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The telescope was invented by Johns Hopkins University and released on february 1. The purpose of this study is to achieve maximum magnification at the smallest effective aperture while ensuring the luminous flux and resolution angle of the telescope. This telescope is the first attempt to use nano-etching technology, nano-array technology, mesoporous assembly technology, thin-film mosaic technology and nano-optical materials to make the flatness error of the lens reach 10nm. The luminous flux reaches 30 times that of ordinary telescopes with the same diameter. The resolution angle is 47 times that of ordinary telescopes with the same diameter. The maximum magnification reached 300 times.This is the first monocular to achieve this magnification and clarity on such a small scale.
Specifications
Material: Metal
Lense material: BAK 4 Glass
Magnification: 10-300x
Objective diameter: 25mm
Eyepiece diameter: 13mm
Distance: 0.2-5000 meters FOV: 2-3.5
Degree Size: 121 * 32 mm
Weight: 118 g
Packing: 1 pc
Academic report of the telescope - Ultralight Weight Optical Systems Using Nano-layered Synthesized Materials
If there are no terrain obstacles, you can easily observe people or things 4 miles away by using it.
The built-in night vision function allows you to use it normally at night.
The telescopic anti-shake system and special tripod 3D gyroscope make the telescope's field of view very stable when it reaches a magnification of hundreds of times. Its performance is even much better than most astronomical telescopes with thousands of dollars.
The shell is made of a titanium alloy with a higher specific strength and weighs only 1.1 pounds. After retracted, the length is only 7.87 inches, and you can easily put it in a backpack or pocket when hunting, traveling, or camping.
