Artemis II will fly four astronauts around the Moon and back.

NASA teams began reviewing the February 2 fueling test data to form mitigation plans and will return for another fueling test before setting an official Artemis II target launch date.

In 2024 the United States agreed to land Japanese astronauts on the Moon in return for Japan providing an advanced pressurized crewed rover for the Artemis program.

India’s Chandrayaan 2 orbiter provides imagery and radar data that NASA is leveraging to filter Artemis landing site candidates.

The core leak area during the February 2 fueling test was the tail service mast umbilical at the bottom of the SLS rocket’s mobile launcher.

Artemis II will not orbit the Moon and will have a closest approach of more than 7,000 kilometers from the lunar surface.

Voyager Technologies supported payloads for NASA’s Established Program to Stimulate Competitive Research.

Voyager Technologies executed more than 50 task orders under a previous NASA Johnson Space Center services contract.

Voyager Technologies is preparing to onboard three new payload missions in the upcoming quarter.

Voyager Technologies managed waste deployment operations through the Bishop Airlock on the International Space Station.

Voyager Technologies will perform post-mission closeout activities as part of its mission services for NASA’s Johnson Space Center.

Voyager Technologies will provide end-to-end mission services covering the entire lifecycle of orbital research under the new contract.

The IDIQ contract with NASA’s Johnson Space Center is a four-year agreement that tasks Voyager Technologies with mission management and execution through 2030.

Voyager Technologies reported a current ratio of 4.92 and held more cash than debt.

Starlab is Voyager Technologies’ joint-venture commercial space station.

Voyager Technologies (NYSE: VOYG) received a $24.5 million Indefinite Delivery/Indefinite Quantity contract from NASA’s Johnson Space Center on February 9, 2026.

The Bishop Airlock is the first permanent commercial addition to the International Space Station.

Voyager Technologies will perform payload integration as part of its mission services for NASA’s Johnson Space Center.

Voyager Technologies will provide safety and compliance monitoring as part of its mission services for NASA’s Johnson Space Center.

Voyager Technologies will perform real-time mission operations as part of its mission services for NASA’s Johnson Space Center.

Teledyne Technologies is a hardware provider for the Proliferated Warfighter Space Architecture (PWSA).

Teledyne’s infrared payloads will operate in tandem with optical communication terminals and advanced onboard processing systems within the PWSA framework.

Teledyne’s infrared sensors are designed to detect heat signatures of hypersonic and advanced missile threats and provide high-sensitivity tracking data to close kill chains in contested environments.

Teledyne’s participation in Tranche 3 supports the Space Development Agency’s spiral development model in which successive satellite batches introduce more advanced capabilities.

Teledyne supplied sensor technology for the Space Development Agency’s Tranches 0, 1, and 2.

Teledyne’s sensors are designed for a snapshot readout mode that allows instantaneous data capture without the blurring associated with traditional scanning sensors.

Teledyne Technologies received multiple contract awards to produce advanced infrared Focal Plane Modules for the Space Development Agency’s Tranche 3 Tracking Layer program.

Detection data from Teledyne’s infrared sensors will be routed through the PWSA Transport Layer via laser links to reach military commanders and interceptor systems.

The Space Development Agency aims for the PWSA to achieve near-continuous global coverage so that no launch goes undetected regardless of geographic location.

The Tranche 3 Tracking Layer is engineered to address hypersonic glide vehicles and other advanced maneuvering missile systems.

Teledyne’s Focal Plane Modules utilize the company’s proprietary GeoSnap and CHROMA digital architectures.

Teledyne has commenced production of sensors that feature multi-megapixel, radiation-hardened detectors optimized for the space environment.

Teledyne has the capability to rapidly scale manufacturing for complex aerospace components to support a proliferated satellite architecture.

Integration of Teledyne’s sensors with optical and data layers is intended to minimize the time between initial detection and defensive response.

New mathematical research proposes that fundamental laws of physics may exist on an informational layer deeper than space and time.

Satellite data and weak gravitational lensing surveys are being used to test General Relativity at unprecedented precision.

Some researchers propose that interactions between dark matter and neutrinos could resolve discrepancies in measurements of the universe's expansion rate under the ΛCDM model.

MoM-z14 is unexpectedly luminous and contains elevated levels of nitrogen.

The James Webb Space Telescope produced landmark discoveries in late January and early February 2026 that challenge existing cosmological models.

Social media rumors claiming a program called "Project Anchor" would cause the Earth to lose gravity in August 2026 have been debunked as misinformation.

The carbon dioxide enrichment in 3I/ATLAS is over four standard deviations away from typical solar system comet trends.

The January 26, 2026 dark matter map reveals the cosmic web with twice the detail of previous Hubble-based maps and shows smaller-scale clumpiness.

The January 26, 2026 dark matter map used observations of nearly 800,000 galaxies in the constellation Sextans to probe 8 to 11 billion years into the past.

Researchers published the most detailed high-resolution map of dark matter to date on January 26, 2026 using James Webb Space Telescope data.

MoM-z14 is a galaxy observed as it appeared 280 million years after the Big Bang.

The chemical composition of 3I/ATLAS indicates it formed in a stellar environment markedly different from the solar system.

JADES-ID1 is the most distant galaxy protocluster ever confirmed.

Observations of the interstellar comet 3I/ATLAS by the James Webb Space Telescope and the NASA–Korea SPHEREx mission were finalized in February 2026.

Spectroscopic analysis of 3I/ATLAS showed carbon dioxide enrichment nearly eight times higher than water ice levels.

Space Capital published a Space Investment Quarterly report covering 2025 investment data.