The deal includes a $300 million convertible private investment in public equity anchored by Inflection Point Asset Management.

Quantum Space's Ranger 500 spacecraft completed a Manufacturing Readiness Review in October 2025.

Quantum Space has raised $57 million in equity funding to date.

Quantum Space's Ranger Prime mission is targeting a launch from Vandenberg Space Force Base in California.

The merged entity will operate under the Quantum Space name.

Quantum Space closed a $40 million Series A extension in June 2025.

Both boards unanimously approved the merger between Quantum Space and Inflection Point Acquisition Corp.

Current equity holders are expected to retain approximately 50 percent ownership in the combined company.

Quantum Space maintains propulsion integration and test capabilities in Hawthorne, California.

The Tulsa facility is expected to create up to 50 jobs initially.

Quantum Space will go public through a combination with special purpose acquisition company Inflection Point Acquisition Corp.

Quantum Space targets initial operational capability for its Tulsa facility in the first quarter of 2027.

Quantum Space projected $24 million in revenue for 2026 and $61 million in revenue for 2027.

Quantum Space carries a pre-money equity value of $600 million under the terms of the merger agreement.

Ranger is a multi-orbit spacecraft designed for high-maneuverability missions in national security, civil, and commercial applications.

Quantum Space has a merger agreement that values the company at $1.2 billion post-transaction.

The merged company is expected to list on Nasdaq under the ticker symbol QSPC following the anticipated close in the fourth quarter of 2026.

The Tulsa facility will serve as Quantum Space's primary site for large propulsion tank manufacturing and precision spacecraft parts production.

Leonardo was awarded the other robotic spacecraft, named Scope.

Scope is also designed for automated rendezvous and robotic operations directly in space.

The ISOS program aims to carry out a pilot mission in 2030 and develop a European infrastructure for space operations and services.

The DLR Center for Robotics and Mechatronics and Kinetik Space are responsible for the robotic arm.

PIAP Space is providing the satellite gripping mechanism.

The Eross SC mission will validate technologies for satellite rendezvous, capture, docking, refueling, and payload exchange.

Arribes Enlightment is leading the spacecraft life-cycle analysis.

Sener is responsible for universal interfaces and refueling systems.

Eross SC is led by a consortium coordinated by Thales Alenia Space in France.

The European Commission selected Thales Alenia Space and its partners to lead the Eross SC project for in-orbit servicing activities.

Space Applications Services is developing the tool-changing mechanism for the robotic arm.

The Eross SC spacecraft will be integrated with other ISOS components for the pilot mission planned for 2030.

The Eross SC consortium includes Spanish companies such as Sener and Arribes Enlightment.

Sener, Keyes, and Magellium Artal Group are developing vision algorithms for robotic and rendezvous operations on prepared and unprepared satellites.

Thales Alenia Space is a joint venture between Thales and Leonardo.

The Eross SC contract is valued at 12 million euros.

Eross SC is a key component of the European Commission’s ISOS program.

Sintef is contributing software architecture.

Thales Alenia Space has been developing in-orbit servicing missions for several years.

The Eross SC spacecraft will capture a satellite at the end of its life and direct it into a controlled atmospheric reentry to avoid orbital debris.

The Eross SC contract covers development of one of two spacecraft capable of performing Europe’s first in-space demonstration mission with automated rendezvous and robotic operations.

Thales Alenia Space in France is coordinating the Eross SC mission.

The University of Adelaide tested the project at this year’s Australian Rover Challenge at the university’s Roseworthy campus through a Side Quest activity.

The project is being expanded to a larger-scale build in the CRATER facility at Roseworthy.

Albert Rajkumar is a PhD candidate at the University of Adelaide’s Andy Thomas Centre for Space Resources.

Square Peg Communications has operated within the Canadian space and defence supply chain since 1995.

Square Peg Communications supplies digital signal processing equipment and satellite link testing hardware to Boeing, Thales, and the European Space Agency.

The Square Peg-VIAVI joint platform combines the Square Peg RLS-2100 simulator with the VIAVI TM500 network tester for laboratory validation of satellite communications systems.

Square Peg Communications has entered into a strategic partnership with VIAVI Solutions to deliver test and validation platforms for the 5G non-terrestrial network sector.

Square Peg Communications has received investments from the Canadian Space Agency to support its research and development.

The Square Peg-VIAVI platform provides an end-to-end laboratory solution for validating system resilience and pre-certifying hardware before orbital deployment.

Standardized testing environments are required to secure regulatory approvals and ensure interoperability for direct-to-device services in the 5G non-terrestrial network sector.