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@You might have to use an extension tube or a barlow with it,s lens removed to get focus

@Already sent the specification to your email, C.

@Maybe you need a diagonal, sir happy new year.

@Rotate de camera. That is what I did.

@The camera is OK. I realized that I could meassure angles with it. It was very simple. The images taken by the camera are 1080 x 1920. I took a series of picture of a transit of a star across the imagen. Earth rotates 360° degress es 24 hours or 86400 seconds. It means that the planet rotates 15 arcsec per second. I overlayed diffferent set of images knowing exactly the time between each image. By knowing how many pixels the start moved in an specific time I realized that an object moves 22.225 pixels per second. This means that 0.6745 pixels is equivalent to 1 arcsec. I meassured the distance in pixels between Alcyone and Alcyone B in the Pleyades and the were separated by 172 pixels or 116 arcsec (172 x 0.6745). This OFFICIAL MEASUREMENT is 117 arcsec. I did the same thing with Alcyone C and Alcyone D. My measurements were 265 pixels (179 arcsec) for Alcyone B and 281 pixels (189.5 arcsec) for Alcyone C. The OFFICIAL MEASUREMENTS are 181 y 191 respectively.

@Wow, you are doing great work!

@Place a mirror on the opposite side of your laptop screen. If you then look in the mirror instead of your laptop screen then the image will show normal.

@Es normal, que los telescopios te entreguen imágenes invertidas, en el espacio no es problema eso. Pero si quieres enderezar la imagen, debes buscar un erector de imagen acorde a tu telescopio.

@Thank you for your message.

@If the OTA is big aperture like 80mm or 102mm bigger, you can use the SV198 or SV106 for your guide scope. The SV165 is another nice option for smaller OTA.

@How about 150mm?

@Vous pouvez vérifier la distance focale pendant la journée et essayer l'objet dans la mesure du possible. C'est trop long ou trop court ? En outre, le réglage sur le logiciel est également nécessaire comme l'ISO et le temps d'exposition ainsi que le gain. (La fonction Auto sera utile).

@Copier des articles du site Web est ennuyeux. Vous devriez être une personne amicale

@Bonjour, si vous obtenez un motif flou, cela devrait être que le télescope n'est pas entièrement focalisé, vous pouvez essayer de focaliser à nouveau le télescope et affiner les détails pour trouver l'image la plus claire

@If you want to shoot a planet like Jupiter, you can try add the extension tube and add the Barlow, this may be helpful. Also, try this way to make the image better. https://x-bit-astro-imaging.blogspot.com/2020/11/using-sv105-cameras-correctly-with.html

@Hello. It does not support it.

@Hello, Before connecting the SV105 to your telescope, please focus on the target first by using a normal optic eyepiece. then replace it with the SV105 camera. You should adjust the focus wheel to reach a clear image on the computer screen. Because the SV105 isn't an autofocus camera.

@Try turning down the GAIN and BRIGHTNESS options in whatever capture software you are using. You might need to add CONTRAST as well to eliminate all the brightness. If it's still to bright you might consider purchasing a UV/IR cut filter or a UHC filter I have even used a linear polarizing filter to reduce the brightness of the Moon. Also it's almost impossible to get a really dark image of the FULL MOON, "unless" you take while the moon is low on the horizon just before it sets or just after it rises. Hope these suggestions can help you.

@Wow, really master, thanks

@Before connecting the SV105 to your telescope, please focus the target first by using a normal optic eyepiece. then replace it with the SV105 camera. You should adjust the focus wheel to reach a clear image on the computer screen. Because the SV105 isn't an autofocus camera.

@Thanks for your quick response. It does not seem that this is the problem, I carry out the steps that you tell me. The image in the camera appears excessively large and impossible to focus, even at 0.5 x barlow.

@SV105 is a sensor imaging, the sensor is closer to the imaging position, so there will be a certain degree of magnification. It is recommended that you do not add a Focal Reducer, but the first test whether your telescope with SV105 can achieve focus. If you have adjusted the focus mount of your telescope to achieve a relatively clear picture of SV105. After that, please fine-tune the distance between SV105 and your telescope, taking care not to let other lights enter until a clear image appears. If you still have questions, please send your detailed questions to SVBONY's official mailbox, where there will be more detailed solutions.

@SV105 could be used in the macOS system. You ould download the corresponding software from SV105's FEATURE on the official website.

@I have already replied in your mailbox, please check.

@Hi, I have the same problem with my SV105 en Celestron LCM114. Can you also give me the solution? Thanks.

@I have replied to your email, please check.

@Don't worry. this situation is normal, SV105 is a sensor imaging, the sensor is closer to the imaging position, so there will be a certain degree of magnification. You could choose to add a focal reducer to try.

@hi, I have the same problem... what do I do?

@Don't worry. this situation is normal, SV105 is a sensor imaging, the sensor is closer to the imaging position, so there will be a certain degree of magnification. You could choose to add a focal reducer to try.

@A 0.5x reducer may help.

@Hi, do you have a solution for me as well?

@Try post-process like Splicing in PS, as the SV105 is a small sensor.