UAE starts historic Lunar Gateway project
The airlock under development is an airtight room used to exit and enter the space station, which is due to be built by 2028.
The airlock under development is an airtight room used to exit and enter the space station, which is due to be built by 2028.
Emirati astronaut Sultan AlNeyadi participated in the 'Majlon' meeting, marking his first international visit after successfully concluding the 'Zayed Ambition 2' mission.
MBRSC's participation at the IAC served as a strategic step towards global networking, reaffirming the UAE's dedication to advancing space exploration on an international scale.
This was the UAEs second human space flight and the Arab worlds first extended mission as well as the first time an Arab astronaut performed a spacewalk.
During his time aboard the International Space Station, Al Neyadi conducted more than 200 scientific experiments, with his latest endeavour focusing on a host-pathogen study.
Crew-7 is the first commercial crew flight to carry people from four different agencies.
The NBL's primary function is to prepare astronauts for space missions involving Extravehicular Activities or spacewalks.
The event is set to be held at the Al Fujairah Creative Hub at 1:45 PM on July 25, 2023.
Museum of the Future to host a range of events, activities and initiatives alongside MBRSC, which will introduce the world to the achievements of the centre and the UAE within ...
In the past five editions, more than 5,500 people have interacted in the event, getting a glimpse into Al Neyadi's life on the ISS.
The workshop included an introduction to MBRSCs projects, details about the Arab space mission along with an exploration of Sultan Al Neyadis science experiments on the ISS.
Al Neyadi shared insights into the ongoing medical experiments and research on the International Space Station.
Al Neyadi has devoted 585 hours to conducting various ground-breaking experiments and nominal tasks aboard the International Space Station.
From making history as the first Arab nation to land a rover on the moon to sending an Emirati astronaut for a six-month trip to the ISS, the UAE is ...
In order to make room for other spacecraft arriving later this month and in June, NASA instructed astronauts to relocate the spacecraft from the station's Harmony module to the lab's ...
Al Neyadi is now in his second month aboard the International Space Station.
Hazzaa AlMansoori, the Expedition 69 increment lead, joined Al Neyadi from the NASA ground station in Houston
The UAE to become the 10th country to undertake Extravehicular Activity (EVA) on the International Space Station.
A Call with Space' will now head to venues across other emirates in the UAE.
The four-person Ax-2 crew will spend 10 days at the station conducting research and educational outreach activities.
The spacewalk which Al Neyadi will do with NASA Flight Engineer Stephen Bowen - is set to last about six and a half hours.
Al Neyadi is the second Emirati to travel into space, following on from Hazza Al Mansouri's eight-day stay on the ISS in September 2019.
Al Neyadi is the second Emirati to travel into space, following on from Hazza Al Mansouri's eight-day stay on the ISS in September 2019.
The mission will make the UAE the 11th country to send astronauts on a long-duration mission to the International Space Station.
MBRSC has announced that the first Arab long-duration astronaut mission is scheduled to launch at 11.07 AM UAE time on February 26, 2023.
During the mission, Al Neyadi will conduct many in-depth and advanced scientific experiments as part of the UAE Astronaut Programme.
Al Mansoori and Al Neyadi shared their experiences and discussed the future of space exploration.
The UAE astronaut will serve as a mission specialist on the SpaceX Crew-6 mission.
The Emirati astronaut will join NASAs Stephen Bowen and Warren Hoburg alongside Russian cosmonaut Andrei Fedyaev.
NASA and the UAE Space Agency had signed a co-operation agreement a few years ago, which said the two entities would collaborate on human spaceflights in future.