#United States #Tulsa #Quantum Space #Jim Bridenstine

Quantum Space Expands Operations in Tulsa

In a strategic move to boost its production capabilities, Quantum Space has announced the establishment of a manufacturing facility in Tulsa, Oklahoma. Known for developing advanced, maneuverable spacecraft suitable for both defense and commercial purposes, Quantum Space aims to enhance its operations significantly from this new site.

The newly inaugurated facility will focus primarily on producing large propulsion tanks and precision spacecraft components, initially creating around 50 skilled jobs. This will mark the company's expansion within the U.S. manufacturing landscape, complementing its existing capabilities in Hawthorne, California and Rockville, Maryland. Quantum Space's combined facilities form a robust network designed to support the Ranger spacecraft fleet’s production, integration, and operational demands. The establishment of this new site comes after the recent appointment of Jim Bridenstine, the former NASA Administrator, as CEO. Under his guidance, the company seeks to tap into national security and commercial space sectors more effectively.

Bridenstine emphasized the importance of sustained maneuver for dynamic space operations, aligning Quantum Space's goals with the U.S. Space Force's Theory of Competitive Endurance. As he states, “The State of Oklahoma is aligning itself to support the U.S. Space Force by building test and operational infrastructure to achieve sustained maneuver.” The choice of Oklahoma seems particularly fitting due to its rich aerospace heritage and access to a highly skilled workforce, which is critical for Quantum Space's expansion.

The facility's layout will incorporate 25,000 to 40,000 square feet dedicated to essential manufacturing processes, including CNC machining, friction stir welding, assembly and fabrication, non-destructive testing, along with pressure testing. These capabilities are crucial for the production of high-performance spacecraft structures and propulsion systems, aiming for enhanced production timelines and increased mission flexibility. Construction modifications are set to begin in July 2026, with hopes of achieving operational capabilities by the first quarter of 2027.

The site will be established within the former Spartan manufacturing facility at Tulsa International Airport, a location with historical significance in aerospace manufacturing that is currently undergoing renovations. Quantum Space will initially occupy a move-in-ready interim facility to ensure a smooth transition while renovations are completed.

Quantum Space’s initiative aims to create a platform that caters to a full spectrum of space operations, ranging from national security missions to burgeoning commercial markets in on-orbit services. As Kam Ghaffarian, the Executive Chairman of Quantum Space, affirms, “This facility is a critical step in scaling production of the Ranger spacecraft and strengthening a distributed U.S. manufacturing network.”

The decision to situate the manufacturing hub in Oklahoma is bolstered by the state's notable depth in aerospace experience, represented by long-term commitments from entities like Tinker Air Force Base and the FAA Mike Monroney Aeronautical Center. The precision manufacturing skills found in Oklahoma, particularly in CNC machining and quality assurance, align perfectly with Quantum Space’s operational requirements.

Hiring for various roles at the Tulsa facility will commence in May 2026, encompassing areas such as engineering, precision manufacturing, quality inspection, and operational support. The firm envisions continued growth in its workforce as demand escalates. The Tulsa site will serve as a sustainable manufacturing base for Ranger spacecraft, catering to both defense and commercial clients.

With the Ranger spacecraft, Quantum Space is set to revolutionize the landscape of maneuverable space technology, ensuring that it meets modern operational demands. The future of space transportation and operations seems promising, with Quantum Space at the forefront of these exciting developments in U.S. aerospace.