Russia Successfully Launches "Angara-A5" Rocket from Plesetsk Cosmodrome

Moscow - Saba:
The Russian Ministry of Defense announced that the heavy-lift "Angara-A5" rocket was successfully launched from the Plesetsk Cosmodrome in the Arkhangelsk region, carrying a spacecraft on board.
"On June 19, 2025, the Angara-A5 launch vehicle, carrying a spacecraft, was launched from the Plesetsk Cosmodrome (Arkhangelsk region) on behalf of the Russian Ministry of Defense," the statement said.
The statement noted that this marks the tenth launch in the history of the Angara rocket series. Since 2014, five light "Angara-1.2" rockets and three heavy "Angara-A5" rockets have been launched from the Plesetsk Cosmodrome. Additionally, another heavy rocket was launched from the Vostochny Cosmodrome in April 2024.
The Russian state space agency "Roscosmos" has signed a government contract with the Khrunichev Center for the production of three "Angara-A5M" rockets, which are intended for launching modules of the new Russian space station, according to a statement from the agency.
The statement, dated June 6, mentioned that the upgraded version will be capable of placing spacecraft weighing up to 27 tons into orbit, compared to the standard Angara-A5, which can carry only up to 24 tons.
Roscosmos also stated that the Angara-A5M will be adapted in the future for launching crewed spacecraft.
Whatsapp Telegram Email Print

Try Our AI Features

Explore what Daily8 AI can do for you:

Learn with AIFact CheckingText to SpeechAI Summary

Related Articles

Saba Yemen

20 hours ago

• Saba Yemen

Russia Successfully Launches "Angara-A5" Rocket from Plesetsk Cosmodrome

Moscow - Saba: The Russian Ministry of Defense announced that the heavy-lift "Angara-A5" rocket was successfully launched from the Plesetsk Cosmodrome in the Arkhangelsk region, carrying a spacecraft on board. "On June 19, 2025, the Angara-A5 launch vehicle, carrying a spacecraft, was launched from the Plesetsk Cosmodrome (Arkhangelsk region) on behalf of the Russian Ministry of Defense," the statement said. The statement noted that this marks the tenth launch in the history of the Angara rocket series. Since 2014, five light "Angara-1.2" rockets and three heavy "Angara-A5" rockets have been launched from the Plesetsk Cosmodrome. Additionally, another heavy rocket was launched from the Vostochny Cosmodrome in April 2024. The Russian state space agency "Roscosmos" has signed a government contract with the Khrunichev Center for the production of three "Angara-A5M" rockets, which are intended for launching modules of the new Russian space station, according to a statement from the agency. The statement, dated June 6, mentioned that the upgraded version will be capable of placing spacecraft weighing up to 27 tons into orbit, compared to the standard Angara-A5, which can carry only up to 24 tons. Roscosmos also stated that the Angara-A5M will be adapted in the future for launching crewed spacecraft. Whatsapp Telegram Email Print

Saba Yemen

3 days ago

• Saba Yemen

Roscosmos: Russia plans to build first nuclear power plant on Moon

Moscow - (Saba): Dmitry Bakanov, head of Roscosmos, announced that the agency plans to build the first nuclear power plant on the Moon and work on exploring Venus. Sputnik news agency quoted Bakanov, speaking on the Telegram channel about the projects Roscosmos is working on, as saying: "The tasks assigned to our agency include the creation of a new Russian orbital station to replace the International Space Station." He continued: "Establishing the first nuclear power plant on the surface of the Moon to serve as the basis for future lunar bases... We also plan to explore Venus, as we are the only country to have launched a spacecraft and landed on this planet." He added: "We also plan to expand our satellite constellation to increase the speed of satellite broadband internet and ensure coverage of all parts of our country with these services. We also plan to increase the accuracy of the GLONASS navigation system and improve the capabilities of domestic rockets and spacecraft." He concluded: "Great goals lie ahead. We must implement projects that require courage, broad thinking, and engineering genius." Russia and China have announced plans to build a scientific station on the Moon in cooperation with several countries. In 2021, the Russian space agency Roscosmos signed an agreement with China to this effect. As part of the station project, China is expected to send a satellite. Chang'e-6, Chang'e-7, and Chang'e-8 will also be launched to the Moon. Russia is also expected to launch several lunar orbiters and lunar surface exploration vehicles. Whatsapp Telegram Email Print

Yemenat

6 days ago

• Yemenat

Translation in the Age of Globalization: A Bridge Between Cultures or a Tool for Linguistic Domination

In today's interconnected world, translation plays a crucial role in facilitating communication among nations and individuals. It serves as a gateway for exchanging knowledge and cultures, enabling ideas and perspectives to transcend borders. As globalization continues to shape societies, translation has evolved beyond its traditional function of language conversion, it has become a powerful force influencing cultural identities and shaping global discourse. This raises an essential question: Is translation a means of fostering cross-cultural understanding, enriching linguistic diversity, and bridging gaps between civilizations? Or has it become a tool that reinforces the dominance of certain languages, threatening the cultural and linguistic heritage of smaller communities? Throughout history, translation has been a fundamental vehicle for the transmission of scientific discoveries, artistic expressions, and philosophical thought across civilizations. It has played an indispensable role in advancing human knowledge and fostering cultural dialogue. A compelling example is the Islamic Golden Age, when Greek philosophical and scientific works were translated into Arabic, then later into European languages, significantly shaping Western thought. Beyond its academic contributions, translation also serves as a powerful tool for cultural exchange. It allows societies to understand one another's traditions, values, and beliefs, reducing misinterpretations and encouraging harmonious coexistence. Furthermore, translation grants individuals access to diverse literary, artistic, and intellectual works, enriching their perspectives and stimulating creativity. Despite its undeniable benefits, translation can sometimes contribute to linguistic and cultural dominance. In today's world, languages like English wield disproportionate influence, often dictating the global flow of information. While numerous texts are translated from English into other languages, the reverse is less common, limiting the representation of less widely spoken languages on the global stage. This imbalance reinforces cultural hierarchies and weakens local linguistic identities. This phenomenon poses a significant threat to linguistic diversity, as smaller languages gradually diminish in influence and relevance. Additionally, translation is sometimes used as a conduit for disseminating dominant ideologies and values, shaping societal narratives while marginalizing indigenous perspectives and traditions. Philosophy and Science in the Islamic Golden Age: during the Islamic Golden Age, translation was instrumental in preserving and expanding philosophical and scientific thought. Works by Aristotle and Plato were translated into Arabic, later influencing European intellectual movements and fueling the Renaissance. Russian Literature's Influence on Arabic Narratives: in the 20th century, translated works by Russian authors like Dostoevsky and Tolstoy deeply impacted Arab literary traditions, introducing new narrative styles and inspiring a wave of realist literature in the Arab world. Japanese Literature's/Drama's Expansion into the West: post–World War II translations of Japanese authors such as Haruki Murakami and Yukio Mishima introduced global audiences to Japanese culture, increasing interest in philosophical themes and traditional arts such as manga and anime. Scientific and Technological Translation Driving Innovation: Translation plays a crucial role in globalizing advancements in medicine and engineering. By translating research from English into various languages, breakthroughs in healthcare and technology have reached diverse populations, improving quality of life worldwide. To counteract the dominance of certain languages and ensure equitable representation in translation, several initiatives can be pursued: Encouraging Reciprocal Translation: Instead of focusing solely on translating One-language works, efforts should be made to translate literature and scholarly research from less widely spoken languages, allowing their ideas to be shared globally. Supporting Local Languages: Governments and institutions should invest in translation programs that preserve linguistic diversity, ensuring that scientific and artistic works are accessible in multiple languages, regardless of global prominence. Leveraging Technology for Inclusive Translation: Advancements in artificial intelligence should be harnessed to support multilingual translation rather than reinforcing linguistic hierarchies. AI-driven tools can facilitate fairer representation of diverse languages across digital platforms. To sum up, translation remains a powerful force for global communication, fostering understanding and exchanging knowledge across cultures. However, when misused or imbalanced, it can contribute to linguistic domination, threatening diversity and diminishing the voices of marginalized languages. To uphold linguistic equity, fair translation policies must be enacted, ensuring that language serves as a bridge rather than a barrier in our globalized world.