CALT is aiming to demonstrate its capability of executing more than 15 launches per year.

Cosmic Penguin tweeted about @TheSpaceDogeGuy's Chinese correspondences being at a launch on January 16, 2026.

Red dot and Rumble In The Valley were confirmed over the midnight skies in Southwest China.

The T-0 time for the event is 15:56 UTC on January 16, 2026.

The T-0 for the event is scheduled for 16:56 UTC on January 16, 2026.

Red dot and Rumble In The Valley were confirmed over the midnight skies in Southwest China.

Cosmic Penguin indicated that various factors could affect the reporting of a launch four hours after it occurred.

Cosmic Penguin noted that it was just past 5 am in China when commenting on the situation.

The SpainSat-NG II satellite was hit by a space particle at an altitude of approximately 50,000 km while raising its orbit to geostationary orbit (GEO).

The SpainSat-NG II satellite was launched last year on an expendable Falcon 9 rocket.

The SpainSat-NG II satellite has been hit by a space particle in a vital area, preventing it from performing its mission as planned.

The extent of the damage to SpainSat-NG II and its impact on performance is currently unknown.

Hisdesat has approved the construction of the SpainSat-NG III satellite to replace SpainSat-NG II.

The vehicle on Pad 301 is the same vehicle that is on the truck.

The launch of the CZ-10 series vehicle on Pad 301 is planned for February 10.

The barge is still in the yard.

The vehicle may have grid-fins and hooks.

The Long March-12B successfully completed its static firing test on January 16, 2026.

The object has no landing legs but is equipped with grid fins.

Space is highlighted as a global scientific laboratory where collaboration transcends national borders.

Orbital activities are part of a broader innovation strategy that directly affects public health and technological progress.

Adolfo Urso emphasized the contributions of space biomedical research to astronaut health and new healthcare solutions on Earth in a post on X on January 14, 2026.

The cooperative dimension is central to space biomedical research, involving joint programs among space agencies, research institutions, and industrial partners from various countries.

Space is a natural setting for international cooperation, according to Adolfo Urso.

Data obtained from space research is useful for both long-duration missions and terrestrial applications.

Knowledge gained in space is transferred to clinical research on Earth, contributing to the development of new therapies and advanced medical technologies.

Space biomedical research serves as a tool for scientific diplomacy and has a significant research impact.

Space biomedical research studies biological processes in microgravity conditions that are difficult to replicate on Earth.

Adolfo Urso's message on X highlights the strategic role of space biomedical research within international space cooperation.

Space biomedical research focuses on analyzing the effects of the space environment on the human body.

Experiments conducted aboard orbital infrastructures allow observation of the evolution of cells, tissues, and biological systems in extreme environments.

Orbital research is confirmed as a scientific and technological asset capable of generating benefits for both space missions and quality of life on Earth.

The water management technology decreases system complexity and offers significant mass savings for space operations.

Blue Origin licenses Nimbus Power Systems' fuel cell technology for its Blue Moon Lunar Lander program and other space applications.

NASA will use the Blue Moon lander as part of its Artemis campaign to safely send astronauts from lunar orbit to the Moon's surface and back.

Nimbus Power Systems' fuel cells react oxygen and hydrogen to produce electricity, heat, and potable water.

Nimbus’ innovative water management technology removes product water using capillary and hydraulic forces that are effective in the space environment.

The fuel cell met all performance targets during the tests, demonstrating its structural and operational readiness for future flight integration.

Nimbus Power Systems successfully completed shock and vibration tests on advanced, gravity-independent fuel cell technology.

Blue Origin collaborates with Nimbus Power Systems to develop advanced Polymer Electrolyte Membrane (PEM) fuel cell technology tailored for space applications.

The shock and vibration tests simulated the mechanical loads anticipated during launch for NASA’s upcoming Artemis crewed missions to the Moon.

New participants in the funding round include DNV Ventures, TFX Capital, Beyond Earth Ventures, Nova Threshold, and Chris Morisoli.

Existing investors in the funding round include RSquared VC and J2 Ventures.

SkyFi will enhance its platform’s user interface and analytical tools with the new funding.

SkyFi announced the new funding on January 14.

SkyFi plans to forge new partnerships with satellite operators to expand its on-demand data offerings.

SkyFi plans to use its $12.7 million investment to accelerate product development and enhance its technology.

SkyFi serves industries including defense, energy, finance, infrastructure, construction, environmental services, agriculture, insurance, and mining.

SkyFi raised close to $13 million in an oversubscribed Series A funding round.

SkyFi's satellite imagery partners include companies like Vantor, Iceye, and Planet.