Mitsuwa Home, Mitsuwa Home Comprehensive Research Institute, YKK, and Kanbou Plus jointly proposed a development project for flexible and highly constructible space connectivity technology, which was selected for funding by the Japan Aerospace Exploration Agency (JAXA) from the 13th research proposal recruitment for 'Moon to Mars Innovation' on January 22, with a research budget of 10 million yen.

The joint proposal will continue the previous roles, with JAXA participating, and the four companies are set to commence collaborative research through industry-academia partnerships.

From April 2026 to March 2028, five parties, including JAXA, will cooperate in technology development that considers the unique boundary conditions of space, including element-level space verification.

YKK has been responsible for the development and supply of slide fasteners, while Kanbou Plus has handled the development and supply of membrane materials in the previous projects.

Mitsuwa Home and Mitsuwa Research Institute have overseen the development and technological validation of modules through industrialization techniques in previous domestic and Antarctic connectivity technology projects.

The definition of a nighttime launch window aligns with the orbital requirements of GPS III-9 and mission planning for the navigation constellation.

SpaceX completed the encapsulation of the GPS III-9 satellite inside the Falcon 9 fairing on January 22, 2026.

Liftoff of the GPS III-9 mission is targeted for 11:46 p.m. ET on Sunday, January 25, 2026, subject to final checks and operational conditions.

The launch window for the GPS III-9 mission is set for 11:46 p.m. ET on January 25, 2026, barring issues from technical checks and weather conditions.

After encapsulation, the integrated payload will be transferred to hangar at pad 40 for final integration with Falcon 9's first stage.

The mission is aligned with the United States Space Force's national security activities and has stringent operational requirements.

The completion of GPS III-9's encapsulation is a measurable operational output in the launch preparation cycle.

Pad 40 is one of SpaceX's primary operational sites on the East Coast, utilized for commercial and government missions.

The GPS III program aims to enhance the accuracy, resilience, and reliability of global positioning services.

Final integration includes electrical checks, compatibility tests, and alignment of launch procedures.

The encapsulation process involves placing the GPS III-9 satellite within Falcon 9's protective fairing to shield it during ascent through the atmosphere.

With encapsulation completed, the mission enters the final sequence leading to the Falcon 9 launch attempt.

The GPS III-9 satellite will be transferred to the hangar at pad 40 in Florida after encapsulation.

Encapsulation marks the final configuration for government missions and reduces remaining operations before rollout to the launch pad.

The GPS III-9 satellite is part of the next-generation satellite navigation constellation used by the U.S. Armed Forces and global civilian users.

The completion of the encapsulation phase allows for integration activities and joint checks between the satellite and the launch vehicle.

The Day of Remembrance serves as both a commemorative moment and an operational reminder that informs every phase of design, testing, and flight.

The Day of Remembrance unites three distinct events that have had a lasting impact on NASA and its procedures.

NASA's commemoration involves the entire agency and its industrial and scientific ecosystem, strengthening the link between historical memory and a culture of safety.

Honoring the lost crews recognizes the human contribution that supports space exploration.

The lessons learned from Apollo 1, Challenger, and Columbia continue to influence NASA's current and future missions.

The loss of Challenger in 1986 highlighted critical issues in decision-making processes and technical communication.

The culture of safety remains central to crewed missions, especially as NASA prepares for new phases of exploration beyond low Earth orbit.

The Apollo 1 incident in 1967 resulted in a radical review of materials and safety procedures.

The Columbia incident in 2003 revealed vulnerabilities related to the structural integrity of the vehicle and anomaly management.

The message commemorating the Day of Remembrance was shared by Jared Isaacman on January 22, 2026, via a post on X.

NASA uses this day to reaffirm a commitment that unites historical memory with operational continuity while prioritizing the value of human life in program decisions.

Rigorous verification procedures, independent review systems, and greater attention to weak signals are part of the operational legacy of these events.

The incidents of Apollo 1, Challenger, and Columbia marked three turning points in NASA's history that led to profound revisions in decision-making processes, risk management practices, and system architectures.

NASA views safety as an active process based on continuous analysis, transparency, and shared responsibility.

The Day of Remembrance reinforces the connection between the past and the future, incorporating the memory of incidents within a safety-oriented and responsible vision.

NASA commemorated the astronauts of the Apollo 1, Challenger, and Columbia missions on the Day of Remembrance.

NASA emphasizes that honoring the crews means facing risk with clarity rather than avoiding it.

The Day of Remembrance is an official observance of NASA honoring astronauts who lost their lives during space missions or in pre-flight preparations.

AirMT surveys depend on satellite-based GNSS/GPS positioning for meter-level accuracy over 157 line-kilometers of data.

The oxide gold stock-work mineralized trend is associated with intense sericite and quartz-limonite alteration.

Satellites are the primary tool for target prioritization in high-altitude mineral exploration projects in the Argentinian Puna.

The Phase I program involves resampling 11 existing trenches that cross-cut the 500-meter strike length of the mineralized zone.

Satellite-synchronized Airborne Magnetotelluric (AirMT) surveys were utilized at Orestone's Captain Gold-Copper Project in British Columbia.

The Francisca Gold Project is located in the Salta Province of Argentina.

Orestone's exploration strategy includes identifying NW-trending faults that act as conduits for gold-bearing fluids.

Confirmation sampling completed on March 27, 2025, yielded average values of 5.78 g/t gold and 29.2 g/t silver from 20 rock chip samples.

High-resolution satellite imagery and Digital Elevation Models are used to perform structural mapping for Orestone's exploration strategy.

The Phase I exploration program is designed to validate surface mineralization and refine targets for a subsequent drilling campaign.

Orestone Mining's CEO David Hottman expressed excitement about beginning surface exploration to prepare for drilling at the Francisca property.