86+(028) 8535 5966JPNVision@votinfrared.com
Links

LK-LR-Q35

LK Thermal Scope With Laser Rangefinder

The LK-LR series of products integrates an internal laser rangefinder function, with a high-precision measurement range that can reach up to 1200 meters. They boast an impressive battery life of up to 8 hours, and the battery replacement process is quick and convenient, meeting the needs for all-day use. They can operate normally in environments as low as -30℃. Additionally, they have a high impact resistance, rated up to 2000g. Utilizing the latest generation of automatic calibration shutterless technology, ensuring that the image is always clear, smooth, and without any lag. At the same time, they utilize real-time noise reduction technology to provide a high-quality image experience. Equipped with a larger 0.39-inch OLED display, they offer an ultra-wide viewing angle and ultra-clear image quality. With an IP67 rating for dust and water resistance, they can be used in a wider range of natural environments.

Resolution 640×512

Lens 35mm

NETD ≤35mk

Laser Rangefinder 1200m

Application:

  • Animal Observation
  • Outdoor Sports
  • Outdoor Rescue
  • Outdoor Hunting

Product Features

Application

Animal Observation
Outdoor Sports
Outdoor Rescue
Outdoor Hunting

Technical Parameters

ModelLK-LR-Q35
DetectorUncooled VOx   Microbolometer
Resolution, pixels640×512/12μm
Objective Lens (F1.0)35mm
Field of View12.6°×10.1°
Visual Magnification1.98~7.9
Spectral Band8~14μm
Frame Rate,Hz50Hz
NETD≤35mk@300K
Display0.39"   OLED 1024x768
Eyepiece Diopter-5~+5
Eye Relief45mm
Measuring Distance1200m
Weight≤700g
Dimensions221x83x100mm
    (Including Eyepiece/Objective Covers)
Power SupplyTwo   18650 Li-ion Batteries
Standby Time≥8h
lnterfaceExternal   Power/Type-C
Operation Temperature-30℃~+55℃
Protection RatingIP67
Reliability≥1200g   Shock Resistance
Altitude≥5000m
AdaptabilityAll-weather
Detection Range (Human)3310m
Detection Range (Animal)2920m


Video

LK Series Unboxing Video
2024/06/26
LK Series Three-dimensional Video
2024/08/09
×
0.044898s