A rare view of this range of satellite via a Russian News Report
Location:
Date
Position
Remarks
29 Dec 2018
77° E
Description:
Blagovest No.13L is the third satellite to be launched for Russia′s Blagovest communications system. Designed to provide dedicated satellite links
between the country′s military bases, Blagovest spacecraft are equipped with Ka and Q-band transponders. The satellites are intended for dual military and
civilian use, supporting commercial telephony, high-speed internet and broadcasting services, although the military role is their primary mission.
The Russian Ministry of Defence intends to deploy a constellation of at least four Blagovest into geostationary orbit, using slots at 45 and 128 degrees East. The
spacecraft have been constructed by ISS Reshetnev and are based around the Ekspress 2000 platform. While their military nature means that few details of their
capabilities have been made public, it is understood that each satellite is expected to operate for at least fifteen years.
After deployment Blagovest No.13L will be renamed under the system of Cosmos designations that are applied to most of Russia′s military spacecraft. Under
this system of sequential numbers dating back to 1962, the satellite is expected to become Cosmos 2533 – although this will not be confirmed until the satellite is safely in orbit.
The name Blagovest comes from a type of bell peal used in the Eastern Orthodox Church and is often translated as “Good News”.
Mission details:
Russia has successfully launched a Blagovest military communications satellite on Dec 21, 2018, with a Proton-M/Briz-M rocket lifting off from the Baikonur Cosmodrome to
deploy Blagovest No.13L into geostationary orbit.
The satellite rode to orbit atop a Proton-M carrier rocket equipped with a Briz-M upper stage. The same type of rocket used to deploy the two Blagovest satellites
already in orbit, Proton lifted off Pad 24 at Site 81 of the Baikonur Cosmodrome on an easterly course. The three-stage Proton boosted Briz-M and the payload into
space on a suborbital trajectory, with Briz-M then firing to reach an initial parking orbit. Additional Briz-M burns over the coming hours will lead up to spacecraft
separation about nine hours after liftoff.
Some reports suggested a problem with the final Briz-M burn, but on Dec 29 it was shown by US tracking in a 35421 x 35802 km x 0.2 deg orbit drifting over 77E.