SINC 2023 - banner

Iran’s Future Spy Satellites: What Can Be Done?

Kanopus-V1 PSS pan-sharpened image of Moscow, Russia, acquired on 6 May 2015. Image credit: NTs OMZ.
Kanopus-V1 PSS pan-sharpened image of Moscow, Russia, acquired on 6 May 2015. Image credit: NTs OMZ.

With the Iranian sanctions regime steadily coming apart, it is only a matter of time before Iran acquires – or even develops on its own – a high-resolution imaging satellite that will revolutionise its military and civil remote-sensing capabilities. Such a development is of particular concern to a number of countries in the Arabian Gulf and also for Israel. What are the implications of Iran gaining such a capability, and what, if anything, can other countries in the Middle East do to mitigate any military advantage Iran might gain from using a high-resolution imaging satellite? ThorGroup’s John B. Sheldon, Ph.D., explores the issues.

The Russian Connection

Recent media reports have suggested that Iran and Moscow-based company Russian Space Monitoring Systems, Information & Control and Electromechanical Complexes (VNIIEM) could sign a contract for a high-resolution remote sensing satellite in the coming weeks.

If this deal were to go ahead, the Iranian satellite would be launched in 2018, and will be based on VNIIEM’s Kanopus-V remote sensing satellite, a version of which has already been built and launched for Belarus.

Kanopus-V Remote-Sensing Satellite. Image courtesy of NASA.
Kanopus-V Remote-Sensing Satellite. Image courtesy of NASA.

The Kanopus-V was originally designed to provide real-time, high-resolution imagery to monitor natural and man-made disasters as well as other contingencies. Kanopus-V has a panchromatic resolution of 2.1 meters with a 20-kilometer swath, and a multispectral resolution of 10.5 meters with a 41km swath. An Iranian version of the Kanopus-V satellite would be launched into a sun-synchronous orbit at an altitude of 510-540 kilometers. The satellite will likely weigh about 400 kilograms with a payload capacity for cameras of 110kg. Kanopus-V has a power capacity of 300 Watts, and can store up to 24 Gigabytes of data in its internal memory and can transmit its imagery to Earth on 8,048–8,381.5 Mega-Hertz at speeds of 122.88-61.4 Megabytes per second. Lastly, the Kanopus-V satellite has an average operational lifetime of five years.

 

The full analysis is available as a paid download for 2.99 USD. If you are interested, please send us an e-mail stating the desired document to [email protected]

Check Also

Space Café 33 minutes with Maya Glickman-Pariente, The Future of Satellite Operations: Embracing AI and Empowering the Next Generation

The  Space Café “33 minutes with Maya Glickman-Pariente“, CEO of SPACECIALIST, Head of Space Operations, SAS Founder of “My space academy,” in conversation with Torsten Kriening, publisher of SpaceWatch.Global was conducted on 14th March 2023, about the future of satellite operations and the role of AI, as well as her advice to the next generation of women in STEM.