Teslong 256×192 Thermal Imaging Monocular Handheld Digital Infrared Night Vision

Short Description:

TESLONG TTS260 is a pocket-sized thermal vision monocular for exploring the outdoors at night and in lowlight conditions. TTS260 reveals your surroundings and helps you see people, objects and animals up to 1061 yards away. Simple to use, TTS 260 records still images, and is the perfect companion, thether in the back country or your own backyard.

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Product Detail

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Product advantages

1.The night vision monocular has 256x192 thermal imaging sensor and 4X digital zoom. The detection range up to 1000 yards, and the recognition distance up to 260 yards. Great Tool For Night Hunting.
2.This device's color palette offers 5 display modes - White Hot, Black Hot, Red Hot, Green Hot, Iron Oxide Hot - to help hunter identify objects more quickly & accurately.
3.The weather-resistant handheld monocular comes with 0.2-inch 720x540 LCOS display and a 4500mAh rechargeable battery, which can be worked right out of the box.
4.This Monocular has a Built-in 16GB micro SD card. Allowing you to save images into the memory card, and then transfer to a smartphone/PC via USB cable connection.

Product Features

4500mAh battery capacity and 20 hours working time
Save images and transfer to smartphone/PC via USB cable connection

The colour palette with 5 display modes: White Hot, Black Hot, Red Hot, Green Hot, Iron Oxide Hot - to help hunter identify objects more quickly and accurately.Weather Resistant, great for any environment

Use for: Night hunting, night fishing, camping, science observation, outdoor exploration, search and rescue.
With 4x magnification, up to 970m detection distance, up to 237m recognition distance.
Specifications
Infrared Sensor Resolution:256 x 192
Refresh Rate :50HZ
FOV :15º x 12º
Focus Manual Focusing and 1-4x Digital Zoom
LCOS Display: 720 x 540
Colour Palette White Hot, Black Hot, Red Hot, Green Hot, Iron Oxide Hot
Memory Card Size 16GB Micro SD
Battery Capacity 4500mAh, 20hrs Working Time

Product Specif ications

Parameter	Specifcation
Sensor Type	260×200 Infrared Sensor
Frequency Band	8-14um
Video Refresh Rate	25Hz
Focal Length	11 mm
Field of View (H x V)	15°x12°
Boot Time	<2 seconds
Zoom	1x，2x，4x
lmage Capture	Yes
Hot Spot Tracing	Yes
Video Output	Mini HDMI Port
Data Transfer	USB type-C Port
Storage Card	16GB Micro-SD
Built-In Display	720×540 LCOS display
Color Palette	lron, Red hot, White hot,Black hot,Green hot
Battery Type	Biult-in Li-lon
Battery Life (operating)	>20 hours @25 °C ( 77°F)
Operating temperature Range	-40°C to +60°c(-40°F to +140°F)
Net Weight	327g
Gross Weight	473g
Product Dimension	176mm x 69mm x 60mm
Package dimension	201 mm x 116mm x 84mm
Package Contents	Thermal Monocular, Lanyard,uSB Cable,Storage Bag

working principle

How Thermal Monoculars Work

All objects with a temperature of more than absolute zero emit thermal infrared energy and so in a nutshell these monoculars have detectors inside them are able to convert the energy contained in the infrared wavelength into a visible light display and thus are able to "see" all objects, regardless of the level of visible ambient light. For more details: How Thermal Imaging Works.

1) Resolution:

One of the most important aspects to take-away from how thermal imaging works is that each pixel you see in the view requires a separate detector (microbolometer) and thus it is understandable that in order to keep the price down, less expensive thermal imaging devices will use less of these in the array and thus will have a lower resolution than higher-end devices.

2) Monocular vs Binocular:

Another way to keep the cost of the thermal imaging device down is to essentially cut it in half. So whilst a thermal binocular will be able to capture twice as much thermal radiation as a monocular, it will also cost substantially more to make. The advantage a monocular has however is that it is far more lightweight and compact.