This color camera is perfect as an autoguider and as a planetary camera. The ToupTek 224 Color uses the IMX224 Color sensor, it has 1280x960 pixels while the pixel size is 3.75 μm. It provides 12 bit ADC, weighs only 90g and has a 31.8mm barrel!

The small ToupTek 2210 offers optimal performance for planetary imaging and driving. Low readout noise, high dynamic range, peak QE>750%, AR protection window and much more! It uses the SMARTSENSE SC2210 1/1.8" sensor and has 1920x1080 pixels while the pixel size is 4.00 μm.

The DiProgress Hooke LCD5 digital microscope will lead you into the world of the infinitely small. With a 5'' LCD screen, 12MP camera and maximum 300x magnification, it will show live details of plants, insects, cells, materials and much more. Equipped with polarizer for reflection-free images and HDMI output for viewing on TV or IWB, with the possibility of taking photos, videos and measurements. Portable thanks to the integrated lithium battery which offers over 3 hours of use.

The DiProgress Hooke USB5 digital microscope is a versatile and fun instrument with 5Mpx resolution, magnification up to 300X and slide support. It offers direct viewing on a PC via USB socket and the ability to take images, record videos and take measurements. Suitable for all uses, from botany to entomology, from mineralogy to the study of materials and components. Technical Features Sensor: 5 Mega Pixel Resolution: 2592x1944, 2048x1536, 1920x1080, 1280x1024 Frame Rate: 30f/s Magnification: from 10x to 300x Formats: JPEG, BMP, AVI Lighting: dimmable LEDs Measurements: up to 1/1000 of a millimeter Power supply: 5V from USB port Compatibility: Windows / MAC Equipment: slide holder, caliper, MicroCapture+ software Dimensions: 110x33mm

The DiProgress Hooke USB2 Digital Microscope is a fun and easy to use tool; with a magnification of up to 200X and 2Mpx resolution it will allow you to view and record the details of plants, insects, minerals, coins, stamps and objects directly on a PC via USB socket. Ideal for amateur and professional use. Technical Features Sensor: 2 Mega Pixels Resolution: 1920x1080 Full HD Frame Rate: 30f/s Magnification: from 10x to 200x Formats: JPEG, BMP, AVI Lighting: 8 dimmable LEDs Compatibility: Windows / MAC Dimensions: 110x33mm

The 1.0x flattener does not change the focal ratio of the telescope itself. After being attached to the Askar 185APO, it maintained a focal ratio of 7. The flattener corrects field curvature and coma, resulting in flatter field edges and finer star points.

The 0.8x reducer can lower the focal ratio of the Askar 185APO to F5.6. This is a standard gearbox with field flattening capability. A shorter focal ratio allows the OTA to have a wider field of view and faster exposure times, making it suitable for capturing large areas of nebulae, star clusters and faint, fast-moving celestial objects.

The 1.0x flattener does not change the focal ratio of the telescope itself. After attaching it to the Askar 140APO, it still maintained a focal ratio of 7. The flattener corrects field curvature and coma, resulting in flatter field edges and finer star points.

The 0.8x reducer can bring the focal ratio of the Askar 140APO to F5.6. This is a standard gearbox with field flattening capability. A shorter focal ratio allows the OTA to have a wider field of view and faster exposure times, making it suitable for capturing large areas of nebulae, star clusters and faint, fast-moving celestial objects.

The Askar 185APO is a telescope (OTA) with an aperture of 185 mm, a focal length of 1295 mm and a native focal ratio of f/7.

The Askar 140APO is a telescope (OTA) with an aperture of 140 mm, a focal length of 980 mm and a native focal ratio of f/7.

The 1.0x flattener does not change the focal ratio of the telescope. After attaching it to the Askar 120APO, it maintained a focal ratio of 7. The reducer corrects field curvature and coma, resulting in flatter field edges and sharper star points.

The 0.8x reducer can bring the focal ratio of the Askar 120APO to F5.6. This is a standard gearbox with field flattening capability. A shorter focal ratio allows the telescope to have a wider field of view and faster exposure times, making it suitable for capturing large areas of nebulae, star clusters and faint, fast-moving celestial objects.

The Askar 120APO's 120mm aperture provides undeniable advantages in light-gathering power, resolution, brightness and contrast, allowing you to capture more light and present more detail and brighter objects in your images. The increased aperture area, which is 36% larger than that of the 103APO, contributes to better performance.