April 29, 2022
ORPE “Technologiya” of the Rosteс State Corporation has developed a method for measuring the parameters of radio-transparent materials used in the production of high-speed aircraft. The application of this method will reduce the time for designing and modeling products for aviation and rocketry which are exposed to high temperature in flight.
The only technique in Russia certified by Rosstandart makes it possible to reliably determine the dielectric characteristics of structural materials at the design stage in the temperature range up to +1200 °C. This technique makes it possible to reduce the time of development work and laboratory research due to the optimal radio engineering design and modeling of radio-transparent fairings of high-speed aircraft.
“Radio-transparent fairings for high-speed aircraft experience significant thermal loads during operation. The task of designers is to ensure that the product shows the specified radio-technical characteristics in a wide temperature range. The technique for measuring parameters developed by the experts of ORPE Technologiya improves and speeds up the process of developing such equipment,” said Oleg Yevtushenko, Executive Director of Rostec.
The All-Russian Scientific Research Institute of Physical, Technical and Radio Engineering Measurements confirmed that the measurement technique complies with the established metrological requirements.
Rosteс State Corporation is Russia’s largest manufacturing company. It is celebrating its 15th anniversary in 2022. The company comprises more than 800 scientific and industrial entities in 60 regions of Russia. Its key businesses include aircraft engineering, radioelectronics, medical technologies, innovative materials, etc. The corporation’s portfolio includes renowned brands such as AvtoVAZ, KAMAZ, UAC, Russian Helicopters, UEC, Uralvagonzavod, Ruselectronics, Shvabe, Kalashnikov, etc. The company supplies its products to more than 100 countries worldwide. Hi-tech export sales make up almost a third of Rostec revenues.