PayPal available
apple pay available
google pay available
Skip to product information
1 of 11
PULSAR

Pulsar Merger LRF XL50 Thermal Imaging Binoculars

Pulsar Merger LRF XL50 Thermal Imaging Binoculars

Regular price £5,329.95
Regular price Sale price £5,329.95
£4,441.63 (ex. VAT)
Save £-5,329.95 Sold out In stock Coming Soon
Taxes included.

SKU: Product code: PUL-77481

The new Pulsar Merger LRF XL50 thermal imaging binoculars are one of the best thermal imaging binoculars on the market. They have a very high-resolution sensor and a powerful lens that can see objects very far away.

Here is a breakdown of some of the tech specs:

  • 1024x768 pixel thermal sensor: This means that the image is made up of a lot of pixels, which results in a very clear and detailed image.
  • 12 micron sub 40mk NETD: This means that the sensor is very sensitive to small differences in temperature, which allows it to produce clear images even in low-light conditions.
  • 2300 metres detection range: This means that you can see objects up to 2300 metres away in the dark.
  • 2.5x to 20x magnification: This means that you can zoom in to see objects up to 20 times closer.
  • Fast aperture F50/1.0 lens: This is a very powerful lens that can let in a lot of light, which is important for thermal imaging because it allows the user to see objects in low-light conditions.
Quantity
View full details

Collapsible content

Further Information

The new Pulsar Merger LRF XL50 thermal imaging binoculars are one of the best thermal imaging binoculars on the market. They have a very high-resolution sensor and a powerful lens that can see objects very far away.

Here is a breakdown of some of the tech specs: 

  • 1024x768 pixel thermal sensor: This means that the image is made up of a lot of pixels, which results in a very clear and detailed image.
  • 12 micron sub 40mk NETD: This means that the sensor is very sensitive to small differences in temperature, which allows it to produce clear images even in low-light conditions.
  • 2300 metres detection range: This means that you can see objects up to 2300 metres away in the dark.
  • 2.5x to 20x magnification: This means that you can zoom in to see objects up to 20 times closer.
  • Fast aperture F50/1.0 lens: This is a very powerful lens that can let in a lot of light, which is important for thermal imaging because it allows the user to see objects in low-light conditions.
[media url="https://youtu.be/vAebNcTdzVc"][/media]