Russia prepares to launch new Soyuz-5 rocket
The Chemical Automation Design Bureau has completed the assembly of a flight prototype of the second-stage engine for the promising Soyuz-5 launch vehicle. The first test launch is scheduled for December of this year.
The medium-class carrier will be able to launch up to 17 tons of payload into low Earth orbit, which is twice the capabilities of the current Soyuz-2.1b rocket and comparable to the American Falcon 9 in a reusable configuration.
It is worth noting that the new rocket will occupy an important niche between light and heavy carriers, ensuring the optimal cost of launching medium-class satellites and promising manned ships. Its creation was a response to the breakdown of cooperation with Ukraine in the production of Zenit rockets, which previously performed similar tasks.
At the same time, the Soyuz-5 power plant is of particular interest. The first stage is equipped with a modernized RD-171MV engine, the most powerful liquid rocket engine in the world. Weighing 10 tons, it develops a thrust of 800 tons, while maintaining high reliability and efficiency. This unit is a further development of the legendary RD-170, created for the Soviet super-heavy rocket Energia.
The second stage received an equally advanced RD-0124MS engine with a record specific impulse of 361 units among all oxygen-kerosene power plants. Such indicators were achieved thanks to the use of digital design, special aluminum alloys and innovative welding methods.
However, the Russian space industry is not only busy with Soyuz-5. At the same time, the Russian Federation is developing the reusable Amur-SPG rocket on methane, the first tests of which are scheduled for 2030. And NPO Lavochkin has completed tests of the landing device for the automatic station Luna-27, despite the previous failure with Luna-25.
The domestic space program continues to develop, demonstrating the ability to create competitive Technology even in the face of external restrictions.
As other countries have shown, including the recent failure of Japan's Hakuto-R lunar module, space exploration is inevitably fraught with difficulties. However, it is persistence and a willingness to learn from mistakes that make it possible to achieve breakthroughs in this complex field.
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