New High-Definition Three-Light Fusion Telescope JB-RS
Integrated low-light imaging, thermal imaging, image fusion, laser ranging and target positioning for clear observation and intuitive target information display.
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Estimated Delivery:Jul 13 - Jul 17
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Free Shipping & Returns: On all orders over $75
JB-RS New High-Definition Tri-Optical Fusion Binoculars
Integrated low-light imaging, thermal imaging, image fusion, laser ranging and target positioning for clear observation and intuitive target information display.
Product Overview
The JB-RS high-definition tri-optical fusion binoculars use high-resolution low-light imaging technology and high-resolution thermal imaging technology to obtain high-quality images under low illumination conditions.
With the latest image fusion algorithm, the device fuses dual-light video to deliver high-quality images that combine target detail with thermal contour characteristics.
Low-Light & Thermal Imaging
High-resolution low-light imaging and thermal imaging technologies help provide clear image performance in low illumination environments.
Advanced Image Fusion Algorithm
Dual-light video fusion combines visible target details with thermal contour features, presenting a more comprehensive observation image.
Target Positioning & Locking
Combined with electronic compass attitude data and laser ranging information, the device can position, lock and measure the distance between multiple targets.
Binocular OLED Display
Multiple fusion display modes present images and measurement information on the binocular OLED display, making scene and target information more intuitive.
Multiple Working Modes
The device supports multiple working modes for different observation requirements.
- Low-light mode
- Thermal imaging mode
- Fusion black-and-white mode
- Fusion color mode
- Other fusion display modes
Imaging Effect Display
The supplied document includes an imaging effect display showing fusion imaging performance with scene details and target information.
Technical Specifications
| Item | Specification |
|---|---|
| Thermal Imaging Operating Distance | ≥ 1.2 km, vehicle target |
| Low-Light Operating Distance | ≥ 1 km, vehicle target |
| Fusion Operating Distance | ≥ 1.2 km, vehicle target |
| Laser Ranging Distance | 20 m – 2 km |
| Ranging Error | ≤ 2 m |
| Thermal Imaging Field of View | 16° × 12° |
| Low-Light Field of View | 16° × 12° |
| Eyepiece Diopter Adjustment Range | -4D to +4D |
| Magnetic Azimuth Accuracy | ≤ 0.5° |
| Storage Capacity | ≥ 64 GB |
| Host Weight | ≤ 1300 g, including battery and eyepiece cover |
| Continuous Operating Time | ≥ 6 hours |
| Working Modes | Low-light, thermal imaging, fusion black-and-white, fusion color and other modes |
| Thermal Imaging Resolution | 1024 × 768 |
| Low-Light Resolution | 1024 × 768 |
| Minimum Illumination | 0.001 LUX |
Key Advantages
- High-resolution low-light imaging technology
- High-resolution thermal imaging technology
- Image fusion algorithm combining target details and thermal contours
- Electronic compass and laser ranging information integration
- Multiple target positioning, locking and target spacing measurement
- Binocular OLED display for image and measurement information
- Multiple fusion display modes for intuitive observation
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Imaging effect demonstration
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