Pulsar Merger LRF XP50

Description:

Contact us for a price so good we cant list it here

Only a few left in stock as they have been discontinued.

The Pulsar Merger LRF XP50 are on the cutting edge of thermal technology from Pulsar. These are the latest and greatest from the leaders in the thermal field and will not disappoint. These are a serious military grade thermal device which is now available to the everyday consumer.

Ideal for long-range observation
The Pulsar Merger LRF XP50 dual eyepiece fully unlocks the potential of human vision by reducing eye fatigue. The human brain is conditioned to receive visual information from two channels simultaneously and combine them into a single image. Observing through a single-eye-piece monocular requires excessive effort from the brain to override the standard algorithm of visual perception. So, we can quickly feel fatigued.

The dual binocular layout eliminates this problem. The result is a more natural and detailed appearance of the observed objects, even under low temperature contrast conditions. With the Merger you’ll be able to enjoy the view longer than ever! Plus, the ability to adjust the distance between the eyepieces means it can be customised to individual needs and eliminates the potential for double-vision images.

Unprecedented comfort of use
The ergonomics of the Pulsar Merger LRF XP50 unfold as soon as you hold it in your hands. All the important features are available at a single click of a button. The well-planned arrangement of the controls enables comfortable device operation with either hand. The classic form factor of the Merger combines the time-proven shape and ergonomics of conventional daytime binoculars.

Always the best view
The new Pulsar Merger combines all the best components and features available at the minute resulting in unbelievably detailed and crisp images of both targets and backgrounds. With the new electronics platform and enhanced image processing algorithms, the binoculars offer a new approach to image optimisation for any observation purposes and conditions.

A powerful 640×480 / 17µm French made Lynred thermal imaging sensor with NETD