Galactic Energy's Ceres-2 rocket is likely debuting on December 15 at approximately 04:05 UTC.

Previous Hyperbola-1 launches did not have identified drop zones within China's borders.

The LM-3B launch occurred from LC-2 on January 17, 2026.

The Ceres-2 rocket was launched from the Jiuquan Satellite Launch Center (JSLC) on January 17, 2026.

The Ceres-2 mission is likely a failure as reported on January 17, 2026.

Galactic Energy's official statement is pending regarding the LM-3B launch.

The third stage failure has been the cause of three previous incidents involving the LM-3 series.

The liquid hydrogen/oxygen powered third stage of the LM-3 series has been identified as its Achilles' Heel.

The China Academy of Space Technology (CASC) reported that the LM-3B failed during its third stage flight.

ChinaSat 9A launched in June 2017 experienced a partial failure due to the loss of 3rd stage RCS roll control during the coast phase.

PALAPA-D launched in August 2009 experienced a partial failure due to a gas generator LH2 inlet blockage and subsequent leak.

PALAPA-N1 launched in April 2020 experienced an engine ignitor failure in the 3rd stage.

The liftoff of Ceres-2 occurred at 04:08 UTC on January 17, 2026.

The Ceres-2 first launch failed.

SpaceTrackOrg has retracted data and deleted the corresponding TLE.

The United States Space Force will transition to GPS IIIF with the launch of satellite SV11 next year.

The Hedy Lamarr satellite, designated SV10, is scheduled to be launched aboard ULA's Vulcan rocket later in 2026.

The final GPS Block III satellite, named 'Hedy Lamarr', was flown to Kennedy Space Center on January 6th.

The demo rocket of the 12A may have been modified from the 100 km hopper.

The CZ-12B should have a height of 72 meters, compared to the 70.4 meters of the 12A.

The CACL modified the upper block of the TE tower to fit the CZ-12B or a new tower.

The CZ-3B mission launching Shijun-32 has failed.

Ceres-2 lifted off from the JSLC on January 17, 2026.

Ceres-2 was lifted off from JSLC on January 17, 2026.

Ceres-2 is likely failed.

The maiden launch of Ceres-2 has been confirmed as a failure.

Space-made crystals enable higher signal fidelity, leading to increased bandwidth and reduced losses when loading multiple signals onto optical fibers.

On Earth, the precision of crystal formation is hindered by gravity, which affects the quality of the material.

To realize this goal, the space economy must develop infrastructure to support large-scale in-space manufacturing.

Voyager plans to host its manufacturing hardware on its commercial space station, Starlab.

Voyager's demonstration aims to return an experimentally useful quantity of crystals from the ISS.

The patented process by Voyager focuses on creating crystals that are essential for optical communications and modern computing infrastructure.

Voyager plans to send its patented manufacturing process to the International Space Station (ISS) in spring 2023 to demonstrate the hardware.

A robust complementary industry is necessary to make the in-space manufacturing process economically viable.

Voyager Technologies secured a patent from the US government for its unique process of manufacturing crystals in microgravity for optical communications use cases.

High-quality crystals are currently in high demand from the rapidly growing AI community, and other applications may soon benefit from the manufacturing process in orbit.

The manufacturing process has the potential to reduce error rates in high-bandwidth artificial intelligence and cloud computing models reliant on the crystals.

In microgravity, crystals can form with far fewer defects, resulting in crystals that are five to eight million times larger than those made on Earth.

There are two dimensions of scale for the process: the quantity of crystals generated at once and the ability to repeat the process reliably.

Voyager aims to establish a high-volume manufacturing process for its crystals.

Over 50 companies worldwide are pursuing fusion reactor technologies.

Commercial fusion power is expected to integrate directly into existing electrical grids by the mid-2030s.

Helium-3 fusion releases 4 million times more energy than the combustion of fossil fuels and four times more energy than traditional nuclear fission.

The 2025 Fusion Industry Association reported that more than 1 billion people still lack access to electricity, with hundreds of millions relying on unreliable power systems.

Black Moon Energy’s founders bring expertise from the energy, space, and legal sectors.

Bloomberg estimates the global fusion industry could reach $40 trillion.

BMEC will lead mission management, resource-assessment strategy, and large-scale operations planning for the lunar mission.

The fusion sector raised $2.64 billion in public and private investment in the 12 months ending July 2025.

The Helium-3 fusion fuel cycle sourced from the Moon results in a cost of electricity on the grid well below that in most markets.

The Helium-3 fusion reaction produces no primary radioactive products, making it safe and clean.