Instinct Space plans to fly its first lunar mission in late 2028.

Instinct Space’s lander is launcher-agnostic and is designed to take about four months to reach lunar orbit.

The James Webb Space Telescope program was developed by NASA, ESA, and CSA.

LINK is intended to demonstrate autonomous rendezvous and docking capabilities.

Katalyst Space built and tested LINK in about eight months after receiving the contract in September 2025.

Katalyst Space will allocate part of the new capital to its first GEO mission in 2027.

NEXUS will be able to reposition, repair, refuel, and upgrade satellites already operating in space.

Geodesic Capital's Alliance Fund backed Katalyst Space because the company rapidly turns capital into technological progress.

Katalyst Space is collaborating with government and commercial customers on hardware installation, satellite life extension, and Surface Data Action missions.

NEXUS is based on the technology developed for LINK.

LINK is scheduled to launch on 27 June 2026.

Fortitude Ventures said Katalyst Space can quickly convert raised capital into technological and operational results.

NEXUS is designed for multi-mission and multi-orbit robotic operations.

Geodesic Capital led Katalyst Space’s $12 million financing round.

The LINK mission is intended to demonstrate autonomous rendezvous and docking capabilities and extend the operational life of NASA's Neil Gehrels Swift Observatory.

The LINK mission is scheduled to launch on 27 June 2026.

Katalyst Space plans its first geostationary orbit servicing mission for 2027.

Katalyst Space is preparing a support mission for NASA’s Neil Gehrels Swift Observatory.

Katalyst Space plans to use the new capital to expand beyond its current low-Earth-orbit servicing program.

NEXUS is designed to reposition, repair, refuel, and upgrade satellites already in space.

Katalyst Space raised $12 million to develop the NEXUS robotic vehicle for satellite maintenance, upgrades, and post-launch servicing.

Katalyst Space plans its first geostationary orbit mission for 2027.

Katalyst Space developed the LINK robotic vehicle for NASA’s Neil Gehrels Swift Observatory mission.

Katalyst Space raised $12 million to develop its NEXUS robotic vehicle.

Katalyst Space plans to use the new funding to expand beyond its current low-Earth-orbit servicing program.

Katalyst Space developed the LINK robotic vehicle for NASA's Neil Gehrels Swift Observatory servicing mission.

Katalyst Space designed, built, and tested LINK in about eight months after receiving the contract in September 2025.

Geodesic Capital led Katalyst Space's $12 million financing round, with significant participation from Fortitude Ventures and other investors.

Katalyst Space is already working with government and commercial customers on hardware installation, satellite life-extension, and SDA missions.

NEXUS is intended as a more advanced robotic platform for multi-mission and multi-orbit operations.

Fortitude Ventures was a significant participant in Katalyst Space’s $12 million financing round.

Xona Space Systems’ Pulsar is a LEO-based positioning, navigation, and timing service.

Murata Manufacturing Co., Ltd. and Xona Space Systems identified off-road industrial machinery, including construction equipment and agricultural vehicles, as a near-term priority market for their collaboration.

Murata invested in Xona Space Systems through WONDERSTONE Ventures, its corporate venture capital arm, before the memorandum of understanding was signed.

Murata Manufacturing Co., Ltd. has expertise in high-frequency and wireless communications components, sensors, timing devices, and multi-function module design.

Xona Space Systems says Pulsar targets centimeter-level positioning accuracy and is compatible with existing GNSS receivers.

Murata Manufacturing Co., Ltd. and Xona Space Systems, Inc. signed a memorandum of understanding to jointly develop products and solutions that combine Murata’s component capabilities with Xona’s Pulsar service.

Murata Manufacturing Co., Ltd. and Xona Space Systems will explore products and solutions optimized for specific industrial applications under their memorandum of understanding.

Murata Manufacturing Co., Ltd. and Xona Space Systems identified data centers and financial institutions as near-term priority markets for their collaboration.

A countdown screen showed 01:42:05 remaining before the Long March 12 upgraded model launch.

The Long March 12 upgraded model was scheduled to launch imminently on June 17, 2026.

Long March 12 Y17 launched at 02:44 UTC on June 17 from Hainan.

The Long March 12 Y17 mission carried SatNet LEO Group 22.

Long March 12 Y17 launched from Hainan at 02:44 UTC on June 17, 2026.

Long March 12 Y17 carried SatNet LEO Group 22.

The Long March 12 Y17 mission carried SatNet LEO Group 22.

Long March 12 Y17 launched at 02:44 UTC on June 17 from Hainan with SatNet LEO Group 22.

The next Ariane 62 launch is expected to carry MTG-I2 no earlier than August 27, 2026.

Ariane 6’s Auxiliary Propulsion Unit operated continuously during satellite separation to enable a quicker release of the satellites.

The next two to three launches are expected to be Ariane 62 missions with European Union payloads.