Mosaic
Software designed for human-machine teaming.
Now Serving:
Jackal is not just another satellite—it is a new type of spacecraft that sets the performance benchmark for space superiority: highly maneuverable, payload agnostic, low cost.
Engineered with a modular structure and rapid-fit mission hardpoints, Jackal supports a wide range of payloads and mission profiles. Its high-performance propulsion stack and hardened software backbone deliver unmatched agility, autonomy, and maneuverability—built from the ground-up for highly dynamic space superiority missions across any contested orbital environment.
Powerful Baseline Performance | Operational Flexibility at Scale
Every orbit is now contested, and Jackal is purpose-built for space superiority. Its platform enables rapid scalability and the flexibility to provide operational dominance in any orbit.
All Jackals in LEO and beyond feature:
01
High-Maneuverability Propulsion Stack
High-performance 20-thruster configuration and a large propellant tank in an ESPA-Grande form factor—designed for precision high cadence, high-thrust, and high delta-v maneuvering.
Delta-v (payload dependent): Baseline: up to 800 m/s | GEO & Cislunar: up to 1,000 m/s
Acceleration (payload dependent): Baseline: up to 9 cm/s² | GEO & Cislunar: up to 8 cm/s²
02
Integrated, Multi-Spectral RPO Suite
Powered by Mosaic for advanced, autonomous long-range detection and tracking through close-range imaging, processing, and dissemination of objects in all lighting conditions.
Jackals can support any sensing phenomenology the mission requires.
03
Mission Hardpoints
Multiple mission stations to host an unprecedented range of sensors and other payloads—enabling custom, multi-role configurations for a wide range of missions.
Payload: Baseline: up to 50 kg & 200 W
GEO & Cislunar: up to 200 kg & 1,000 W
04
High-Rate Manufacturability
Rapid production and constellation refresh rates that ensure resilience, responsiveness, and tactical advantage at scalable price points.
Geosynchronous Orbit Configuration
Jackal builds on the baseline platform with enhanced resilience and precision, featuring:
01
Structural Shielding
Improved radiation protection and thermal control for deep-space orbital environments.
02
Radiation-Hardened Electronics
Critical system redundancy for mission continuity and reliability in higher-radiation orbits.
03
System Redundancy in a Small Package
Increased critical function survivability and mission assurance in deep space.
04
Up-Rated Modular Mission Hardpoints
Support for payloads up to 200 kg—enabling heavier sensors, larger effectors, or deep-space mission packages.
05
Upgraded Position, Navigation, and Timing (PNT) system
High-accuracy positioning, real-time navigation data, and mission-critical timing reliability.
Cislunar Configuration
Jackal expands on its GEO capabilities with enhanced range, resilience, and autonomy, featuring:
01
Deep-Space Communications Systems
High-bandwidth, attitude-independent data transfer—enabling reliable uplink and downlink across lunar transfer orbits, Lagrange points, and beyond.
02
Expanded Power Generation and Storage Capacity
Enable larger, more energy-intensive mission packages and extended-duration operations.
03
Improved PNT Capabilities
Tuned for the unique challenges of the Cislunar environment, where distance from Earth and degraded terrestrial signals demand advanced autonomy and onboard precision.
04
Advanced Thermal Management
Engineered to withstand extreme temperature deltas across varied Cislunar orbital regimes, including prolonged lunar eclipse conditions.
Any Mission | Any Orbit | Any Time
Forged in tactics.
Jackal is an autonomous orbital vehicle (AOV), designed to transform mission tactics into on-orbit support, through a multi-modal sensor suite, modular payload configuration, and advanced maneuvering capabilities.
Jackal
Designed, built, and tested in the USA.
GravityWorks CO and GravityWorks CA facilities deliver 90,000 sq. ft. of spacecraft manufacturing for unprecedented speed, scale, and cost.
