“We Can Beat China Now”: Anduril And Impulse Space Develop Satellite System That Reaches Orbit In Under 24 Hours

The race to dominate space has intensified as nations and private companies push the boundaries of technology and exploration. In a significant development, defense technology giant Anduril Industries and propulsion startup Impulse Space have announced a joint venture to create a demonstration satellite. This satellite, designed for rendezvous and proximity operations, aims to pave the way for more agile and responsive space missions. With China making significant strides in satellite maneuver technology, the United States is keen to assert its capabilities, particularly in geostationary orbit. This collaboration, which is self-funded, signifies a critical step in enhancing the United States’ space defense mechanisms.

Impulse’s Role and Technology

Impulse Space plays a pivotal role in this ambitious project by supplying its Mira spacecraft, which is integrated with the Helios kick stage powered by the innovative Deneb engine. Helios is designed to function as a high-speed courier, capable of transporting satellites from low Earth orbit to geostationary orbit in under 24 hours. This rapid transition is a game-changer, considering that traditional orbital transfers can take months.

Geostationary orbit, located approximately 36,000 miles above Earth, is crucial as it hosts numerous high-value military and communication satellites. Impulse Space has already secured several notable contracts, including a $34.5 million deal with the Space Force and Defense Innovation Unit in 2024, emphasizing the importance of rapid-response missions. The decision to test in geostationary orbit is strategic, given that most of the Space Force’s critical assets are located there.

The adaptability of the Mira spacecraft is another highlight. According to Impulse President Eric Romo, the design is versatile enough to operate effectively in low Earth orbit with minor adjustments. This flexibility enhances its potential across various mission profiles, offering a robust solution for both defense and commercial applications.

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Anduril’s Contribution

Anduril Industries complements the project by providing sophisticated mission payloads. These payloads include a long-wave infrared (LWIR) imager, a mission data processor utilizing their Lattice software, and additional sensors sourced from third-party collaborators. The LWIR imager is particularly noteworthy, as it enables the satellite to detect faint targets and objects obscured by Earth’s shadow, a capability that is critical during eclipses or in low-light conditions.

Anduril’s Lattice software, already used by the Space Force, connects the Space Surveillance Network, allowing for autonomous tracking and identification of satellites in orbit. This integration ensures that the satellite can perform rendezvous and proximity operations with enhanced safety and precision. The collaboration between Anduril and Impulse aims to demonstrate how commercial partnerships can provide military-grade solutions efficiently and cost-effectively.

Commercial Deals and Future Plans

Beyond defense, Impulse Space is actively pursuing commercial opportunities to showcase its Helios system. The company has announced several partnerships, including a significant agreement with Astranis, a GEO communications startup. Astranis plans to utilize Helios for a 2027 mission to deliver its MicroGEO satellites, enabling customers to commence broadband services much faster than current standards allow.

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Impulse has also entered into a multi-launch agreement with Infinite Orbits of France. This venture, named Caravan, aims to deliver multiple servicing satellites to geostationary orbit in a single trip. The first Caravan mission is fully booked for 2026, underscoring the demand for innovative orbital transport solutions.

The upcoming Anduril-Impulse demonstration mission is slated for late 2026 aboard a SpaceX Falcon 9 rocket. The Mira spacecraft, weighing approximately 661 pounds without payloads, will be part of a payload that includes a satellite for the Space Force’s Victus Surgo mission. This mission marks a significant milestone as both companies target geostationary orbit as the next frontier for space innovation.

Strategic Importance in the Global Space Race

The collaboration between Anduril and Impulse Space highlights the strategic importance of maintaining a competitive edge in the rapidly evolving global space race. With China advancing its satellite maneuver technology and conducting close-approach operations, the United States is keen to accelerate its space programs for better awareness and protection of its assets.

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Gokul Subramanian, Anduril’s senior vice president of engineering, emphasized the concept of “freedom of maneuver” in orbit, which allows spacecraft to reposition swiftly and reliably for defense missions. This capability is crucial for maintaining strategic advantage and responding to potential threats in space.

As nations and private companies continue to explore the possibilities of space, the development of maneuverable satellites represents a significant leap forward. The success of this project could redefine the dynamics of space defense and commercial satellite deployment, setting new standards for speed, precision, and operational flexibility.

The joint venture between Anduril Industries and Impulse Space represents a significant stride in the United States’ efforts to enhance its space capabilities. As the global landscape of space exploration and defense continues to evolve, the development of advanced technologies such as maneuverable satellites becomes increasingly crucial. Looking ahead, how will these advancements shape the future of international space cooperation and competition?

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