Our company is involved in preparing official permits from the Polish Ministry of Development and Technology, which allows us to export all dual-use drones, optics, and portable radiophones without VAT on the Polish side / and without VAT on the Ukrainian side.
PARD TS31 35 mm LRF Thermal Imaging Scope
372154.83 ¥ net price (non-EU countries)
Anatolii Livashevskyi
Product Manager /
+48721808900 +48721808900
+48721808900
[email protected]
Description
PARD TS31 35 mm LRF Thermal Imaging Scope with Enhanced Features
Experience superior thermal imaging with the PARD TS31 35 mm LRF Thermal Imaging Scope. Designed to provide maximum comfort and precision, this advanced scope is perfect for both night and day use, offering a range of features tailored for serious hunters and outdoor enthusiasts.
Features
Long Eye-Relief for Comfortable Viewing
Choose from lens options with 100mm eye relief, offering a wide field of view and a rubber eyepiece for discreet nighttime observation. This ensures a seamless transition from traditional daytime optics.
- Clear field of view
- Longer, more enjoyable viewing
800x800 IPS Ultra-clear Display
Enjoy high-quality thermal images on an ultra-clear display with picture-in-picture (PIP) functionality, providing clear heat signatures and reducing visual fatigue.
- Higher image quality
- Reduced visual fatigue
Circular Design for a Wider Field of View
The circular display design provides a complete image view with a wide field of view (FOV). The crosshair centers after zeroing, helping you accurately gauge target location within the environment.
High Sensitivity 12µm LWIR Sensor
With a 384x288 pixel resolution and a 12µm vanadium oxide sensor, enjoy rich contrast and high-resolution thermal images for reliable target acquisition.
- Thermal images with high contrast
- Extreme sensitivity
- Enhanced identification of targets
Fast Detection with 1000m LRF
Detect targets up to 1000 meters away with a precise and fast detection speed. The integrated ballistics provide the range information needed for smarter nighttime hunting.
- Precise target ranging
Accurate Ballistic Calculator
The built-in ballistic calculator computes bullet trajectory parameters, enhancing accuracy for precise shot placement.
- Quickly indicate the precise aiming point
- Accurately place your shot
Infrared Image Enhancement Algorithm (IREA)
Utilizing next-level software, the IREA algorithm improves infrared spectrum sensitivity to enhance image visibility and detail, reducing distortion.
- Improved recognition of targets
- Reduced image distortion
- No lag images
Technical Specifications
General Model
Model: TS31-LRF
Sensor
Type: Uncooled VOx (vanadium oxide)
Resolution (px): 384x288
Pixel size (µm): 12x12
NETD (mK): ≤35mK (0.035°C)
Frame rate (Hz): 50
Optics
Objective Lens (mm): 35
Optical Magnification (x): 3
Digital Zoom (x): 2/4/6
Eye Relief (mm): 100
Display
Type: IPS LCD
Resolution (px): 800x800
Photo / Video
Photo Resolution (px): 1536x1536
Video Resolution (px): 768x768
Main Functionality
LRF Detection Range (m): 1000
Ballistic Calculator: Yes
Gyroscope: Yes
Connections
WiFi: Yes
Supported Apps: PardVision
Power Supply
Battery Type: Lithium Ion 18650x1
Operating Time (h): ≤6
Environmental Characteristics
Degree of Protection: IP67
Operating Temperature (°C): -20°C to 50°C
Material
Housing: Aluminium Alloy
Objective Lens: All-glass multi-coated lens
Measurements
Product Dimension (L x W x H, mm): 350x88x95 (W/O Long Eyepiece), 410x88x95 (W/ Long Eyepiece)
Weight (g): 680 (without battery); 725 (with battery)
Discover new levels of precision and clarity with the PARD TS31 35 mm LRF Thermal Imaging Scope, designed to enhance your outdoor experience with cutting-edge technology and user-friendly features.
Data sheet
Official permits of the Ministry of Development and Technology
Our company is involved in preparing official permits from the Polish Ministry of Development and Technology, which allows us to export all dual-use drones, optics, and portable radiophones without VAT on the Polish side / and without VAT on the Ukrainian side.