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MK105 Maksutov-Cassegrain Telescope exchanges the conventional front corrector plate of a Schmidt with a convex meniscus lens, resulting in a smaller secondary mirror that limits obstruction and increases contrast, while eliminating the need for periodic collimation.  ...

The zoom eyepiece is designed to provide the best balance of contrast, comfortable eye relief, and resolution for the critical planetary observer, particularly those with ultra-premium short focal length refractors.  ...

SV705C adopts IMX585 CMOS color sensor. It features a large sensor format of 1/1.2”, the pixel size is 2.9μm*2.9μm, a high resolution of 8.30 Megal Pixel (3586*2180). EQ peak can reach ≈ 90%  ...

SV605CC adopts double-layer semiconductor refrigeration, which can cool to 30 ℃ lower than the ambient temperature. The refrigeration function can only work when 12V external power supply is connected.  ...

High-reflection dielectric coating process , double star-seeking dovetail groove design....MK105 was the first Mak telescope we released and our first foray into planetary telescope development.  ...

The comparison of SVBONY camera parameters allows you to see their differences more clearly.  ...

As the second camera for deep space, SV605CC is designed with a diagonal 15.968mm （Type 1）CMOS sensor with a color square pixel array and 3.76μm x 3.76μm per pixel. The sensor incorporates 14 bit A/D converter, the 14-bit digital output makes it possible to readout the signals of 9.07M effective pixels at high-speed of 20 FPS. Read out noise is as low as 1.0e which makes sure the highly suitable for high definition, low noise deep space objects imaging.  ...

SV605CC is a 1-inch color deep space camera with 3.76um pixel size and better resolution, which basically achieves the balance of pixel size.  ...

A new planetary camera in 2022.  ...

This is a small summary of how to choose the logistics methods, perhaps this will help you determine how to choose the appropriate logistics method.  ...