Russia's NEW PD-8 Engine That Will CHANGE Aviation! Here's why скачать в хорошем качестве

Russia's NEW PD-8 Engine That Will CHANGE Aviation! Here's why

Russia's NEW PD-8 Engine That Will CHANGE Aviation! Here's why === #fligavia #boeing #airbus #russia #aviation === 00:00 Intro 00:27 ‘’Made in Russia’’ Aircraft Test Flight 03:33 Why Can It Change Aviation? 06:00 How good is it? 08:26 Comparison with Foreign Engines === Russia's NEW PD-8 Engine That Will CHANGE Aviation! Here's why Have you heard? No longer just an imagined vision or a plan on paper, Russia has shaken the world as the Superjet 100, powered by the PD 8 engine, successfully completed its first test flight. This milestone marks a turning point for Russian aviation, proving its ability to master jet engine technology and readiness to compete with Western technology. But does this mean the downfall of Western engines? And why has PD 8 become a symbol? Let’s find out! Russia's NEW PD-8 Engine That Will CHANGE Aviation! Here's why ‘’Made In Russia’’ Aircraft Test Flight On March 17, 20 25, the skies over Komsomolsk-on-Amur witnessed a significant milestone in Russian aviation—the first test flight of the Superjet prototype equipped with the domestically produced PD 8 engine. This was not just an ordinary test flight but a strategic step in reducing reliance on Western technology, forming a crucial part of Russia’s import substitution program. Russia's NEW PD-8 Engine That Will CHANGE Aviation! Here's why As the SJ 100—the new designation for the Sukhoi Superjet 100—took off, it shattered the silence of the runway, carrying the ambition of revitalizing Russia’s civil aviation industry. The aircraft was piloted by seasoned professionals: test pilot Dmitry Menovaya, Gory Grevtsev, and engineer Maxim Gryukalka. Throughout the flight, the aircraft reached a speed of 500 kilometers per hour and an altitude of 3,000 meters. Upon landing safely, the flight commander affirmed that the mission had been successfully completed. The PD 8 engine operated smoothly, ensuring stability while allowing engineers to collect crucial aerodynamic performance data under various operating conditions.