In-Space Operations
RPO | Platform Monitoring | Video
Starris’s high-resolution optics and modular, compact, and scalable architecture enables mission designers and integrators to configure payloads tailored to mission-specific requirements with robust sensing capabilities for in-space operations, including satellite servicing, in-space assembly, and on-orbit manufacturing.
Rendezvous Proximity Operations
At the core of in-space capabilities is Rendezvous Proximity Operations (RPO) — the controlled approach, inspection, and interaction between spacecraft. RPO is essential to enabling satellite servicing, conducting orbital construction, and ensuring situational awareness during close-proximity maneuvers.
Mission-Aligned Optical Performance
The Starris modular EO/IR platform is engineered to meet high-precision sensing requirements.
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Proven capabilities include:
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High-resolution video systems for real-time visual inspection and tracking
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Stereoscopic and multi-angle sensors for enhanced depth and positioning
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Multiwavelength (EO and IR) fusion systems for enhanced detection
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Enhanced situational awareness in complex or dynamic proximity operations
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Support for autonomous or semi-autonomous maneuvering
Monolithic optical design for on-orbit stability
Starris features a monolithic telescope structure optimized for compactness and thermal stability — minimizing focus drift and distortion in dynamic orbital environments. The system delivers diffraction-limited performance, ideal for integration into small satellites and multi-sensor payloads.
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These sensing capabilities enable precise relative navigation, anomaly detection, and structural assessment, which are essential for autonomous docking, robotic servicing, and real-time mission assurance.