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      Fieldwork-Wildlife Monitoring

      Thermal Imaging Scopes

      Thermal Imaging Scopes for the detection of the night life around you. Recommended for bat researchers and other experts who work regularly at night. Show more

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      30 Products
      Pulsar Thermal imaging scope Telos XG50

      Pulsar Thermal imaging scope Telos XG50

      The Pulsar Telos XG50 stands out as a premium cl...
      £2,240.98
      Pulsar Thermal imaging scope Telos XL50

      Pulsar Thermal imaging scope Telos XL50

      The Pulsar Telos XL50 stands out as a premium cl...
      £3,452.32
      FLIR Rechargeable Battery Kit GPX310 for Scion

      FLIR Rechargeable Battery Kit GPX310 for Scion

      Battery for the Scion models from FLIR.
      £310.62
      £ 51.91
      £ 43.25
      Tripod holder for Lahoux Spotter NL series

      Tripod holder for Lahoux Spotter NL series

      Tripod holder to attach a thermal imaging camera...
      £43.25
      Pulsar Battery Pack LPS 7i

      Pulsar Battery Pack LPS 7i

      Designed for use with the Telos XP50 and Telos L...
      £102.96
      Pulsar Battery Pack IPS 14

      Pulsar Battery Pack IPS 14

      Pulsar Battery Pack IPS 14 for the Helion series...
      £103.83

      Bats are small and fast-moving animals. To make them clearly visible with a thermal imaging camera, a high-resolution sensor is essential. A minimum resolution of 640 × 480 pixels is highly recommended.

      Because bats fly quickly, it's also important to choose a camera with a high refresh rate (preferably 50 Hz) and a wide field of view so you can track the animals smoothly. Ideally, choose a thermal imaging camera with a horizontal field of view of approximately 17° or wider, which equates to a 30-meter-wide image at a distance of 100 meters.

      For example, consider the following suitable models:

      •  Pixfra Mile 2 M625
      •  Pixfra Sirius

      A thermal imaging scope uses infrared radiation to detect temperature differences in an environment. The camera converts this radiation into an image, allowing you to see this heat both day and night.
       
      Night vision binoculars use small differences in light, magnifying the difference in light, allowing you to see more in the dark.

       

      Sensor resolution: The number of pixels used by the sensor. The more pixels, the more detail in the image. A high resolution is recommended for observing distant or small animals.

      Pixel pitch (µm): The distance between the pixels on the sensor. A smaller pixel pitch results in higher magnification and more detail. A larger pixel pitch, on the other hand, offers better thermal sensitivity, especially under challenging conditions.

      Thermal sensitivity / NETD: Noise Equivalent Temperature Difference. This value indicates how well the camera can distinguish small temperature differences. The lower the NETD value, the more sensitive and better the image.

      Field of View (FOV): The size of the area you see in the image. This is usually expressed in degrees or meters at a distance of 100 meters. With a wide field of view, you see more of the surroundings in a single image. However, a larger field of view comes at the expense of magnification: the wider the FOV, the lower the magnification and the less distance you can see.