Cameras for space missions

CrystalSpace delivers compact imaging systems for spacecraft and planetary platforms, with support for single, stereo, and multi-camera configurations.

Primary Use Cases

From Earth orbit and planetary exploration to deep space operations, our products are engineered for flexibility and reliability.

Satellites

We provide monitoring capabilities for panel and antenna deployment, vision for docking and close proximity operations, Earth observation, and Space Situational Awareness (SSA).

Rovers

Used for telecommand & autonomous navigation, terrain mapping, and situational awareness. Our systems enable real-time decision making on extraterrestrial surfaces.

Landers

Our cameras support visual monitoring during descent, surface imaging after touchdown, and precise feedback during instrument or payload deployment, even in extreme lighting conditions.

Photo: Visit Estonia

Over a decade of experience

Experience driven development

Our systems evolve from direct feedback and mission heritage, ensuring every feature serves a purpose.

End to end partnership

From early requirements to post deployment assistance, we provide support throughout the mission lifecycle.

Adaptable for all mission classes

We support both New Space and high-reliability programs by scaling qualification and documentation to mission needs.

Engineered for fast integration

With standard interfaces, supporting software, and an available SDK, our product ecosystem reduces engineering time and integration risk.

Maxar Lunar Lander

Two CS-151 Kodas stereo cameras are used on Maxar’s SAMPLR lunar lander for NASA’s Artemis mission. These cameras support surface robotic arm operations and provide critical visual data.

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Products

Explore our range of cameras designed for space applications.

CS-101 space camera on black background

CS-101 Kikas

Dimensions (mm) 42 × 25 × 45
Megapixel 5 MP
Mass 50 g

Ready to begin?

Have questions, specs, or timelines to discuss? Our team is ready to support you at any stage of development.