Orbital Operations

Orbital Operations is developing a high thrust, reusable space vehicle for satellite defense. We protect critical satellites, like GPS and Military communication satellites, from adversarial threats, like China and Russia.

Our vehicle will use the exact same propulsion systems that launch vehicles have used for decades by implementing a cryogenic management system. This will give us over 100x the thrust or current in-space propulsion.

Ross and I have over 15 years of combined aerospace experience across NASA, Aerojet Rocketdyne, SpaceX, Blue Origin, and Relativity Space. We’ve worked side by side for more than 3.5 years developing propulsion systems, turbomachinery, and building our own respective engineering teams.

We are currently working on the first demo of our unique cryo management system and intend to launch an operational vehicle by 2027.

Orbital Operations is developing a high-thrust, reusable space vehicle named *Astraeus* designed specifically for rapid satellite defense and maneuvering in orbit. Using a cryogenic propulsion system powered by liquid hydrogen and oxygen, Astraeus combines high thrust (10,000 lbf) with high efficiency to enable fast, long-duration in-space operations that current systems cannot achieve. Its mission is to provide the U.S. Space Force with a persistent, responsive orbital defense capability to intercept and deter adversarial satellites that threaten critical space assets, closing a dangerous response time gap that currently exists[1][2][4].

For an investment firm perspective, Orbital Operations’ mission centers on advancing space defense technology through innovative propulsion systems that enable rapid maneuverability in orbit. Their investment philosophy likely focuses on cutting-edge aerospace and defense technologies with strategic national security impact. Key sectors include space propulsion, satellite defense, and national security space operations. Their impact on the startup ecosystem is significant as they push forward a new class of high-thrust orbital vehicles, fostering innovation in space defense and propulsion technologies.

From a portfolio company standpoint, Orbital Operations builds the Astraeus vehicle—a high-thrust, cryogenic-powered spacecraft designed to serve the U.S. Space Force and national security partners. It solves the critical problem of slow response times in space defense by enabling rapid interception and deterrence of hostile satellites across low Earth orbit (LEO) to cislunar space. The company is experiencing growth momentum fueled by recent $8.8 million funding to expand its team and facilities, aiming to demonstrate engine and propellant management technologies and position Astraeus as a first-in-class asset for in-space defense[1][2][4].

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Orbital Operations was founded recently (exact year not specified but active funding rounds and development are current as of 2024-2025). The company is led by CEO and co-founder Schleuniger, who has articulated the urgent need for rapid-response space defense amid growing adversarial capabilities from China and Russia. The idea emerged from recognizing the limitations of existing in-space propulsion—either low-thrust electric systems or low-efficiency storable propellants—and the strategic necessity for a vehicle that can maneuver quickly and persistently in orbit. Early traction includes securing $8.8 million in funding and collaboration with U.S. national security partners to develop and demonstrate core technologies[1][2][4].

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Core Differentiators

• High-Thrust Cryogenic Propulsion: Astraeus uses liquid hydrogen and oxygen with a proprietary 10,000 lbf engine, delivering 10 km/s delta-v, far exceeding current in-space propulsion thrust levels[1][2][4].
• Rapid Response Capability: Designed to execute orbital maneuvers in hours rather than months, enabling real-time defense and deterrence against hostile satellites[1][4].
• Long-Duration On-Orbit Loitering: Active cooling systems allow the vehicle to remain in orbit for years, ready to respond instantly[2].
• Non-Kinetic Defense Focus: Working with the U.S. Space Force on non-kinetic countermeasures such as high-power microwaves or spoofing rather than destructive kinetic intercepts[2].
• Reusable Vehicle Architecture: Unlike expendable upper stages, Astraeus is reusable, enhancing operational flexibility and cost-effectiveness[4].

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Role in the Broader Tech Landscape

Orbital Operations rides the critical trend of militarization and defense in space, where rapid maneuverability and persistent presence in orbit are becoming strategic imperatives. The timing is crucial as adversaries like China and Russia develop advanced satellite capabilities that threaten U.S. space assets. Market forces include increasing geopolitical tensions, the U.S. Space Force’s push for space superiority, and advances in cryogenic propulsion technology. Orbital Operations influences the broader ecosystem by pioneering high-thrust, reusable orbital vehicles that could redefine space defense and satellite servicing paradigms, potentially catalyzing further innovation in space mobility and defense technologies[1][2][4].

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Quick Take & Future Outlook

Orbital Operations is poised to become a key player in space defense by delivering unprecedented rapid-response capabilities through Astraeus. Future trends shaping their journey include continued geopolitical competition in space, advancements in non-kinetic counterspace technologies, and increasing demand for persistent orbital assets. Their influence may expand beyond defense into commercial orbit transfer and satellite servicing markets as the technology matures. The company’s success will hinge on demonstrating reliable cryogenic propulsion and securing further partnerships with defense agencies, potentially setting a new standard for space vehicle responsiveness and deterrence[1][2][4].

This forward-looking capability ties back to the urgent need for maintaining the "high ground" in space, ensuring that the U.S. can defend its critical satellite infrastructure in an era of rapid orbital threats.