Download the JAM data sheet and see how autonomous navigation performs across space, air, and ground domains.

Traditional star trackers rely on flat sensors and narrow fields of view, which can limit performance during dynamic maneuvers. STR-C uses a curved sensor that aligns with the natural focal plane, reducing optical distortion and enabling a wider field of view with improved tracking performance.

A wider field of view increases the number of visible stars in each frame, improving tracking reliability, reducing loss of lock, and enabling better performance during rapid motion or partial occlusion.

A curved sensor improves image quality across the entire field of view by minimizing edge distortion. This leads to: More consistent star detection Higher accuracy across the frame Reduced need for corrective optics Lower size, weight, and lower (SWaP)

STR-C is optimized for high-dynamic environments. Its wide field of view and fast update rates allow it to maintain accurate tracking during rapid motion, reducing star streaking and improving centroiding compared to narrow field-of-view systems.

STR-C is designed for missions that require precise and continuous attitude determination, including: Earth observation Defense and ISR applications Communications satellites Agile or maneuvering spacecraft

The curved sensor architecture reduces the need for complex optics, resulting in a more compact and efficient system. This enables lower size, weight, and power requirements without compromising performance.

STR-C is designed to maintain performance across a range of operational conditions, including dynamic motion, varying lighting environments, and complex mission profiles.