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Day & Night Vision Rifle Scope Monocular with 850nm IR Fixed 3X Magnification, Digital Night Vision monocular Telescope,Hunting Surveillance Wildlife Observation, Can be Used independently

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Availability: In Stock.
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Arrives Friday, May 15
Order within 11 hours and 26 minutes
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Features

  • Advanced Night Vision Technology: The monocular night vision telescope uses 850nm infrared illumination, 1080P AMOLED high-resolution display, which provides ultra-clear imaging, detecting objects up to 500 meters at night. This scope allows you to see clearly in total darkness, enabling you to easily and confidently spot and track game or threats. It can also be used in daytime so that you can enable full color.
  • Fixed 3x:Equipped with a central focusing wheel for rapid adjustment according to individual visual needs. It features a built-in 1.54-inch circular full-view screen, ensuring fine detail imaging even when observing distant objects. The screen comes with adjustable crosshairs, offering 6 selectable modes for the crosshair cursor, with color switching options and support for shutdown memory mode.
  • Built-in 2600mAh lithium battery:Type C USB fast charging, the battery can last for approximately 1.5-3 hours with IR on, and 3-5 hours with IR off, The specific duration depends on changes in the lighting environment.
  • 6061 aluminum:material excellent impact resistance unique design, there will be a strong rebound when shooting, poor quality or DIY products may be damaged by the rebound of the gun. With super shockproof performance.
  • Versatile Applications: Easy to mount on rails of various sizes or can be used alone, this durable night vision goggles is perfect for hunting, wildlife observation and security surveillance, performing well in a variety of outdoor activities. Its advanced features make it a must-have tool for enthusiasts seeking reliable nighttime performance.
  • After-sales ServiceIf you encounter any difficulties during use, please contact us, and we will respond to you within 24 hours.

Description

6061 aluminum, built-in 1.54-inch viewing angle screen 1080P high-resolution display, 850nm infrared illuminator, can detect objects up to 500 meters at night. 3x digital zoom, 6 types of cross cursors, built-in 2600mAh lithium battery.

Brand: RZJSKJZM


Color: Black


Style: Minimalism


Product Dimensions: 8.38"L x 1.96"W x 3.74"H


Sport: Hunting


Item Weight: 0.99 Pounds


Material: Aluminum


Magnification Maximum: 3 x


Objective Lens Diameter: 35 Millimeters


Magnification Minimum: 3 x


Magnification Maximum: 3 x


Objective Lens Diameter: 35 Millimeters


Magnification Minimum: 3 x


Compatible Devices: Firearm


Mounting Type: Picatinny Mount, Weaver Mount


Night vision: Yes


Field Of View: 1600 Feet


Reticle Type: Duplex


Color: Black


Product Style: Minimalism


Material Type: Aluminum


Brand Name: RZJSKJZM


Sport Type: Hunting


Manufacturer: RZJSKJZM


Included Components: Charging line, night vision goggles


Warranty Description: ‎One year manufacturer's warranty


Item Dimensions L x W x H: 8.38"L x 1.96"W x 3.74"H


Item Weight: 0.99 Pounds


Frequently asked questions

If you place your order now, the estimated arrival date for this product is: Friday, May 15

Yes, absolutely! You may return this product for a full refund within 30 days of receiving it.

To initiate a return, please visit our Returns Center.

View our full returns policy here.

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Top Amazon Reviews


  • Hoot and a half for hacking.
Real night vision rifle scopes start at around $1500. This is not that. For $120 you get a fun toy that, amazingly, actually kind of works as a night vision rifle scope! At least it works until it doesn’t. Even better, with some fun hacking it can be made into a useable little night vision scope for a pesting airgun or the like. I doubt this can be made truly reliable or robust, but it has been reliably fun. Except for the machined aluminum housing, this scope is cobbled together from off-the shelf components for security cameras (the lens and CMOS sensor), for camera displays (the miniature AMOLED display and image processor), and (I think) for industrial barcode scanners (the IR diode light source). Starting from the front, the scope consists of a no-name 25mm f1.2 CCTV lens coupled to a simple focusing mount over a 1/3” format CMOS sensor module/board sitting on four tiny standoffs behind the front housing cover and secured to the standoffs by four tiny screws. The CCTV lens is in a CS type screw mount attached to the CMOS sensor board with two tiny screws. The CS lens mount is also fitted with an electrically-actuated IR cut filter. Behind the sensor board and occupying the center of the housing assembly are a battery, probably some kind of flyback for the IR power source, and the main image processor and computer. The USB plug for charging (and presumably for data transfer and programming) is not sealed to the housing and the space around it leaves the interior of the scope unsealed to the elements. At the back end of the main housing is a 1080p color AMOLED display about 1” square. Over the display is an empty tube capped by a single-element eyepiece lens set in a simple focusing mount with a rubber bellows shade. Security camera components are designed to be adjusted once and then sit there unmoving through their useful lives. Having components not meant for hard use as the core of the scope, plus making the optical true of the entire assembly essentially dependent on six very tiny screws, four small brass standoffs, and the strength of a small printed circuit board makes me think this would not survive very long on a firearm with any noticeable recoil at all. Still, it should last a while and it should be possible to improve the stability of many of the components if one wanted to make the effort. Despite a lot of complaints about sharpness in the reviews, the scope’s stock lens will in fact focus to reasonable sharpness, but importantly first the user’s eye must be in a fixed position relative the scope (as is the case when the scope is on a rifle). It is tedious and slow to focus the stock lens, and the optics are not superb. The technique is: focus the main 25mm objective on a fixed target as best as possible, then adjust the eyepiece lens to the most optimal position, then go back to the objective and repeat. Do it a third time if needed. Note also that the stock lens cannot focus closer than 10’ or so, and since it is fixed to a wide-open aperture, the depth of field (especially near the lens) is very narrow, some scenes seem fuzzy. Higher quality CS lenses, when fitted to the scope, can definitely be far easier to focus and deliver better images. One huge failing of this scope – almost a deal killer for me – is that there is no display dimmer. The display blasts full-on bright in the user’s face, making it impossible to maintain night vision and revealing the user’s presence plainly to anybody or anything that can see. My answer was to modify a camera filter step ring (43mm filter size) and glue it to the eyepiece collar. Once the glue has fully set up, add a 43mm variable neutral density (ND) filter to control image brightness; on top of the variable ND filter, add either a red No. 25a filter (to preserve night vision adaptation) or a green No. 11 filter (for clearest image). The IR light source is very powerful. It consists of an IR diode covered by a 23mm diameter plano-convex acrylic lens of about 25mm focal length in a very simple push-pull focus mount. It puts out a ton of light, and when focused the beam can illuminate objects far beyond the useful range of the scope as such. The IR light source covers about 2/3 of the inner image circle brightly when it used with a wider (say 10mm) main objective lens over the CMOS sensor. The outer 1/3 of the image at the 10mm FOV is illuminated much less brightly by the diode than is the image at 25mm. I have ordered a few similar PCX lenses of wider focal length for testing on the light source with wide / variable focal length CCTV lenses. UPDATE: A glass PCX condenser lens from China off the big auction site with a 5mm focal length (diameter 23mm, height 13mm) works rather well to spread the IR for a wide angle objective down to about 5mm. It requires that the focusing tube be racked all the way out to spread the beam, and pushed back in for telephoto. There is some internal reflection going on that creates some haze, but it's likely that can be fixed by blackening the inside of the focusing tube mount. Note that simply removing the stock condenser lens gives you a pretty good wide spread to the IR light out to about 100 yards, but you of course lose the ability to concentrate the beam at a distance. Unfortunately, the IR light source also emits a strong beam of visible red light, which is not at all stealthy. I’ve ordered a couple IR longpass filters from Chinese sellers that should block all visible light while allowing only IR of around 850nm and longer to pass. The diameter for the longpass filter should be 23mm or less. Update: Both an 830nm and an 850nm longpass filter very much reduced the visible red light from the diode without noticeable impact on the amount of IR illumination, but did not eliminate it completely. If you decide to try to replace the stock 25mm lens with something better, here are four things to know: (1) The wiring harness plugs in the CMOS sensor module are glued in place with a rubber cement; be very careful if you remove them to take off the cement and be gentle, or prepare to do detailed soldering work. See picture. (2) The stock lens’ focusing block is held in the CS mount by not just the two grub teeny tiny grub screws that are very hard or impossible to get out, but with glue in the lens mount threads as well! You’ll need to take the CS mount and lens focusing block completely off the CMOS module, and remove the cut filter assembly (slides out of the CS mount) before trying to figure out what kind of leverage will break the glue and remove the lens. Better Idea: if you can wait for it, you can order this exact CS mount and IR cut filter assembly from China for $5 and save yourself the headache of trying to get the lens out of the mount. Just put take off the old mount and install the new one to the CMOS module, then screw your upgrade lens in once the CMOS module is back in place on the housing cover standoffs. (3) To install any lens with a barrel diameter wider than the stock 25mm lens, you will need to cut off the metal collar that extends out from the housing cover plate. For many alternate lenses, the collar can be left a millimeter or two proud of the rest of the housing cover plate. The original collar and the focusing mount together added some structural stability to the front of the scope. With both removed, the stability of the upgrade lens depends entirely on the stability of the CMOS sensor board, its attachment to the standoffs on the housing cover, and the attachment of the lens mount to the CMOS sensor board. A good impact the lens could readily break the sensor board. It would be advisable, therefore, to reinforce the lens by epoxying the base of the barrel to the housing cover using, for example, an adhesive epoxy filler. This makes the new lens permanent, of course. (4) Varifocal lenses are common for CCTV cameras, but changing the focal length from the one that the scope is zeroed at will introduce parallax error. So perhaps the best use of a varifocal lens on this thing is to zero it when set at its full telephoto setting, but use the wider end for scanning/observation, not targeting. I zeroed the scope today using the telephoto end of a 12.5-50mm varifocal CCTV lens and got quarter-sized groups off a bench rest at 35 yards with a Gamo Urban .22 PCP. Zooming lens out led to a parallax error and a POI at least 18" high at that distance. Remember also that these security camera lenses were not necessarily meant to be operated frequently. An alternative might be to use a TV lens camera in C mount with the thinnest possible CS mount adapter. Such lenses are typically much heavier than CCTV lenses, however, and will stress the CMOS sensor board more than a security camera lens. I should add that the "universal" mount will work fine on a picatinny rail. It will also attach to an 11mm dovetail, but ends up laterally offset a bit. You can add two of the snap-in low profile picatinny-to-dovetail adapters to make the scope properly centered on the barrel if you want. ... show more
Reviewed in the United States on November 20, 2025 by Kicking Jack Williams

  • recommended
very good rifle scope you will need a bore sight to line up the cross hair it took me awhile to figure out controls
Reviewed in the United States on March 7, 2026 by richie boody

  • If it works
We got this set it all up as we tested it in the house. It was working great. First time we went outside at night to use it. It doesn’t work anymore so we had to replace it with a different kind.
Reviewed in the United States on February 25, 2026 by Amazon Customer

  • Works great
Works great!
Reviewed in the United States on February 11, 2026 by Marsha

  • Night vision
Great scope for servailense
Reviewed in the United States on December 21, 2025 by philip peterson

  • Wowww
Surprised when I received it, it looks exactly like the photo. Of course, it comes unfinished and carefully packaged. Now to install it, set it up, and go hunting. 100% recommended.
Reviewed in the United States on September 15, 2025 by Lazara

  • worst night time day time camera so far
i received this camera last week and i couldn't be more disappointed in the day time it was hard to identify the target you were going to shoot because the cross hair doesn't show well it needs a color i
Reviewed in the United States on February 16, 2026 by Edwin sparks

  • Maybe go more expensive
Works but is loose, screws constantly are loosening up. Not the most accurate thing.
Reviewed in the United States on November 29, 2025 by William Coyle

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