Turkish astronaut Atasever voices support for Palestinians from space
Türkiye's second astronaut, Tuva Cihangir Atasever, speaks during a news conference at Spaceport, New Mexico, U.S., June 8, 2024. (AA Photo)


Tuva Cihangir Atasever, Türkiye’s second space traveler, expressed sorrow on Saturday over the plight of Palestinians.

"The suffering experienced by the Palestinian people is a situation our world's beauty does not deserve," said Atasever.


Atasever said he carried the Palestinian scarf "keffiyeh" with him during his suborbital mission on Saturday.


"Looking down at Earth from there, I observed the thinness of the atmosphere and the interconnectedness of the ecosystem in which we live," he said, adding: "We must live in harmony with the other members living within this ecosystem."

He said that during the space journey, he also wore the watch that President Recep Tayyip Erdogan gave him on May 19.


"Our flight proceeded smoothly. From a scientific experiment standpoint, I can confidently say that we accomplished all our objectives," he added.


Tuva Cihangir Atasever landed at Spaceport New Mexico wearing a Palestinian colors bracelet and a watermelon pin, New Mexico, U.S., June 8, 2024. (AA Photo)

Virgin Galactic's VSS Unity, carrying a six-person Galactic 07 mission team, including the second Turkish space traveler Tuva Cihangir Atasever, completed a suborbital flight by landing on Earth in the U.S. on Saturday.

The VSS Unity spaceplane took off from Spaceport America in southern New Mexico at 10:31 a.m. Eastern on June 8. It returned and landed back at the spaceport at 11:41 a.m. Eastern on the same day.

The flight lasted about 70 minutes, with the VSS Unity reaching an altitude of roughly 45,000 feet (over 13,700 meters) on a carrier aircraft; it then activated its hybrid propulsion system to rise to approximately 55 miles (90 kilometers).

Atasever served as a research astronaut aboard the spacecraft's final flight, designated Galactic 07.

He was responsible for seven scientific experiments under microgravity conditions.