True Anomaly, the technology company developing advanced hardware and software systems to ensure the sustainable security of space, announced Jackal, its Autonomous Orbital Vehicle (AOV) for operations in geosynchronous orbit (GEO) and Cislunar space. As in every other domain, conflict imposes hard requirements that generic platforms cannot meet. Space superiority demands a new class of spacecraft purpose-built for high maneuverability, survivability, and control of the orbital battlespace.
From day one, True Anomaly designed Jackal AOV as a multi-role spacecraft with a modular architecture that delivers cost-effective, scalable performance and maximum operational flexibility. The team was not building just another satellite. They set out to define an entirely new category of spacecraft one that sets the performance benchmark for space superiority.
"When coming out of the military, we knew Jackal had to be designed and built differently than what we had in our toolkit," said Even Rogers, CEO and co-founder of True Anomaly. "We needed an asymmetric advantage a spacecraft that emphasized maneuverability, scalability, and flexibility that could operate in all orbits and across mission types. Jackal is the capability I wish I had access to as an active-duty space operations officer, and that's what we are building at True Anomaly. Beyond LEO, GEO and Cislunar are obvious extensions of the Jackal platform and represent critical domains within the space superiority mission set."
GEO is a critical orbit for the future of space superiority. Its extensive utility for global communications and observation makes GEO a unique and highly valuable environment for national security. To maintain leadership in GEO, the US and its allies must have both a permanent presence and rapid access capabilities, and we see a critical need for better technologies to enable advanced operations in this domain. Jackal is designed to deliver exactly that.
As global lunar activities increase, threats in Cislunar orbits will quickly follow. No future lunar economy can exist without a robust lunar satellite infrastructure, and by investing in Cislunar today, True Anomaly is developing scalable, cost-effective solutions that will help safeguard lunar operations and defense capabilities well into the future. In addition, low-gravitational Cislunar orbits offer a wide range of defense applications and launch insertions. These orbits are extremely challenging, requiring spacecraft with high-thrust, high delta-v, and high-maneuverability. Jackal's abilities to meet these demands, plus its cost efficiency and scalability, make it an incredibly potent asset for Cislunar operations.
As threats and operational requirements continue to evolve, Jackal's balance of performance, flexibility, and adaptability will allow us to counter threats effectively as fast as they can change. Beyond hardware, Mosaic—Jackal's software backbone allows for rapid upgradability and the ability to update on-orbit fleets with new capabilities via over-the-air (OTA) software updates. For True Anomaly, this hardware commonality and software-centric approach boost manufacturability, reduces unique part count, and allows iterative product improvements that benefit the entire Jackal lineup. For our customers, it means delivering a final product that is highly cost-effective with exceptional system performance.
True Anomaly was founded to build the most advanced autonomous systems to enable the US, its Allies, and Partners to underwrite a secure, sustainable, and stable space environment through space superiority. We are actively designing, engineering, and building solutions to change the trajectory of space defense, enabling our customers to take on any mission, in any orbit, at any time.
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