Thermal imaging rifle scope—DT50LRF

Thermal Imaging Rifle Scope——DT50LRF

Higher Thermal Sensitivity (NETD<18mK)

Yubeen’s flagship thermal imaging scope integrates all the latest infrared thermal imaging technologies）

With four ballistic modes, even a beginner can achieve accurate shooting

1.AI ballistic——Remark ballistic (low speed)
2.AI ballistic——Remark ballistic (high speed)
3.Ballistic fitting
4.Ballistic calculation

1, 2, and 3 get rid of the pain points of traditional ballistic calculations – many parameters need to be entered, such as (BC value, baseline height, initial velocity, zeroing distance). Accurate hunting shooting can be achieved without these values. This is our smarter and more agile system.

PIP fall point Remark Ballistic

With the decline below the 7 Series, the males of 9 Series or above

More and more users need to use the painting function in the painting

Otherwise, you will be accompanied by nothing,

Yubeen thinks for you for the best solution

You can also use Remark Ballistic while using PIP.

Up to 21 language systems for users to choose from

New Upper focus knob design makes focusing easier

400m dense fog penetration

Adding intelligent system, imaging algorithm and hardware configuration

The target can be seen clearly at a distance of 400m in dense fog and rainy days.

Equipped with the world’s highest thermal sensitivity 18mk detector, with super-resolution 640, the target object at a long distance is still clearly visible, and false targets can be identified more effectively.

AI ballistic calculation

Remark ballistic（Low speed）：10-200 M, suitable for domestic environment, extremely accurate and with real-time pitch angle calculation

Remark ballistic(High-speed）：50-800 meters, suitable for high-speed firearms

Ballistic fitting

The user only needs to input three drop points to completely fit the remaining drop points. The accuracy is slightly lower than the calibration setting, but the operation is simpler.

Ballistic calculation

It is suitable for very professional customers who understand all the parameters of the toy, but the actual accuracy is still difficult to guarantee. The reason is that the actual zeroing distance of the firearm is very difficult to judge. Assuming that the landing point of 50 meters deviates by 1-2 cm, we generally assume that zeroing has been completed. The actual zeroing point at this time may be 40 or 60. This data error will cause a large error in the calculation result at a long distance.

NETD≤18mK

Another important technical specification is the noise equivalent temperature difference (NETD). For any thermal device, one of the most important technical specifications is the noise.

The equivalent temperature difference (NETD) indicates how small the thermal difference can be detected by the device in the environment. The smaller the NETD level, the more sensitive the device is. Equipped with a 50Hz high-frequency refresh, the screen noise is removed to make the image quality more delicate.

Enhanced sensor with higher resolution

Provides 640×512 sensor resolution

Most thermal units are 12um or 17um, with 12um being the highest resolution quality

It also has a 12μm pixel interval, which is the distance between pixels in a digital image

It allows users to efficiently identify false targets during use and improves user comfort

Super strong fog penetration ability

In extremely bad weather, the visibility is very low in dense fog, but it still has excellent performance. Equipped with 18mk ultra-sensitive movement (400m), it can easily penetrate dense fog.

640 resolution enhances image clarity and target acquisition

Bring hunting to a high level through technological innovation

Automatic pitch angle calculation

Calculate the current horizontal position, the amount of up, down, left, and right movement

Always know what horizontal position you are in

Convenient to observe the left and right positions and the up and down angles.

Picture-in-picture upgrade

After upgrading and turning on the PIP function, the ballistic landing point can be displayed in the picture-in-picture according to the landing point you set.

The drop point position cannot be displayed in PIP before the upgrade

After the upgrade, PIP can display the set drop point position

The yellow box in the PIP is just a reminder and does not exist in the PIP.

Specification