True Anomaly is advancing next-generation spacecraft capabilities with the Jackal autonomous orbital vehicle (AOV), a platform designed to enable highly maneuverable, mission-adaptive and sensor-rich operations across contested orbital environments. Engineered to support a wide range of mission profiles, Jackal represents a new class of spacecraft focused on autonomy, agility and modularity for modern space operations. True Anomaly’s Jackal platform is designed to deliver on-orbit responsiveness, scalability and multi-mission capability, supporting applications that require precise maneuvering, advanced sensing and rapid deployment. Jackal is developed as a payload-agnostic modular spacecraft platform capable of supporting diverse mission requirements through configurable payload integration and adaptable system architecture. Built around a modular structure with rapid-fit mission hardpoints, the spacecraft enables flexible integration of sensors and mission-specific payloads. 

The platform is supported by a hardened software backbone that enables autonomous operations, including real-time decision-making, navigation and mission execution. This architecture allows Jackal to operate effectively in contested or congested orbital environments, where responsiveness and adaptability are critical. A defining feature of the Jackal spacecraft is the high-performance propulsion stack, designed to enable precise and frequent orbital maneuvers. The system incorporates a 20-thruster configuration combined with a large propellant tank within an ESPA-Grande form factor, supporting high-thrust and high delta-v operations. The platform delivers delta-v capabilities of up to approximately 800 m/s in baseline configurations, with extended capability of up to 1,000 m/s for GEO and cislunar missions, depending on payload configuration. Acceleration performance reaches up to 9 cm/s², enabling rapid repositioning and high-cadence maneuvering. This propulsion capability allows Jackal to perform complex orbital adjustments, proximity operations and dynamic mission profiles, supporting advanced operational scenarios.

Jackal incorporates a multi-modal sensing suite designed to support rendezvous and proximity operations (RPO) as well as long-range detection and tracking. Powered by an advanced onboard processing framework, the system enables autonomous identification, tracking and imaging of objects across varying lighting conditions. The platform supports multiple sensing modalities, allowing it to adapt to mission-specific requirements. This capability enables enhanced situational awareness and supports applications such as space domain awareness, inspection and monitoring. The spacecraft is designed with multiple mission hardpoints, enabling integration of a wide range of payloads and sensors. This modular approach allows Jackal to support customized mission configurations, ranging from sensing payloads to specialized mission equipment. In baseline configurations, the platform supports payloads of up to 50 kg with 200 W of power, while advanced configurations for higher orbits support payloads up to 200 kg with 1,000 W of power. This scalability enables the platform to address both compact missions and more demanding operational requirements.

True Anomaly has designed Jackal with a focus on high-rate manufacturability, enabling rapid production and deployment of spacecraft. This approach supports the development of scalable constellations and responsive mission architectures, allowing operators to maintain operational continuity and adapt to evolving mission needs. The ability to refresh and expand constellations quickly provides advantages in terms of resilience, cost efficiency and operational flexibility, particularly in dynamic space environments. The Jackal platform is designed to extend beyond Low Earth Orbit, with enhanced configurations for Geostationary Orbit (GEO) and cislunar missions. These configurations incorporate additional features to support operations in more challenging environments. For GEO missions, the platform includes structural shielding and improved thermal control, along with radiation-tolerant electronics and system redundancy, ensuring reliable performance in higher-radiation conditions. An upgraded Position, Navigation, and Timing (PNT) system provides enhanced navigation accuracy and mission reliability.

In cislunar configurations, Jackal integrates deep-space communication systems, enabling high-bandwidth data transfer across extended distances, including lunar transfer orbits and Lagrange points. The platform also features expanded power generation and storage capacity, supporting more energy-intensive payloads and longer mission durations. Advanced thermal management systems are incorporated to handle extreme temperature variations, including prolonged eclipse conditions, ensuring operational stability in deep space environments. The Jackal spacecraft is designed to address the increasing need for autonomous, responsive, and adaptable space systems. By combining high maneuverability, advanced sensing, and modular payload integration, the platform enables a wide range of mission applications, including space domain awareness, inspection, proximity operations and advanced orbital services. The integration of autonomy and high-performance propulsion allows operators to execute complex mission profiles with reduced reliance on ground intervention, improving operational efficiency and responsiveness. True Anomaly addresses this demand with the Jackal platform, providing a scalable and adaptable solution for modern orbital operations. By enabling autonomous maneuvering, multi-mission capability, and deployment across multiple orbital regimes, Jackal contributes to the development of next-generation space systems designed to operate effectively in increasingly complex and contested environments.

About True Anomaly

True Anomaly is a US-based space technology company focused on developing spacecraft and software systems for autonomous orbital operations. Headquartered in Centennial, Colorado, USA, the company builds platforms designed to support dynamic and responsive missions across multiple orbital regimes. True Anomaly’s portfolio includes autonomous spacecraft such as the Jackal orbital vehicle, along with supporting software systems that enable navigation, sensing, and mission execution. Its solutions are designed to operate across Low Earth Orbit (LEO), Geostationary Orbit (GEO) and cislunar environments, supporting applications such as space domain awareness, proximity operations and on-orbit mission support. By integrating modular spacecraft design with advanced autonomy and maneuverability, True Anomaly provides systems that enable flexible and scalable space operations.

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