Satellogic Inc（SATL）资讯与事件SATLSatellogic Inc

Satellogic Successfully Launches First Merlin.01 Satellite

Satellogic announced the successful satellite launch of its first Merlin.01, two NewSat Mark VIs, and one NewSat Mark V. The satellites were delivered into sun-synchronous low-Earth orbit from Vandenberg Space Force Base, California onboard a SpaceX Falcon 9 on October 1st. They have made contact with Satellogic's ground station network with good health reports for all subsystems.

Satellogic to Launch Three New Satellites in October

Satellogic announced that two new NewSat Mark VI satellites equipped with inter-satellite link technology and one additional NewSat Mark V satellite will launch in October. The two Mark VI satellites extend Satellogic's ISL architecture across a growing share of its fleet, allowing satellites to share information directly with one another in orbit. A detected change or object of interest on one satellite can inform the tasking of another without every decision passing through the ground first, shortening the data-to-decision timeline and ensuring the constellation operates as a connected, coordinated system.

Satellogic Expands Agreement with IDT to Support ONR Slingshot III Program

Satellogic announced an expanded agreement with Innovative Defense Technologies, or IDT, in support of the U.S. Office of Naval Research, or ONR, Slingshot III program. The new work builds on Satellogic's ongoing role in the Slingshot initiative and will advance faster, more autonomous production of track data, improved predictive planning, and new in-orbit operational capabilities. Under the agreement, Satellogic will conduct a series of on-orbit activities and tests during 2027 and 2028. The work supports the integration of six new Satellogic NewSat Mark VI satellites into the Slingshot III architecture over the next 18 months, extending the program from proof-of-concept demonstrations toward operationally relevant capabilities. The activities and testing will encompass enhanced onboard data processing, system feasibility checks, and automated data filtering. Together, these capabilities are designed to accelerate the creation of actionable track data and enable more responsive planning and execution across a distributed satellite system.