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Monitor

By 2010, Russia's orbiting formation of ERS satellites is to number a minimum of 10 spacecraft, and small-sized Monitors will be one of its principal components. A Monitor-based formation of ERS satellites, entirely new engineering solutions underlying it, and the regularity of Earth observations to fulfill tasks of environmental monitoring will enable the new Russian unit to be quite competitive on the world's ERS market.

The best results in Earth monitoring are obtained by combining (using jointly) images from different satellites that complement each other. Thus, pictures made by radar installed on a spacecraft can give important extra information to the pictures taken in the optical range, because radar observations are immune to weather conditions. Insufficient illumination does not affect infra-red (thermal) filming. So, in addition to the Monitor-E, the formation will also include the new advanced craft Monitor-I (thermal), Monitor-S (stereo) and Monitor-O (high-resolution) provided with an assortment of optical electronic devices, and also the Monitor-R with onboard radar. A Rokot light-class carrier rocket will launch all of them.

A spacecraft is considered a new model if 30% of its on-board systems are new. The Monitor-E is 90% new. The Monitor-E represents a new generation of spacecraft with intelligent on-board systems. Its configuration is non-sealed and modular, which has cut lead-time, and it is equipped with two optical-electronic cameras giving a resolution of 8 and 20 meters. The unified Yakhta space platform developed at the Center is its mother ship. The weight of the craft is 750 kilograms. Practically all service and utility systems of the unit are new Russian developments.

On 26 August 2005, a converted Rokot launch vehicle delivered a new Monitor-E satellite into orbit. But almost immediately problems plagued its command module, with ground information failing to reach the spacecraft, which went into an uncontrolled tumbling motion. But developers from the Khrunichev Space Center saved the satellite. The Monitor-E marked a landmark for the Center in a new operational area for it - development of advanced space systems for hands-on applications. For the first time in world practice of environmental monitoring it has offered a small-sized spacecraft that can perform no worse than a larger unit.

Seventy percent of the Monitor-E's information capacity will belong to Roskosmos to meet the requirements of Russia's official consumers, and 30 percent to the Khrunichev Center to be used for commercial purposes. Initially, the idea was to make the project a commercial venture, and indeed, at first the Center financed it out of its own pocket. But as the development work was nearing completion, Roskosmos, seeing the need for restoring Russia's formation of ERS satellites that have reached critical condition over recent years, decided to include the Monitor-E into the federal space program with appropriate funding.

"Monitor-E" represents a new generation of Russian small spacecraft with improved characteristics and increased intelligence of on-board systems. The satellite is equipped with two optoelectronic cameras: one with a resolution of 8 m, the second - 20 m. The camera with a resolution of 8 m operates in black and white. The second camera gives a color image. Almost all the service and target systems of the spacecraft, including both cameras, are new developments of the Russian space industry. This is the first satellite in Russia in an unsealed version.

In accordance with the flight test program on November 26, 2005, the first space image was obtained. At present, Monitor-E continues to be used for its intended purpose, surveying the Earth's surface. Remote sensing data received from the Monitor-E satellite is used in the interests of agriculture and forestry, environmental monitoring, geological mapping and mineral prospecting, monitoring and assessment of the consequences of emergencies and other tasks of Earth observation from space.

Over the past 5 years, the SCNPC has accumulated extensive experience in the field of creation and operation of small spacecraft, processing of satellite information. Thousands of flight missions have been worked out and millions of square kilometers of the Earth's surface have been photographed.

To receive remote sensing data from the Monitor-E satellite, the following are used: Ground-based complex for receiving and processing information of the State Scientific and Technical Center of the Russian Academy of Sciences. MV Khrunichev, the receiving station of the Scientific Center for Operative Earth Monitoring and the Universal Point of Receiving and Processing Information of the Ugra Research Institute of Information Technologies of the city of Khanty-Mansiysk.