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A storage facility contains Angara-NZh stages.
The RD-191M has passed all development tests for the Angara-A5M rocket.
KVTK is a cryogenic upper stage for the Angara-A5M rocket.
The first parts of the Angara-A5M rocket are already in production.
The Angara rocket program is not yet economically efficient enough.
Production of the Angara rocket will be completely relocated to Omsk to increase production efficiency.
Engineering network installation works are in progress at the Angara Launch Vehicle Technical Complex.
Angara-A5M is not considered the safest option for launching the NEM module.
Ongoing construction of Angara's payload assembly and processing building is visible at the Technical Complex.
Preparations are underway for commissioning the remaining two stages of construction at the Angara Launch Complex.
Later modules of ROS will use Angara-A5M and Vostochny rockets.
The launch of NEM was initially planned on the first orbital mission of Angara-A5M.
Interior finishing works are ongoing at the Angara Launch Vehicle Technical Complex.
Angara is constructing a payload assembly and processing building.
There are three versions of the Angara mass simulator: one with Block DM, one with a crewed spacecraft (Orel), and one with a cryogenic (hydrolox – 'KVTK') upper stage.
TsENKI specialists completed testing of the transporter/erector with Angara mass simulators.
Only nine Angara launches have taken place since the first light version launched in July 2014.
The 14F166 satellites are expected to be launched from Plesetsk using Angara-A5 rockets.
International Launch Services became a Khrunichev-owned company focused on selling Proton and Angara launches to Western customers.
South Korea plans to launch the KOMPSAT-6 multipurpose satellite equipped with synthetic aperture radar on a Russian Angara rocket from Plesetsk Cosmodrome in northern Russia in the second half of 2024.