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ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 1
  • ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 1
  • ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 2
  • ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 3
  • ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 4
  • ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 5
  • ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding - Image 6
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ZWO ASI662MC Planetary Camera - USB3.0 Color Astronomy Camera with High-Speed CMOS Sensor, Low Noise Imaging for Planets, Lunar, Solar & Guiding

ZWO ASI662MC Planetary Camera - Designed for planets, Moon & Sun imaging. High-Speed CMOS Sensor - C...

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By: ZWO
SKU: B0C786B4HX
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Highlights
  1. High-performance 1920×1080 resolution sensor with advanced STARVIS 2 technology for superior low-light sensitivity.
  2. Captures fast-moving planetary details with extremely high frame rates, ideal for Jupiter, Saturn & Moon imaging
  3. Produces cleaner images with minimal noise, even at high gain—perfect for high-speed stacking.
  4. Eliminates amp glow completely, ensuring clean frames even in long exposures.
  5. Exceptional sensitivity allows better capture of faint details in planetary and guiding applications.
  6. Provides a great balance of resolution, dynamic range, and highlight control.
  7. Fast and stable data transmission with reduced frame drops during imaging sessions.
  8. Automatically reduces noise while maintaining dynamic range at higher gain levels.
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