Astro 661

Features

KAYA Vision’s Astro 661 sets a new standard in orbital imaging by harnessing the massive capabilities of the Sony IMX661 CMOS sensor. As a premier high resolution space qualified camera, it delivers an astounding 127 megapixels of high-quality video with a 13392(H) x 9528(V) resolution. The core sensor architecture features a 3.45µm x 3.45µm pixel size, greater than 70.8 dB dynamic range, and a 9,825 e- full well charge, providing exceptional monochrome or color imaging with exposures down to 10 µs. With continuous or triggered image acquisition and on-camera processing capabilities – including Region of Interest (ROI), image flip, binning, and defect pixel correction – this IMX661 space camera guarantees unparalleled visual fidelity for demanding Earth observation and deep space missions.

Modular Mission Architecture The Astro 661 is defined by its fully customizable design, allowing aerospace engineers to tailor the payload to their exact specifications. Astro cameras can be configured to meet strict Size, Weight, and Power (SWaP) constraints. Mission planners can dictate their preferred data transmission protocols such as MIPI, CoaXPress, SDI, or SpaceFibre, ensuring seamless communication with existing satellite buses. The camera fully supports custom ruggedized enclosures, specialized optical filters, and adaptable lens mounts, making it the ultimate modular solution for compact standard 3U or 6U CubeSats, SmallSats, and larger orbital platforms.

Spaceflight Reliability & Manufacturing Built on a highly sophisticated single-board electronic design, the Astro 661 utilizes dense FPGA circuit layouts to minimize power consumption, reduce thermal loads, and maximize structural robustness against launch shock and vibration. Manufactured in an ISO 5 clean room to IPC Class 3 standards, the camera supports both New Space and Classic Space mission profiles with configurations available for leaded solder, BGA underfill, and conformal coating. Engineered from qualified component libraries with verified low-outgassing materials, this high resolution space qualified camera delivers radiation tolerance, an optimized thermal path, and a proven -40°C to +85°C operating range. Backed by extensive EMVA 1288 testing and an MTBF exceeding 2.5 million hours, the system maintains absolute operational certainty via robust in-orbit diagnostics, including built-in self-tests (BIT), voltage monitoring, lifetime counters, and watchdog features.

Key Features:

• 127 Megapixel resolution at up to 21.5 fps
• Monochrome and Color sensor variations
• Ultra-compact footprint designed for 3U+ CubeSats and SmallSats
• Highly configurable data interfaces (Select from MIPI, CoaXPress, SDI, CoF, etc.)
• Customizable lens mounts, optical filters, and ruggedized enclosures
• Space-grade radiation tolerance and thermal resilience
• Low-power consumption optimized for satellite payloads
• Full image processing feature set (ROI, binning, black level control)
• Gen<i>Cam compliant with continuous or triggered acquisition
• Full built-in self-test (BIT) and voltage testing for remote diagnostics
• Full customization as per user and mission requirements

Applications:

• Earth observation and mapping
• CubeSat and SmallSat payload imaging
• Orbital inspection and satellite servicing
• Spacecraft situational awareness and docking
• Deep space scientific research
• High-altitude aerospace surveillance

Specifications

The KAYA Vision Astro series represents the ultimate standard for a high resolution space qualified camera. Built on a highly configurable modular architecture, the Astro series allows aerospace engineers to build the exact imaging payload their mission requires. While the foundational imaging power is driven by the industry-leading IMX661 space camera sensor, almost every other aspect of the system is fully customizable to meet strict spaceflight parameters.

Core Sensor Specifications (Sony IMX661)

• Sensor Format: 3.6″ CMOS (56.7 mm diagonal)
• Resolution: 13392 (H) x 9528 (V)
• Pixel Size: 3.45 μm x 3.45 μm
• Dynamic Range: >70.8 dB at 520 nm
• Full Well Charge: 9825 e-
• Shutter Type: Electronic Global Shutter
• Color Profile: Available in Monochrome or Color

Mission-Specific Customization & Modular Architecture

• Flexible Data Protocols: Fully adaptable output interfaces to match your payload architecture. Choose from MIPI, CoaXPress, SDI, CoF / SpaceFibre, and more.
• SWaP-Optimized Form Factors: Expertly engineered to meet strict Size, Weight, and Power (SWaP) constraints, fitting easily into compact payloads such as standard 3U, 6U, or larger CubeSats and SmallSats.
• Custom Enclosures & Optics: Tailor your imaging system with mission-specific ruggedized enclosures, custom lenses, specialized optical filters, and adaptable lens mounts.
• Space-Grade Manufacturing: Assembled in an ISO 5 clean room to IPC Class 3 standards using verified low-outgassing materials, with options for New Space and Classic Space profiles.
• Environmental Ruggedization & Reliability: Custom shielding, thermal management, and radiation-tolerant designs, backed by EMVA 1288 reporting, stress testing, and an MTBF >2.5 million hours.
• In-Orbit Diagnostics: Complete remote operational awareness via built-in self-tests (BIT), voltage monitoring, lifetime counters, and watchdog features.

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