AGM ASP Micro TM160 1X

AGM Global Vision Asp-Micro TM160 Short Range Thermal Imaging Monocular 160x120 25Hz Black 6.3 2.4 2.2. Scan at night to detect animals using thermal imaging such as hogs deer coyotes and more Search and Rescue teams and law enforcement can also use these Thermal Imaging Monoculars when searching for people by looking for a heat signature. The device realizes the distance measurement function after marking the top and bottom of the target and inputting the target height. The monocular is handheld so it is easier to use than scanning with your rifle. The monocular also has built-in memory so you can record video and take screenshots of what you're shooting. The next time you're outdoors make sure that you bring along the AGM Global Vision Asp-Micro Handheld Observational Thermal Monocular. Refurbished Units Only Include 1 Year Warranty Specifications for AGM Global Vision Asp-Micro 160x120 Short Range Thermal Imaging Monoculars: Manufacturer: AGM Global Vision Color: Black Magnification: 0.5 x 0.5 - 2 x Resolution: 120x160 pixels Field of View Angle: 15.61 - 11.74 degrees Battery Type: Rechargeable Lithium-Ion Battery Battery Life: 7 hours Length: 6.3 in Width: 2.4 in Height: 2.2 in Condition: New Refresh Rate: 25 Hz Operating Temperature: -20 - 55 Celsius Weight: 270 g Water Resistance Level: IP67 Battery Quantity: 1 Reticle: No Reticle Diopter Adjustment Range: -6 - 4 dpt Features of AGM Global Vision Asp-Micro 160x120 Short Range Thermal Imaging Monoculars 160120 or 384288 resolution high sensitivity detector Adaptive AGC DDE 3D DNR 720540 resolution LCOS display Built-in rechargeable Lithium battery More than 7 hours continuous running (with Wi-Fi hotspot function off) Wi-Fi hotspot Type-C interface Limited 3-year warranty Package Contents: AGM Global Vision Asp-Micro 160x120 Short Range Thermal Imaging Monoculars USB Cable Wrist Strap Packing Box Operators Manual Lens Tissue AGM Global Vision 3093251001AM10: Asp-Micro TM160 Short Range Thermal Imaging Monocular 160x120 25Hz Black 6.3 2.4 2.2