Now available… Chroma Professional Astronomy Filters
Latest Deals on QHY9s … with Wheel & Filters
Check out the Specials!! … Random Deals 😉
New In Stock… QHY183C 😀
QHY miniGuideScope Kit … Selling Fast!!
Polemasters … IN STOCK!
HOT PRODUCT! … Revolution Imager
QHY
QHY Lunar-Planetary Cameras
Showing all 29 results
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The QHY5L-II Mono Camera is a QHY CMOS camera for auto-guiding which can also be used for planetary imaging applications.
Unlike older CMOS technologies the QHY5L-II has no fixed pattern noise, and there’s no random horizontal noise.
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The QHY5L-II Colour camera kit is an advanced CMOS camera system used for Planetary imaging applications, which can also be used for Auto-Guiding, basic Deep Sky imaging and Video Astronomy (Electronic Observing) – all with the software provided! The camera has a native CS mount and price includes 2 year Warranty, built in IR block filter and Free Shipping!
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The QHY5-II Mono camera is all you need for basic guiding and planetary imaging and has reduced banding compared to the original QHY5. Low weight, compact size and economic pricing makes the QHY5-II Mono the ideal guide camera with useful planetary imaging capabilities.
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QHY5P-II Colour is a 5 mega pixel high resolution Colour Planetary camera with high QE, using the advanced MT9P006 Colour sensor. Pixel size is a tiny 2.2um, resulting in high magnification without a Barlow lens.
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QHY183C … 20mega pixel Back illumination cooled colour COLDMOS Camera
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The QHY5-III 178 Mono has the highest resolution in the new QHY5 III series CMOS USB3.0 cameras
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We proudly announce the QHY miniCAM5F, an evolution of the miniCAM5S, with a built-in 9 position motorised filter wheel and LRGB filter set.
Enhanced with long exposure capability and cools -38ºC below ambient whilst based on the same 1.2 megapixel 1/3” sensor used in the highly sensitive QHY5L-II.
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The QHY5R-II Colour Guide and Planetary Camera is the modern incarnation of the Philips SPC900NC / ToUcam with great performance and sensitivity! Price includes UK delivery.
A quick look at capabilities of QHY5R-II colour planetary and guide camera
Makes a perfect partner for the QHY MiniGuideScope
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The QHY5P-II Mono is a 5 mega pixel high resolution Mono Planetary camera with high QE, using the advanced MT9P031 mono sensor.
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QHY5-III 174 Mono is the first in the new QHY5-III series CMOS USB3.0 cameras. The camera is designed to be an excellent Planetary, Lunar and Solar and meteor capture video camera.
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The QHY5-III 290C uses a SONY STARVIS Exmor R back illuminated CMOS sensor. The Starvis sensor means you can see very dim stars in real time video. The 2.9um pixel size is also idea for planetary imaging.
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The QHY5-III 174 is the first in the new QHY5-III series CMOS USB3.0 cameras. The camera is designed to be an excellent Planetary, Lunar and Solar and meteor capture video camera. With a 50mmF1.4 C-mount lens it can reach stars of up to mag 8 or 9 at 30FPS (33ms exposure) live video recording. This high sensitivity with HD resolution will push video astronomy to new heights.
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QHY miniCAM5S Mono – Cooled CMOS Camera with Guide Port.
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The QHY5L II Premium Package for Mono and Colour Cameras contains…
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The QHY5-III 178 Mono has the highest resolution in the new QHY5 III series CMOS USB3.0 cameras. Price includes shipping to the EU.
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The QHY5-III 290 Mono uses a SONY STARVIS Exmor R back illuminated CMOS sensor. The Starvis sensor allows you to “see” very dim stars in real time video. The QHY5-III 290 can capture mag 9 stars when connected to a 50mm F1.4 C-mount lens. Compared with the IMX236 sensor it has twice the sensitivity to visible light and more than three times in the near infrared.
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The QHY5-III 290 Mono uses a SONY STARVIS Exmor R back illuminated CMOS sensor. The Starvis sensor allows you to “see” very dim stars in real time video. The QHY5-III 290 can capture mag 9 stars when connected to a 50mm F1.4 C-mount lens. Compared with the IMX236 sensor it has twice the sensitivity to visible light and more than three times in the near infrared.
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QHY IMGOH Mono – Cooled Deep Sky, Planetary and Guide camera!
The IMG0H is a versatile new camera using the latest SONY EXview ICX618AL CCD sensor and a 14bit high speed AD converter.
The IMG0H has high QE (almost 70%) making it a very sensitive guide and planetary camera.
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QHY290M COLDMOS – Cooled USB 3.0 Planetary and Deep Sky cameraThe QHY290 uses an extremely sensitive BSI CMOS sensor, the Sony IMX290. This sensor has very high QE, and very low (0.7e-) read noise.The QHY290 has a built-in 128MB DDRII image buffer and a full anti Dew solution. Price includes UK delivery.Sale!
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QHY miniCAM5S Colour – Cooled CMOS Camera with Guide Port.
The miniCAM5S is a premium multi-purpose camera, capable of Deep Sky and Planetary imaging, as well as guiding.
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The IMG132E is a high performance CMOS camera for planetary imaging applications.
It uses Sony’s Exmor CMOS sensor which gives clear and noise free images.
Unlike older CMOS technologies, the IMG132E has no visible fixed pattern noise such as vertical lines.
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QHY IMGOH Colour – Cooled Deep Sky, Planetary and Guide camera!
The IMG0H is a versatile new camera using the latest SONY EXview ICX618AL CCD sensor and a 14bit high speed AD converter.
The IMG0H has high QE (almost 70%) making it a sensitive guide and planetary camera. With it’s inbuilt cooling, the IMG0H can also be used for deep sky imaging, especially for smaller objects like planetary nebula and smaller galaxies.
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The QHY5-III 224 C uses the SONY IMX224, a 1/3inch ultra low readout noise CMOS sensor . The sensor is declared as the highest sensitivity CMOS sensor in SONY small sensors.
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The QHY5-III 290C uses a SONY STARVIS Exmor R back illuminated CMOS sensor. The Starvis sensor means you can see very dim stars in real time video. The 2.9um pixel size is also idea for planetary imaging.
Sale! -
The QHY5R-II Colour Guide and Planetary Camera is the modern incarnation of the Philips SPC900NC / ToUcam with great performance and sensitivity!
A quick look at capabilities of QHY5R-II colour planetary and guide camera
Makes a perfect partner for the QHY MiniGuideScope
Sale! -
The QHY5-III 290 Mono uses a SONY STARVIS Exmor R back illuminated CMOS sensor. The Starvis sensor allows you to “see” very dim stars in real time video. The QHY5-III 290 can capture mag 9 stars when connected to a 50mm F1.4 C-mount lens. Compared with the IMX236 sensor it has twice the sensitivity to visible light and more than three times in the near infrared.
Showing all 29 results
