The initial Qingzhou mission is expected to involve a gradual approach and safety checks similar to Northrop Grumman’s first Cygnus mission to the International Space Station.

Qingzhou’s second mission is scheduled to begin in early 2027 and will visit the Tiangong Space Station.

Tests and experiments aboard Qingzhou are expected to continue until the first months of 2029.

Qingzhou missions are intended to continue as free-flying experiment carriers to build experience and reduce cost through regular missions.

Hardware for Qingzhou is well into production.

The launch vehicle selected for Qingzhou must use a fairing that can house a spacecraft measuring 5.3 meters long and 3.78 meters wide.

The first Kinetica-2 launch brought the Qingzhou cargo spacecraft into orbit with the mission’s test article onboard.

A docking port for Qingzhou may be provided by the China Manned Space Agency.

Qingzhou is intended to expand the scope and depth of its scientific experiment platform services.

The Qingzhou program contracted the Tiangong Space Station visit in late 2024.

The Qingzhou program is openly procuring a launch solution from providers in China’s space sector for its first delivery mission to Tiangong.

The first Kinetica-2 launch vehicle placed the Qingzhou cargo spacecraft into low Earth orbit.

Berthing allows a spacecraft to avoid delicate thruster firings while approaching or leaving an open docking port.

The launch vehicle selected for Qingzhou must be able to send around 5,000 kilograms to the orbit of the Tiangong Space Station.

The first ROSAIA prototype built by the Istituto Italiano di Tecnologia has four flexible arms about 75 centimeters long.

ROSAIA uses artificial intelligence to coordinate the robot’s movements and interact with the host satellite during autonomous operations.

The ROSAIA project is funded by the Italian Space Agency (ASI) and developed by the Istituto Italiano di Tecnologia (IIT).

ROSAIA is a multibranch system designed to combine mechanical flexibility, shock absorption, and intelligent control during approach and manipulation operations in space.

ROSAIA was designed with a scalable architecture that can be adapted to different sizes and operational scenarios.

ROSAIA is designed to create a robotic platform that can operate autonomously in Earth orbit.

ROSAIA’s four flexible arms can attach to each other to provide a stable grip on a satellite or other object.

United Launch Alliance launched its final Atlas V 551 rocket in support of Amazon Leo.

The final Atlas V 551 launch carried 29 Amazon Leo satellites.

Liquid methane and liquid oxygen for Starship are produced at or near the Boca Chica, Texas launch site.

SpaceX priced its initial public offering on June 11, 2026 and listed on Nasdaq under the ticker SPCX.

SpaceX’s Hawthorne, California campus machines Merlin and Raptor engine components and assembles Dragon capsules.

Special Metals Corporation is the original developer of Inconel 718 and remains the dominant certification-holder for critical aerospace applications.

SpaceX’s Washington State facility produces solar array elements, Ka-band antennas, and payload channel components in-house.

SpaceX closed its Nasdaq debut at $161 per share, up 19 percent on the first day and another 20 percent on the second day.

VSMPO-AVISMA is the Russian-state-affiliated producer that is the world’s largest supplier of aerospace-grade titanium alloys and also produces some nickel-based superalloys.

Inconel 718 is the primary structural alloy in the turbopump and hot-gas manifold sections of SpaceX’s Raptor engine.

Starship uses 301 full hard stainless steel as its primary structural skin material.

Alcoa Corporation processes Inconel 718 at its Davenport, Iowa facility.

SpaceX’s Falcon reusability and engine recovery have enabled continued reliability enhancements for the Merlin engine.

Falcon’s reusability and engine recovery have enabled continued reliability enhancements for the Merlin engine family.

SpaceX completed construction and acceptance testing of its 1,000th Merlin 1D engine for Falcon’s first stage.

Northrop Grumman's Stargazer airplane is back in the air with Pegasus and LINK.

The previous launch attempt involving Northrop Grumman's Stargazer airplane was scrubbed because of a software issue.

The planned drop and launch time for Northrop Grumman's Stargazer operation is 08:35 UTC.

Northrop Grumman's Stargazer airplane was flying with Pegasus and LINK in a holding pattern to line up with the drop zone for a drop and launch at 08:35 UTC.

Northrop Grumman's Stargazer airplane is returning to Bucholz Army Airfield.

Tianwen-2’s mission sequence includes launch, rendezvous with 2016HO3, orbital reconnaissance, sample collection, liftoff, separation of the main probe and return capsule, a main-probe maneuver, a pending task, and arrival at 311P.

GomSpace’s outstanding share count increased from 168,669,159 to 173,522,461 shares after the warrant exercise.

GomSpace’s satellite platform kits are modular, flight-proven systems designed to reduce system integration complexity and shorten time to mission.

GomSpace’s existing shareholders faced approximately 2.8 percent dilution after the warrant exercise.

GomSpace Group AB’s largest shareholder, Peter Hargreaves, exercised all 3,301,566 warrants of series 2023/2039 through The Hargreaves Family No. 14 trust.

The exercise of GomSpace warrants resulted in the subscription of 4,853,302 new shares.

The warrants were linked to an €18 million shareholder credit facility that Peter Hargreaves provided to GomSpace and that was first disclosed in June 2025.

Each warrant entitled the holder to subscribe for 1.47 new shares at an exercise price of approximately 0.07 Swedish kronor per share after recalculation under terms tied to a rights issue in March-April 2023.

The warrant exercise generated approximately 340,000 Swedish kronor in cash proceeds for GomSpace.