At a starting price of $169, it’s also the best external telephoto lens setup your smartphone can ask for. Clamp your smartphone in place and adjust it so its camera lines up with the Decouvir’s eyepiece, and suddenly you’ve got an astrophotography setup that’s much more powerful than even the most insane spec on a smartphone camera. The entirely analog telescope can either be used regularly with your eyes, or in conjunction with your smartphone’s camera thanks to an adjustable clamp. The telescope even comes with a focus knob and a visual scale that lets you carefully calibrate your focus. The Mak-Cass optic system offers detailed, vivid, crisp imagery, and multi-layer coated lens and larger eyepiece let you see much more clearly into the distance. Once you find the right angle, a lock switch on the gimbal lets you fix your telescope in place.ĭepending on the variant you buy, the telescope has either a 60mm, 70mm, or 80mm lens, offering the ability to see further and capture more light. Upon the tripod sits the telescope that’s adjustable using a gimbal and vertical/horizontal control knobs. The tripod features adjustable telescopic legs, along with a spirit level to adjust the camera’s tilt, making sure it’s perfectly vertical. You’ve got an attached tripod that can be adjusted up to 4 feet in height, made from aluminum alloy for a high strength-to-weight ratio. Setting the telescope up is easy, thanks to a built-in tripod with a spirit level, a gimbal to help point your telescope accurately, and a single focus knob that lets you control what the lens system focuses on.īuilt for enthusiasts on a budget, the telescope crams in a bunch of features that make it absolutely worth its price. The telescopes achieve up to 85x zoom, far beyond anything your smartphone can capture, allowing you to see constellations, the moon, and even small objects on Earth from afar. The telescope comes in three variants – the MC60, MC70, and MC80 which have a 60mm, 70mm, and 80mm main lens respectively. At that $169 to $289 price range, it makes for a compelling gift for youngsters and adults alike… and easily gives your existing smartphone the power to take the most brilliant moon photos on a budget.Ĭlick Here to Buy Now: $169 (Free Shipping) Hurry! Only 12 days to go!īuilt on the Maksutov-Cassegrain optic architecture, the Decouvir telescopes use a system of one-refraction-two-reflections to help you see as close as 85x magnification with minimal loss of clarity or detail. Using multiple reflectors to help the telescope see far, the Decouvir is actually a pretty compact gizmo and can be used by children too. The telescope, designed for consumer use, features an easy setup along with the ability to view objects either through your eye or your smartphone. Starting at $169 for the 60mm version and going up to $289 for the 80mm variant, the Decouvir makes stargazing and astrophotography ridiculously easy. Now, for people who don’t have the money for a Samsung Galaxy S23 Ultra or top-tier telephoto lenses, the Decouvir Telescope is a compelling alternative. Bust out a $1k+ phone or an expensive DSLR with a telephoto lens and the moon looks a lot better. Use a cheap smartphone camera and the moon looks like a miserable white cluster of pixels. The lamps only go out when there is too little oxygen in the air (by which time you should probably consider leaving or opening a window) or when the lamp is unplugged.The moon, quite like me, is selectively photogenic. To allow oxygen to enter the lamp, two small channels are added from the inner lamp to the outside. It is the inner part that lights up, mimicking the luminescent organ of the alga. The outer layer is transparent, while the inner glass is matte. With more oxygen in the air, the lamps will shine brighter. The brightness of the lamp changes if the amount of oxygen in the air changes. Every light contains a LED light that is connected to an oxygen sensor. To recreate the effect of the algae lighting up when they come into contact with oxygen, the lamps do the same. During the crafting project, oxygen is used, which essential for the light to originate. Because the trade of glassblowing is used to make the lamps, each design is unique. The shape of the lamps resembles those of the algae type Pyrocystis fusiformis, one with bioluminescent properties. To recreate this experience, she designed lamps called Lumnes in the shape of algae that, like some of the marine plants, light up when they come into contact with oxygen. Dutch product designer Isabel Bouwers was inspired by phonetic algae when swimming in Cambodia. Luminescent variations also fire the imagination of designers to mimic these light-generating properties. Here at Materia, we have discussed algae a lot, as they are a great source for bioplastic, for example.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |