Any idea what rocket will launch Rodnik blok 17?
The planned November 2019 Rokot launch is listed at https://space.skyrocket.de/doc_lau/rokot.htm. Any idea what rocket will launch Rodnik blok 17?
MOSCOW, October 2. / TASS /. Operation of the Rokot launch vehicles of the basic version may end on November 29 with the launch of three communication satellites of the Gonets system from the Plesetsk cosmodrome, Oleg Khimochko, the first deputy general director of the Gonets Satellite System JSC, told TASS.“The launch date is November 29, but the transfer may take place to December 20-29,” Khimochko said, adding that the decision whether to delay the launch or not will be made in the coming days.
Quote from: russianhalo117 on 09/17/2021 08:26 pmThe Radar version of MKA-V et al.Any evidence this exists?I would assume possible candidates are Razbeg (assuming Kosmos-2551 is EMKA-2) and the reconnaissance satellite that VNIIEM has built for Iran under Project 505 (which was said to be ready for launch this year). Actually, the Angara-1.2, which has a capacity of 2.2-2.5 tons to SSO from Plesetsk, should be capable of launching both of these together. But that probably takes us too far into the realm of speculation. The only military payload that I've seen linked to Angara-1.2 in official documentation is 14F132/Rodnik. The project is suffering significant delays because many Western-built electronic components for its main payload (called 14R59) have to be replaced due to the sanctions. The switch from Rokot to Angara-1.2 may also play a role. The next trio of Rodnik satellites (nrs. 29, 30, 31, which together form "Block 17") is now scheduled for delivery to Plesetsk in August 2023. Satellites nr. 32, 33 and 34 (Block 18) should also have been manufactured by that time. See this court documentation released in July:https://kad.arbitr.ru/Card/0076dc6c-d208-44f4-9de3-c110a90982ccNote that there seems to be another Angara-1.2 with a military payload scheduled for launch no earlier than the first quarter of 2022.
The Radar version of MKA-V et al.