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Thermal

Thermal

Thermal Imaging Technology for Hunting and Observation

Whether you are a professional hunter, a wildlife researcher, or an outdoor enthusiast, our thermal range offers transformative benefits that enhance your ability to observe, track, and understand wildlife with unparalleled clarity and precision.

Thermal technical terms and what they mean for quality

Sensor thermal sensitivity - NETD - Noise Equivalent Temperature Difference

It is a measure for how well a thermal imaging detector is able to distinguish between very small differences in thermal radiation in the image. NETD is typically being expressed in milli-Kelvin (mK)

The lower the NETD value (specified in millikelvin (mK)) the better the sensor can register small temperature differences. The below scale can be used to determine the quality of a thermal detector: <20 mK (Excellent) <35 mK (Good) <50 mK (Acceptable but getting dated)

Resolution - Resolution of thermal detector refers to the number of Pixels on the uncooled Focal Plane Array. For example, 384x288 or 640x512 

The bigger the number the better the resolution as each images contains more information which = better image quality and details - But also higher cost

Take into account the NETD in relation to Resolution -

If both thermal cameras have a the same resolution then they both have the same number of available pixels to create an image. Therefore the thermal device with the <25 mK will produce a crisper image compared to a <35 mK

Lens/Focal Length - the mm measure shown

This is the distance from the center of the lens to the principal focal point of the lens. As the length changes the amount of subject captured by the lens changes. Again bigger = better in terms of image quality/detail and critically distance the device can effectively operate. So for example the Lynx 10mm is shorter range and detail than the Lynx 15mm

So you can assess level of power/quality by checking off each of these factors:

  • NETD - Lower = better
  • Resolution - Larger = better
  • Lens/Focal Length - Larger = better

But before you burn all your budget consider what you need for your application. Under 100m and large human size is fine with entry level but you want 1km plus, get the wallet ready.

Key Benefits of Thermal Imaging Technology for Hunting and Wildlife:

  1. Unmatched Nighttime Visibility:
    • Thermal imaging technology detects the heat emitted by animals, providing clear visibility even in complete darkness. This capability allows hunters and wildlife observers to locate and track animals that are otherwise invisible to the naked eye or traditional night vision devices.

  2. Effective Through Obstructions:
    • Unlike conventional optics, thermal imaging can penetrate through light foliage, fog, and other visual barriers. This makes it an invaluable tool for spotting animals that are hiding in dense brush or moving through misty environments, ensuring you never miss a moment of action.

  3. Enhanced Tracking and Identification:
    • Thermal imaging provides a clear contrast between animals and their surroundings, making it easier to identify specific species and track their movements. This is particularly beneficial for hunters looking to differentiate between game animals and non-target species, or for researchers studying animal behavior.

  4. Improved Safety:
    • Safety is paramount during nighttime hunting and wildlife observation. Thermal imaging helps you detect and avoid potential hazards such as other hunters, dangerous animals, or obstacles in your path. By providing a clear view of your surroundings, you can navigate with confidence and reduce the risk of accidents.

  5. Non-Intrusive Observation:
    • Thermal imaging allows for discreet observation of wildlife without the need for artificial lights that could disturb animals or alert them to your presence. This is especially important for studying nocturnal animals in their natural habitat or for hunters who rely on stealth.

  6. Versatility in Various Environments:
    • Whether you are in a dense forest, open field, or mountainous terrain, thermal imaging devices perform reliably in diverse environments. Their ability to function in different weather conditions and landscapes makes them a versatile tool for any hunting or wildlife observation scenario.

  7. Quick Target Acquisition:
    • Thermal imaging devices provide rapid target acquisition, allowing you to quickly locate and focus on animals. This is crucial for hunters who need to make swift decisions in dynamic situations, ensuring a more efficient and successful hunt.

  8. Extended Detection Range:
    • Thermal imaging devices can detect heat signatures from significant distances, giving you the advantage of spotting animals long before they are within visual range. This extended detection range enhances your ability to plan and execute successful hunts or observe wildlife from a safe distance.

Why Choose Our Thermal Imaging Devices?

At TacticalScope we offer top brand thermal imaging products from budget short models upto top range 1500m+ range detection models to meet the needs of hunters and wildlife observers. Our carefully selected products ensure that you have access to the latest advancements and most reliable devices on the market.

Explore our collection of thermal weapon scopes and observation devices and discover how thermal imaging technology can revolutionize your hunting and wildlife observation experiences. Models from HIKMicro and InfiRay  cover all the bases.

 

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