Details of the Space Industry Achievement Unveiled by the presence of doctors

According to RCO News Agency, at the Space Technology Day ceremony, held this afternoon – Sunday – with the participation of Massoud Mediian, the three new Nawak, Pars 2 satellites and the upgraded satellite satellite were unveiled.

Navok Satellite Feature

The Nawk satellite is a telecommunications satellite developed by the Class 1 to 5kg Space Research Institute.

The main purpose of the Nawok satellite is to test the optimal Simorgh launcher performance, which will be launched in the near future. The optimal Simorgh launcher will inject the Nawk satellite into the elliptical orbit.

The satellite weighs about 2 kg and 2 x 2 x 2 cm. The Navok satellite has a dosimeter cargo to measure space radiation. The telecommunication communication of the satellite will be established with ground stations in the S -frequency band. The Navok satellite has a magnetometer sensor to measure the Earth’s magnetic field and the Turkish operators to control the orientation of the satellite in space.

Pars satellite upgraded sample feature

The upgraded sample of the Pars satellite is a imaging satellite developed using a class platform between 1 and 2 kg of Iranian Space Research Institute.

The first sample of the satellite was successfully launched by Soyuz launcher last year. The results of this launch were used to improve the second sample of the Pars satellite and the necessary modifications were made in the second satellite sample compared to the first Pars sample.

The second sample of the Pars satellite will be launched about 2 kilometers in height and in orbit near the Earth. The satellite weighs less than 5 kg and has three Multispectral (MS), Short-Wave Infrared (SWIR), Thermal Infrared (TIR), each with different light and thermal spectra, with a accuracy of 2 meters, respectively. , 2 meters and 2 meters are shot. The images taken are sent to the ground via the telecommunication X band.

The satellite has a positioning system and controlling the three -level status with better precision than half a degree. The energy of this satellite is provided through the solar cells of the gallium arsenide, which are located on the open panels. Energy storage is done in the battery and is distributed through different converters among the satellite components.

The satellite has the ability to modify and correct the injection point through the cold gas propulsion system. The satellite also has a secondary cargo called Doshemter, which is responsible for measuring the amount of radiation ion. The satellite structure is cubic -shaped and made of nesting plates that have the maximum resistance to the vibrations of the launch moment. To increase the reliability of the satellite, most satellite parts have alternative parts and are resistant to error.

Pars Satellite Features

The Pars Satellite, weighing 2 kg, is equipped with two cargoes of imaging with two different linear sensors with 2 m and two -dimensional 2 -meter -high separation power of 2 meters and 2 m multis Software will be better than 1.5 meters.

Both cargoes are fully native to the country. The satellite is also equipped with propulsion and will be able to modify orbital features to achieve optimal imaging conditions. The Pars Satellite will be able to meet a variety of applications in different sectors of environment, forestry, unexpected events and urban management.

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