PULSAR MERGER LRF XL50 2.5-20X50 BLK

PULSAR MERGER LRF XL50 2.5-20X50 BLK

Pulsar
UPC:
840284900265
$9,329.99
(No reviews yet)
Width:
7.50 (in)
Height:
4.00 (in)
Depth:
12.00 (in)
Current Stock:
Description
Merger LRF thermal imaging binoculars are made with the external design of classic daytime binoculars and provide comfortable viewing with both eyes. Merger LRF binoculars accommodate day and nighttime observations. Merger LRF provide exceptional image quality even in adverse weather conditions (fog, smog, rain) and beyond obstacles like branches, tall grass, dense foliage, etc. known to hinder target detection. Merger LRF devices do not require an external light source and are not affected by bright light exposure. These binoculars are equipped with a precise built-in laser rangefinger capable of measuring distances up to 1000 meters accurately. Merger LRF thermal imaging binoculars are perfectly suited for night hunting, observation, trail orientation, identifying hazards, rescue operations, etc.

Features :
  • Magnesium alloy construction
  • 2300 Meter thermal detection range
  • 640x480 Resolution sensor
  • AMOLED HD Display with 1024x768 resolution
  • 1024x768 Video resolution
  • 64GB of built-in memory
  • Built in laser rangefinder with range of up to 1000 meters
  • 2.5-20X Magnification
Additional Information
Power:
2.5-20X
Model:
Merger LRF XL50
Manufacturer Part #:
PL77481
Type:
Binocular
Objective:
50mm
Subcategory:
Night Vision & Thermal Optics
Color:
Black
Talo Exclusive:
N
Items Per Case:
0
Items Per Unit:
0
Case Weight:
0.00
Case Width:
0.00
Exlusive:
N
Allocated:
N
Coming Soon:
N
Ground Only:
N
NFA:
N
Hazard Warning:
WARNING: This product can expose you to chemicals including Nickel/Nickel Compounds, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information, go to www.P65Warnings.ca.gov
Dropshippable:
N
Case Height:
0.00
Case Length:
0.00
New Item:
N
LeResale Only:
N
UoM:
EA
DropShip Block:
N
Closeout:
Y
Department Name:
Optics