Russian rotocraft manufacturer negotiated supply of ten helicopters to ChinaBusiness & Economy July 20, 15:35
Russia asks US to provide explanations on extending Viktor Bout’s jail termRussian Politics & Diplomacy July 20, 14:55
Kremlin mum on documentary about Putin being filmed for 2018 electionRussian Politics & Diplomacy July 20, 14:50
The Hague court’s ruling on Arctic Sunrise encourages illegal steps — Russian diplomatRussian Politics & Diplomacy July 20, 14:42
Global research team uses Tibetan tree ring records to track climate changeScience & Space July 20, 14:37
Russia to roll out hypersonic drones in 2020sMilitary & Defense July 20, 14:20
Russia to develop missiles based on artificial intelligenceMilitary & Defense July 20, 13:41
Putin, Trump discussed Russian adoptions, but no mention of ban revision — KremlinRussian Politics & Diplomacy July 20, 13:23
Russian court sentences March protest participant to 2.5 years in jailSociety & Culture July 20, 13:08
VORONEZH, February 2. /TASS/. The Voronezh-based Orbita company will start serial production of equipment to be installed on Russia’s next-generation Federation manned spacecraft, the regional government’s press service said Thursday.
"In December 2016, the Rocket and Space Corporation Energia (RKK Energia) has approved the first stage of works to create electricity circuits for the new Russia manned spacecraft, the Federation, to replace Soyuz spacecrafts and Progress space freighters. In mid-2017, Orbita will start serial production of this equipment," the Voronezh Region government said.
The Federation is the next-generation reusable spacecraft, expected to enter service in 2021 to replace Russia’s flagship Soyuz spacecraft. It will be capable of delivering people and cargo both to the Earth orbit and the Moon.
The orbital version of the vehicle will measure 20 feet (6.1 meters) in length and weigh approximately 14.4 metric tons, the lunar version will be nearly five metric tons heavier.
The spacecraft is designed to send up to four cosmonauts to space. It will be able to operate in the autonomous regime for up to 30 days, with the possibility of staying attached to the International Space Station (ISS) for up to one year. It will be launched atop the heavy Angara-A5V and Angara-A5P rockets.