Welcome to the live stream from ISS cameras (International Space Station)! We offer a unique opportunity to observe the life of astronauts and view Earth from orbit.
On our website, you can select from several cameras installed on the ISS and watch the crew’s activities in real time. You’ll see astronauts conducting scientific research, performing experiments, repairing equipment, and handling daily tasks like cleaning and preparing food.
Additionally, our site provides a unique chance to observe Earth’s beauty from space. You can view cities, oceans, mountains, and other natural wonders from your computer or mobile device.
We also provide information about the current location of the ISS, its speed, altitude, and other parameters. Learn how the station operates and how astronauts live and work in microgravity.
Stay tuned to our site to keep up with the latest events on the ISS and enjoy unique views of our planet from space!
The video stream is accompanied by audio communications between the crew and mission control.
The ISS orbits Earth every 90 minutes, spending roughly half that time in Earth’s shadow, where solar panels do not function. During these periods, the stream may be temporarily unavailable (dark screen).
Real-Time ISS Position
Currently on board the International Space Station are
Soyuz MS-29
Anil Menon
Pyotr Dubrov
Anna Kikina
Crew-12
Jessica Meir
Jack Hathaway
Sophie Adenot
Andrey Fedyaev
International Space Station (ISS)
How can you see Earth from a satellite online? Thanks to the International Space Station (ISS), which operates in Earth’s orbit, this is now possible.
To view Earth from space in real time, you don’t need to go far :). You can do it right here on our website. NASA’s official portal provides access to a live stream of Earth from a satellite. The video feed is embedded in this article (see above).
The live video of Earth from the space station shows images from an external webcam mounted on the ISS. Occasionally, the camera broadcasts views of the station’s interior. The webcam does not transmit Earth images all day long.
When the Earth video feed is unavailable, you may see a photo, a map of Earth, or a NASA TV broadcast instead.
(Please wait a few minutes for the video stream to begin)
Since the station orbits Earth every 90 minutes, astronauts witness a sunrise or sunset every 45 minutes. When the station is in darkness, the external camera feed may go black, but it can sometimes capture city lights on Earth.
To a first approximation, Earth can be considered a sphere with an average radius of 6,371.3 km. Due to its daily rotation, it is flattened at the poles; continental heights vary; and tidal deformations distort its surface shape. In geodesy and astronautics, an ellipsoid of revolution or geoid is typically used to describe Earth’s shape.
Thanks to modern technology and NASA, we can join humanity’s great mission of space exploration today!
ReviewsAs a true space enthusiast, I was thrilled by the live stream from the International Space Station (ISS)! It was an incredible sight that allowed me to see the crew’s life and work aboard the station in real time.
From the first moments of the stream, I was struck by the beauty and scale of the space station. It seemed so massive yet incredibly fragile in the harsh conditions of space. I felt like I was aboard the ISS with the crew, watching them carry out their duties and maintain the station.
The moments when astronauts ventured into open space were particularly memorable. I was amazed by their courage and endurance, and surprised by how they could work under such immense gravitational forces. It was fascinating to see them install and repair various scientific instruments and systems on the station.
I also appreciated how the ISS crew works as a team. They solve problems together and complete tasks to ensure safety and productivity aboard the station. It was inspiring to see people from different countries and cultures collaborate in such complex and important work.
Of course, there were moments when the connection with the crew was lost or the image was slightly blurry. However, this didn’t detract from the overall experience, and I’m eagerly looking forward to the next ISS live stream.
Overall, the live stream from the International Space Station was a fantastic opportunity to witness the life and work of astronauts aboard the station. I enjoyed every minute of the stream and felt like I was soaring through space with them. It was a captivating experience that made me feel part of the space program and realize the efforts and resources required to support space research.
One of the most interesting parts of the stream was when the astronauts showed how they spend their free time aboard the station. They played musical instruments, worked out, and even prepared food in microgravity. It was fun and fascinating to see how they find time for recreation and relaxation in such conditions.
The stream also highlighted the importance of the space program for our planet. Astronauts conduct numerous scientific experiments that help us better understand our planet and the universe. They study the effects of the space environment on the human body and test new technologies and materials that could improve life on Earth.
I’m incredibly grateful for the opportunity to see life aboard the ISS in real time. It was an exciting journey that allowed me to connect with the incredible work and courage of astronauts at the forefront of space exploration. I hope such streams continue in the future, and more people can experience the magic and excitement of the space program. Dmitry
Technical Specifications:- Start of Operation: November 20, 1998
- Mass: 417,289 kg
- Length: 109 m
- Width: 73.15 m (with trusses)
- Height: 27.4 m (as of February 22, 2007)
- Living Volume: 916 m³
- Pressure: 1 atm
- Temperature: ~26.9 °C (average)
- Solar Panel Electrical Power: 110 kW
ISS HDEV Experiment (Completed)
November 27, 2020 - The ISS HDEV experiment has concluded. Live video of Earth is now streamed from a high-definition external camera (Camera 1) mounted on the ISS. The camera is directed toward Earth, occasionally capturing a solar panel in view.
Currently, live streams from the ISS are broadcast from an external camera mounted on the ISS module known as Node 2. Node 2 is located at the front of the ISS. The camera is angled forward to show the International Docking Adapter 2 (IDA2). If the Node 2 camera is unavailable for operational reasons for an extended period, a continuous loop of recorded HDEV footage will be displayed. This loop will be marked “Previously Recorded” to distinguish it from the live feed from the Node 2 camera. After HDEV stopped transmitting data on July 18, 2019, it was announced on August 22, 2019, that its service life had ended.
The High Definition Earth Viewing (HDEV) experiment, installed on the external payload facility of the European Space Agency’s Columbus module, was activated on April 30, 2014. Over 5 years and 79 days, it was viewed by over 318 million people worldwide on USTREAM alone.
November 20, 2019 - ISS HDEV is available again. HDEV 2, with even better cameras, is under development.
July 18, 2019 - ISS HDEV is unavailable.
NASA Response: The High Definition Earth Viewing (HDEV) experiment on the International Space Station experienced a data loss, and ground computers are no longer receiving data. The engineering team is reviewing available information about HDEV’s status to determine what may have happened. Additional updates will be posted as they become available. Unfortunately, there is no timeline for when or if HDEV will be restored.The ISS has four HD cameras, whose live feeds are streamed online. The HDEV HD cameras on the ISS switch between each other at regular intervals. When one camera is streaming, the others wait their turn. You can watch the HD stream on ISS HDEV, while the ISS Stream broadcasts from cameras located outside and inside the ISS (do not confuse them with HDEV).
The High Definition Earth Viewing (HDEV) experiment aboard the ISS was activated on April 30, 2014. This experiment includes several commercial HD video cameras aimed at Earth, housed in a pressurized, temperature-controlled enclosure. Video from these cameras is transmitted back to Earth and streamed live on this channel. While the experiment is operational, views are typically sequential, though from different cameras. A gray or black background may appear between camera switches. When the ISS is in shadow, the video may cut out; check the map to stay informed. Analysis of this experiment will assess the impact of the space environment on equipment and video quality for future missions.