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JERVIS AUTONOMY MODULE

Autonomous Navigation for Space Applications

JAM provides autonomous guidance, navigation, and control capabilities in any orbit, or beyond. Designed to perform independent of GNSS, including GPS, the modularity of JAM allows for complete navigation autonomy in the space domain.

 

Boasting more than 128 years of deep space flight heritage, its underlying AutoNav algorithms have been operationally proven in deep space. JAM combines these algorithms with state-of-the-art optics to enable mission-critical navigation.

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Rendering of the JAM camera.

Key Features 

Download the JAM data sheet and see how autonomous navigation performs in the space domain.

Feature
Commercial Star Trackers
STR-C
Radiation-Tolerant Electronics
Yes
Yes
Rugged for Harsh Environments
Yes
Yes
High-Precision Attitude Determination
Yes
Yes (Enhanced)
Revolutionary Sensor Technology
No
Yes
Wide Field-of-View Optics
No
Yes
Low-SWAP Design
No
Yes
Ultra-Fast Output Rate
No
Yes
High Dynamic Performance
No
Yes
Optimized for Agile Spacecraft
No
Yes
Near-Instantaneous Time from Lost-in-Space
No
Yes
Minimal Earth & Exclusion Angles
No
Yes

Frequently asked questions

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