contribution by other countries was Germany ($1106.43 million), Italy ($739.55 million), U.K. ($476.10 million), Belgium ($259.52 million), Spain ($239.89 million), Switzerland ($189.89 million), Netherlands ($108.26 million), Sweden ($81.52 million), Norway ($78.04 million), Austria ($54.13 million), and others ($234.89 million).

ESA Budget Allocation On Optica Programs Of ISS

International Space Station Statistics 2023(Source: asc-csa.gc.ca)

  • As per International Space Station Statistics 2023, the highest budget allocated for Earth observation by ESA was $1922.41 million, followed by Navigation ($1234.61 million).
  • Other budget allocations to optical programs are for Space Transportation (), Human Spaceflight, Microgravity and Exploration ($963.06 million), Satcom ($670.55 million), Space Situational Awareness ($245.54 million), Technology ($237.28 million), and Commercialization ($90.97 million).

JAXA’s Statistics

Annual Budget Of The Japan Aerospace Exploration Agency (JAXA) From Fiscal Year 2014 To 2023(Reference: statista.com)

  • In the fiscal year 2023, the initial budget of the Japan Aerospace Exploration Agency (JAXA) was 155.4 billion Japanese yen ($0.99 billion)
  • Meanwhile, around 1.6 thousand regular staff members were employed within the Japan Aerospace Exploration Agency as of April 2023.
  • By the end of 2023, from the Tanegashima Space Center, the JAXA has recorded two spacecraft launches.

Launch Failures And Uncatalogued Orbital Launches Statistics, 2023

Designation  Date LV Stage LV  Payload  Type of failure 
2023-F01 January 9 USA LauncherOne Start Me Up Stage 2
2023-F02 January 10 USA RS1 Varisat 1A/1B Stage 1
2023-F10 March 4 Iran Qaem-100 Unknown
2023-F03 March 7 Japan H3-22S ALOS 3 Stage 2
2023-F04 March 23 USA Terran 1 GLHF Stage 2
2023-F05 April 20 USA Starship V1.0 Ship 24 Stage 1 Sep
2023-F06 May 30 North Korea Cheonlima-1 Manligyeong-1 F1 Stage 2
2023-F07 August 23 North Korea Cheonlima-1 Manligyeong-1 F2 Stage 3 accidental destruct
2023-F08 September 19 New Zealand Electron Capella 12 Acadia Stage 2 Electrical 
2023-F09 September 21 China Gushenxing 1 Jilin-1 GF04B Stage 1
2023-F11 November 18 USA Starship V1.0 Ship 25 Stage 2 under burn, destruct
2023-202 December 12 USA Firefly Alpha Tantrum Stage 2 failed to restart

(Source: planet4589.org)

International Space Station Statistics By Traffic

The image below elaborates on all the exact dates, times, modules, and objects of ISS events in 2023.

International Space Station Statistics by Traffic

International Space Station Statistics By Traffic

International Space Station Statistics By Traffic(Source: planet4589.org)

Orbital Statistics By Height Vs. Time Plot

International Space Station Orbital Statistics By Height Vs. Time Plot(Source: planet4589.org)

By Spacewalks

The chart describes the assembly of the International Space Station within the mission, the spacewalkers, and their duration from 2023 to 2024.

Mission Spacewalkers Start (UTC) End (UTC) Duration

Expedition 68

EVA 5

Japan (Koichi Wakata) and 

United States (Nicole Mann)

January 20, 2023

13:14

January 20, 2023

20:35

7 hours 21 minutes
Expedition 68

EVA 6

United States (Nicole Mann) and Japan (Koichi Wakata) February 2, 2023

12:45

February 2, 2023

19:26

6 hours 41 minutes

Expedition 69

EVA 1

Russia (Sergey Prokopyev)

and (Dmitry Petelin)

April 19, 2023

01:40

April 19, 2023

09:35

7 hours 55 minutes
Expedition 69

EVA 2

United States (Stephen Bowen)

and United Arab Emirates (Sultan Al Neyadi)

April 28, 2023

13:11

April 28, 2023

20:12

7 hours 1 minute

Expedition 69

EVA 3

Russia (Sergey Prokopyev)

and (Dmitry Petelin)

May 3, 2023

20:00

May 4, 2023

03:11

7 hours 11 minutes
Expedition 69

EVA 4

Russia (Sergey Prokopyev)

and (Dmitry Petelin)

May 12

15:47

May 12

23:01

5 hours 14 minutes

Expedition 69

EVA 5

United States (Stephen Bowen)

And (Woody Hoburg)

June 9, 2023

13:15

June 9, 2023

19:18

6 hours 3 minutes
Expedition 69

EVA 6

United States (Stephen Bowen)

And (Woody Hoburg)

June 15, 2023

12:42

June 15, 2023

18:17

5 hours 35 minutes

Expedition 69

EVA 7

Russia (Sergey Prokopyev)

and (Dmitry Petelin)

June 22, 2023

14:24

June 22, 2023

20:48

6 hours 24 minutes
Expedition 69

EVA 8

Russia (Sergey Prokopyev)

and (Dmitry Petelin)

August 9, 2023

14:44

August 9, 2023

21:19

6 hours 35 minutes

Expedition 70

EVA 1

Russia (Oleg Kononenko) and (Nikolai Chub) October 25, 2023

17:49

October 26, 2023

01:30

7 hours 41 minutes
Expedition 70

EVA 2

United States (Jasmin Moghbeli)

And (Loral O’Hara)

November 1, 2023

12:05

November 1, 2023

18:47

6 hours 42 minutes

Expedition 71

EVA 1

Russia (Oleg Kononenko) and (Nikolai Chub) April 25, 2024

14:57

April 25, 2024

19:33

4 Hours, 36 Minutes

(Source: wikipedia.org)

List of Human Space Flights to the International Space Station

List of Human Space Flights to the International Space Station

List of Human Space Flights to the International Space Station(Source: wikipedia.org)

  • International Space Station Statistics mentioned that on March 2, 2023, the ISS flight ‘TBA’ participated in the Space X Crew mission. 
  • The time docked in the mission was 184 days, and it was successfully delivered by Stephen Bowen, Warren Hoburg (United States), Sultan Al Neyadi (United Arab Emirates), and Andrey Fedyaev (Russia).
  • In 2023, other Human Spaceflights by mission are TBA (May 21): Ax-2, TBA (August 26): SpaceX Crew-7, and 70S (September 15): Soyuz MS-24.
  • In addition, on January 18, 2024, TBA, the ISS flight, launched Ax-3, which docked for 18 days. This was made possible by Michael López-Alegría (United States / Spain), Walter Villadei (Italy), Alper Gezeravcı (Turkey), and Marcus Wandt (Sweden).
  • Furthermore, TBA launched SpaceX Crew-8 on March 4, 2024, and the 71S flight launched Soyuz MS-25 on March 23, 2024.

List Of Commanders In The International Space Station

List Of Commanders In The International Space Station(Source: wikipedia.org)

By Key Research Areas

  • Biology & Biotechnology: In 2024, more than 900 publications have been published about studies based on plant root growth, wound healing, and disease-causing bacteria.
  • Earth & Space Science: There are around 900 publications about Earth’s climate and atmosphere, cosmic rays, neutron stars, and black holes.
  • Human Research: Over 800 publications have been published on studies on the risks to human health in space – radiation, bone/muscle loss, and cardiovascular issues.
  • Physical Sciences: Physics/chemistry research based on bubbles, foams, granular materials, quantum gases, and materials science has more than 700 publications by 2024.
  • Technology Demonstration: Almost 600 investigations were published on Robot locomotion, satellite control, imaging technologies, fire safety.

ISS Observation Statistics

  • International Space Station Statistics show that the International Space Station (ISS) is now easily visible to the naked eye.
  • It reflects a huge amount of sunlight, and its size is 110m*100m* 30m.
  • The preferred time to observe an ISS is at night, after sunset, or before sunrise.

ISS Observation Statistics

As of today, the ISS will be visible in New York City at 09:17:15 PM, reach maximum visibility at 9:19:08 PM, and end at 09:21:02 PM.

New York City (May 17, 2024) Begin Max. End
Time (EDT) 09:17:15 PM 09:19:08 PM 09:21:02 PM
Direction N.W. N NNE
Altitude 10° 14° 10°
Brightness -0.9 mag
10:55:00 PM 10:56:51 PM 10:58:32 PM
NNW N NE
10° 14° 11°
-0.9 mag

Current Position Of ISS

The image below describes the exact view from the ISS directly down to Earth, and the map is updated every second.

Current position of ISS(Source: astroviewer.net)

People and Living Quarters

The ISS is like a busy apartment complex but way cooler! It can comfortably house a crew of seven people, astronauts and cosmonauts from different countries working together.

During crew handovers, the population can even swell a bit! Imagine the international potlucks that must happen up there!

A Long and Busy History

The first module of the ISS was launched in 1998, and it’s been continuously occupied since November 2000. That’s over 23 years and almost 200 days of people living and working in space, the longest nonstop stay for humans ever!

As of March 2024, a whopping 279 people from 22 countries have visited the ISS. That’s a lot of space tourists… Well, not exactly tourists, but space travelers with a purpose!

Science and Research

The ISS isn’t just a fancy space apartment; it’s a giant science lab! Astronauts conduct experiments in all sorts of fields, from biology to physics to materials science and even how the human body reacts to long stays in space. This research helps us understand the universe better and paves the way for future space exploration.

Fun fact: the astronauts aboard the ISS have taken over 3.5 million photographs of Earth! They must have an amazing view from their windows.

Building and Maintenance

It took a lot of work to get this massive structure up and running. Over 42 assembly flights were needed to deliver all the different pieces of the ISS.

Those deliveries included 37 flights by the famous American Space Shuttles (remember those?) and 5 flights by Russian Proton/Soyuz rockets.

The Future of the ISS

The ISS is constantly evolving, with plans to add even more modules, like the Axiom Orbital Segment. This will allow for more research and some space tourism opportunities in the future!

The ISS is expected to operate until at least 2030, but some missions are aiming for an even longer lifespan. After that, it will be deorbited and will make a fiery plunge back into Earth’s atmosphere over a remote part of the Pacific Ocean.

The Cost of Space Exploration

Building and maintaining a giant space station is a costly undertaking. The ISS is a multi-billion-dollar project, with the total cost estimated to be hundreds of billions (with a However,)! The knowledge gained from the research conducted there is invaluable and contributes to advancements in many fields here on Earth.

Conclusion

The ISS is a remarkable achievement in human history. It’s a testament to international collaboration and our unending quest to explore the universe. Who knows what amazing discoveries will be made on board this orbiting science lab in the years to come?

This article on International Space Station Statistics has covered all essential details of recent years. All the above statistical analyses will guide you in understanding the topic better.

Maitrayee Dey
Maitrayee Dey

Maitrayee, after completing her graduation in Electrical Engineering, transitioned into the world of writing following a series of technical roles. She specializes in technology and Artificial Intelligence, bringing her experience as an Academic Research Analyst and Freelance Writer, with a focus on education and healthcare under the Australian system. From an early age, writing and painting have been her passions, leading her to pursue a full-time career in writing. In addition to her professional endeavors, Maitrayee also manages a YouTube channel dedicated to cooking.

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