
MOSCOW (Reuters) -A Russian Soyuz MS-28 spacecraft with two Russian cosmonauts and one NASA astronaut on board successfully docked with the International Space Station on Thursday, Russian space agency Roscosmos said.
But the agency later reported that the launch pad at the Baikonur Cosmodrome in Kazakhstan had sustained damage from the launch. It said the damage would be quickly repaired.
The Soyuz 2.1a rocket lifted off from the Baikonur Cosmodrome at 12:28 p.m. Moscow time (0928 GMT).
Late on Thursday, Russian news agencies quoted Roscosmos as saying the launch had taken place without incident, but damage was observed after an inspection of the launch area.
"Damage to a number of elements of the launch pad was detected. An assessment of the state of the launch complex is being conducted now," the agencies quoted Roscosmos as saying.
"All the necessary reserve elements are there to restore it and the damage will be eliminated very soon."
It said the crew was on board the station and in good health.
(Reporting by Anastasia Lyrchikova; Writing by Marina Bobrova; Editing by Andrew Osborn, Ron Popeski and Bill Berkrot)
latest_posts
- 1
Unwinding the Starting points of America: An Excursion Through History - 2
Style Narratives: A Survey of \Patterns and Styles Assessed\ Design - 3
Taylor Momsen explains why she quit 'Gossip Girl': 'I really didn't want to be there' - 4
With more Moon missions on the horizon, avoiding crowding and collisions will be a growing challenge - 5
6 Well known Ladies' Fragrances On the planet
Uncover the Manageable Fish Practices: Sea agreeable Feasting
Share your pick for the headphones that you generally suggest!
Top 10 Books That Will Significantly impact Your Point of view
Visual communication Programming for Fledglings
The most effective method to Move toward Compensation Conversations for Cutting edge Practice Enrolled Attendants
5 Superstar Couples That Motivate Relationship Objectives
Elite Execution Wall televisions for Film Darlings
Instructions to Help a Friend or family member Determined to have Cellular breakdown in the lungs
Dental Embed Innovation: An Achievement in Helpful Dentistry












