What is Starscope Monocular?
The Starscope monocular is a lens that you can attach to your smartphone. It is used to take photos of subjects that are far away from you. The provider promises a tenfold magnification. At the same time, the Starscope Monocular can also be used as a pair of binoculars and can be used at events and while travelling to magnify objects up to 50 metres away.
Why do I need this monocular?
The Starscope monocular is suitable for anyone who wants to take pictures with their smartphone in the highest possible quality. The lens can be connected to the smartphone and then allows a tenfold zoom to the object of “desire”. As the lens is, according to the supplier, very high quality and robust, it can also be used for outdoor activities. The water resistance of the device also ensures that it can be used in all weather conditions. At the same time, the Starscope monocular is also suitable for those who want to be closer to the action at events or when travelling. The lens can also be used as a pair of binoculars. (Any/all of the links on this post are affiliate links of which the author receives a small commission from sales of this product/service, but the price is the same to you.)
Further info and a discount can be found here on the official website!
Starscope Monocular evaluation and recommendation
With a length of 155 millimetres, a width of 70 millimetres and a height of 44 millimetres, the lens is smaller than conventional camera lenses. At the same time, the Starscope monocular weighs only 320 grams. This means it can be easily stowed away and taken anywhere. The device for the smartphone is made of highly developed polymers and has a non-slip, matt handle. This means it can be used in difficult weather and extreme conditions – you always carry the lens firmly in your hand. With a pupil diameter of three millimetres, the Starscope monocular can easily be held to the eye. In contrast, the objective lens diameter of 50 millimetres allows a comprehensive view. With a tenfold magnification and a field of view of 293/1000 metres, even details at a distance of up to 50 metres can be easily recognised. An additional function, the integrated compass, allows perfect navigation in unknown terrain. When used as binoculars, the device can be stabilised on a tripod socket.
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Starscope Monocular technical facts
- Weight: 320 grams
- Dimensions: 70 x 155 x 44 millimeters
- Color: Black
- Material: Advanced Polymers
- Lens diameter: 44 millimeters
- Lens: fully multi-coated (FMC)
- Exit pupil diameter: 3 millimeters
- Magnification: 10X optical fixed zoom
- Eye relief: 20 millimeters
- Field of view: 93/914 meters
- non-slip, matted handle
- Type: BAK4
- scratch resistant
- waterproof
- fogproof
- hands free with tripod socket
- shock absorbent protection
- anti-skid frosted sure-grip
What are the Starscope monocular quality features?
When you purchase the Starscope Monocular, you get a 30-day money back guarantee. The vendor seems to be convinced that you like their product – otherwise they would not offer this guarantee. However, please note that the guarantee is only valid if you return the Starscope monocular unopened and unused. Furthermore, the vendor provides the best possible security during the ordering process by securing the ordering process via AES 256-bit encryption. This encryption is provided by McAfee SECURE and Norton SECURED. So unauthorised third parties should not be able to access your data when you enter it in the order form and send it to the merchant.
Starscope Monocular reviews
Numerous users of the Starscope monocular report online about their experiences with the lens. Some of the users use the Starscope Monocular primarily as binoculars, while others actually connect it to their smartphone to take much better photographs. The Starscope Monocular has been used in football stadiums, whale watching at sea and on tours in Asia. Here, the device is mainly used as binoculars. Users report that thanks to the device, they have a much better view of everything they want to see – whether it is the footballer, the family of whales or the wonderful landscape of Asia. Reviewers who have used the Starscope monocular to take photos report that it is extremely accurate and has a tremendous sharpness that would make for fantastic photos. Some reviewers report that they would use the lens instead of high quality camera equipment and still be able to take pictures with the same quality.
Visit the official website to see more customer reviews!
Where can I buy Starscope Monocular?
You can only buy the lens for your smartphone from the official supplier of the Starscope Monocular. They provide you with a lot of information, but also an online shop where you can place your order.
First you choose how many of the Starscope monoculars you want to buy. You currently receive 50 percent of your order from the supplier – regardless of whether you buy one, two, three, four or five Starscope Monoculars. The shipping costs depend on the quantity of your order.
In the next step of the ordering process, you choose your payment method. You can choose between PayPal, stripe, Visa, American Express, Mastercard and Discover. Afterwards you will be asked for your personal information. The provider needs your first and last name, your e-mail address, your telephone number, your city and your address.
If you pay for your order by credit card, the supplier will need your credit card information. You can then check out and place your order by clicking on “Complete Purchase”.
General information about lenses
Lenses are the most important component of all optical devices – they are not only built into cameras, but also into binoculars, microscopes and projectors. As optical components, they collect and bundle the incident light and thus create an image of the object in front of the lens. In modern lenses today, however, not only one lens is used, but usually an entire lens system. With the help of electrical components, the lens systems can then be adjusted as required (for example, in so-called autofocus, which allows focusing at any distance, but also in electronic image stabilisers). In digital camera systems, the camera lenses can also communicate with the camera bidirectionally, i.e. there is electronic communication from the camera to the lenses, but messages are also sent from the lenses to the camera and processed by the camera.
The simplest lenses
Very simply constructed telescopes began to spread in the 17th century. The simple design used only a single converging lens, so the performance of these simple telescopes and the possible field of application were correspondingly low. However, in order to be able to detect at least something at a more or less fixed distance at sea, they were suitable – and by and large fulfilled their purpose. However, it was not possible to see much and the images were anything but clear. In the course of the following centuries, work began on this and these weaknesses were consistently eliminated. In comparison, today’s lenses are real high-tech products and have little in common with the simple converging lenses of that time.
Classification criteria of modern lenses
The mere number of lenses installed in a camera or telescope lens is not necessarily the only factor determining the performance of a camera lens or telescope. Almost all lenses today contain several lenses with different focal lengths, curvatures and refractive indices – but more lenses do not automatically mean higher performance. What is more important is the best possible interaction of all the lenses used.
One of the most important criteria is first of all the focal length of a lens, because it determines the reproduction scale for an object at a certain distance. In most cases, the focal length will be the basic selection criterion when buying a lens. However, the so-called aperture also plays an important role and should always be considered when buying a lens. The aperture A refers to the opening width of a lens. With most photographic lenses, it can be adjusted by the aperture diaphragm within a certain range (f-number).
In connection with the aperture, the luminous intensity (the aperture ratio) and the so-called close-up limit must always be taken into account. Finding out which values are useful for a particular photographic task or certain situations requires a great deal of expertise and experience in order not to make the wrong choice. If you are less familiar with this, you should definitely seek advice from an expert to avoid making the wrong or unsuitable choice.
In principle, these requirements apply to all types of photographic lenses – with telescopes or binoculars, projectors or microscopes, these values can also be determined, but have a different meaning due to the different intended use.
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Basic categories for camera lenses
Different lenses are available for different purposes. They can be divided into basic categories.
Normal lenses have focal lengths between 40 and 60 mm and are virtually the standard variants. If you change the focal length beyond this “normal” range, the lenses become special lenses.
- Telephoto lenses have focal lengths between 65 and up to 1,200 mm
- Portrait lenses also have slightly higher focal lengths, but are usually only between 85 and 100 mm focal length
- Wide-angle lenses, on the other hand, have very low focal lengths, usually between 14 and 35 mm
- Zoom lenses allow the focal length to be adjusted in different ranges (e.g. between 24 and 85 mm or between 70 and 300 mm)
With zoom lenses, the so-called zoom factor (e.g. 3x zoom) is derived from the ratio between the largest and smallest adjustable focal length. To do this, simply divide the largest possible adjustable focal length by the smallest possible focal length and the result is the zoom factor.
The f-stop number generally changes with increasing focal length and also increases with zoom lenses. In some cases, this can be undesirable, especially if you want to take professional photographs. For these cases there are (expensive) special zoom lenses where the f-stop number does not change with the focal length but remains constant. In many cases, however, such a powerful construction method is not necessary with zoom lenses.
Stray light sensitivity and coating
The lens construction with several lenses and mirrors would be very sensitive to stray light if one did not ensure that light inside the lens was scattered as little as possible. The remaining sensitivity to stray light can be tested very well in backlit shots: with lenses with very little protection against stray light, the resulting image quality is very poor or even unusable in backlit situations.
To prevent stray light, coated lenses and additionally blackened apertures are usually used. The coating is an anti-reflection coating which simultaneously increases the transmission of light. In simple terms, a coating is simply an anti-reflection coating of the lenses (very similar to anti-reflective glasses).
Inside the lens tube, blackened and grooved inner surfaces are used to further minimise stray light. As this technology requires hardly any effort, there are hardly any differences in quality in this respect, but there are certainly differences in the coating of lenses. If high sensitivity to stray light is important, lenses should therefore be thoroughly tested in backlight before purchase. The quality of the resulting images will then already provide clear and unambiguous information about the quality of the coating used by the manufacturer.
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Known FAQ about this product
- F:Which camera system is the telescopic lens compatible with?
- A:The Starscope monocular is suitable for Smartphones. There are separate lenses for cameras, but for smartphones, the choice is rather limited, although smartphones can be used to take high quality pictures.
- F:Which smartphone can the lens be used with?
- A: The Starscope monocular works with virtually any Android phone and Apple iPhone. To use it, simply connect the lens to the camera and you can start taking pictures.
- F: Can the Starscope monocular be used without a smartphone?
- A:The lens functions as a standalone telescope monocular. When used without a smartphone, you can hold it directly against your eye and see things up to 50 metres away from you magnified.
- F:What material is the Starscope monocular made of? What is the quality of the lenses?
- A:According to the vendor, the lens was made from genuine, high quality optical glass. As with the highest quality camera lenses, the Starscope monocular has multiple coatings which, according to the vendor, provide exceptionally clear images.
- F:What is meant by BAK4 Prism?
- A:The abbreviation BAK stands for BaritleichKron. This is a high quality way of building monocular and binocular prisms. It has been used in the Starscope monocular and other high-end binoculars.
- F:How tough is the Starscope monocular?
- A:The lens is particularly high quality and durable. It has a non-slip, protective cover. This means that the Starscope Monocular can be used in extreme conditions.
- F:What does 10 x 50 mean?
- A:When we talk about ’10 x 50′, the number 10 refers to the magnification. The lens is therefore capable of magnifying objects up to ten times. The number 50, however, refers to the diameter of the front lens. Basically the following applies here: The larger the front lens, the sharper and brighter the image through the lens.
- F:Does the Starscope monocular fit on conventional tripods?
- A: The Starscope Monocular includes a 1/4-20 mount (1/4″ diameter with 20 UNC threads per inch). This is a standard size for tripods. If your tripod is also this size, you can use the Starscope Monocular with your tripod.
Who is the supplier of the product?
Quality Performance Limited, 377 Valley Rd #1123, Clifton, NJ 07013, USA
Homepage: https://www.monostarscope.com/
E-mail: support@monostarscope.com
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