We can do many things with thermal monoculars because of their abilities to see farer and better than human eyes.
As a result, we have numerous gadgets that have made it possible to see both in the dark and during the day.
Some of the monoculars include AGM Global Vision ASP-Micro TM160 vs Flir Scout. If you want to the differences between these two, we have made it easier for you.
Table of Contents
AGM Global Vision ASP-Micro TM160 vs Flir Scout
AGM Global Vision ASP-Micro TM160
The Asp-Micro handheld observational thermal monocular is comes with a 160×120 infrared detector and a 720×540 LCOS display.
The monocular can support functions of observation, distance measurement, Wi-Fi hotspot, highest temperature target tracking, and so on.
It is equipped with high-sensitivity built-in thermal detector for clear view in darkness. The applications include drug enforcement, patrolling, law enforcement, anti-smuggling, criminal seizing, searching and rescuing, hiking, travel, and hunting, etc.
· Distance Measurement: It can realize distance measurement function.
- Hot Spot Mark: It detects and marks the hot spot of highest temperature.
- Mode Switch: It can support pallet switch and distance measurement.
- Storage: The gadget has built-in memory module supports video recording/snapshot capturing.
- Digital Zoom: It can use 1×, 2×, and 4× digital zoom.
- Wi-Fi Hotspot: It can capture snapshots, record videos, and set parameters via APP.
FLIR has become a leading producer of thermal cameras and thermal imaging sensors.The technology is relatively expensive because of its functionalities.
FLIR produces consumer devices that offer thermal imaging. The Scout TK, FLIR’s thermal vision monocular can show details of soundings.
It can equally aid you to see people, objects and animals up to 100 yards away.
|Self-contained thermal camera.||Thermal technology is still expensive|
|Scope style body for intuitive use.||Gallery display is small and does not play back video.|
|Wide range of useful palettes.||USB data transfer seems to be USB 1.0 speed.|
|Excellent battery life.|
|Records images and video.|
|Robust, easy to use design.|
TM60 vs Flir Scout TK
The Asp-Micro TM160 Thermal Imaging Monocular from AGM is a compact optic that uses heat signatures for viewing and recording images in the dark.
The FLIR Scout TK is a pocket-sized thermal vision monocular that can view over 100 yards (90 m) away
Also, the ability to deploy in low-light conditions while utilizing a night vision device (NVD) can provide a tremendous advantage in a tactical situation.
How do you reset FLIR Scout TK?
- Tap the touch screen to show the menu bar.
- Select Settings (gear button).
- Select Device Settings.
- Select Reset Options.
- Select Reset device settings to factory default
How far can you see with a FLIR Scout?
The FLIR Scout TK is a pocket-sized thermal vision monocular that reveals surroundings and helps people to see things over 100 yards (90 m) away.
What does FLIR stand for?
The term FLIR stands for the Forward Looking InfraRed. The FLIR originated in the course of the further development of the infrared camera at the beginning of the 1960s.
Can FLIR see through water?
Yes. Water can block a lot of infrared wavelengths, much as an opaque barrier blocks visible light wavelengths.
Infrared sensors can’t ‘see’ through any significant depth of water, because the waves it detects don’t pass through water easily.
Is 12 microns better than 17 microns?
12 μm is stronger than 17 μm. Compared to the 17 μm, the 12 μm detector for thermal monocular has a lot of advantages.
Surprisingly, the observation distance between a 12 μm detector with a 25 mm lens monocular and a 17 μm detector with a 35 mm lens monocular proved to be the same.
In addition, it was also noted that when these monoculars use both the 25 mm lens, the observation distance of the 12 μm detector is 30% more than that of the 17 μm detector.
- The material which is used for the 12 μm detector is VOx. The VOx has more significant advantages over a-Si.
- NETD is less than 40mK, 14-bit digital output is supported.
- It has higher sensitivity and is very easy to use,
- In comparison with IRay products, it keeps the primary competitive advantages
Presently, there has been mass production of the IRay 12 micron 1280×1024, 640×512, 384×288, and 256×192 full range detectors
- It has a 14-bit digital output;
- It is available in Wafer level packaging (WLP);
- This resolution offers a standard I2C interface;
- Support 5V/1.8V standard voltage and support MCU-based application solutions;
- The power consumption is less than 60mW under typical operating conditions
- It comes with supporting detector Evaluation Kit which can also be customized according to the user’s preferences
- This is available with ceramic or wafer level (WLP) packages;
- 14-bit digital output;
- It has a frame rate of up to 60Hz
- The power consumption of 640 and 384 array products is less than 150mW and 100mW respectively under typical working conditions,
- NETD≤40mK (@f/1.0, 50Hz, 300K);
- Support for TEC-less and shutter-less applications.
- It comes with a supporting detector Evaluation Kit which can also be customized according to the user’s preferences
Resolution 1280×1024,12 μm
- It has a very large FPA ,XGA high resolution detector;
- The Frame refresh rate is up to 60Hz ;
- The typical power consumption is less than 350mW;
- NETD < 40mK (@f/1.0, 30Hz, 300K); 14-bit digital output.
- It comes with a Supporting detector Evaluation Kit which can also be customized according to the user’s preferences
Is the FLIR Scout TK worth it?
The FLIR Scout TK hand held thermal imager is great if you are using in close ranges. Also, you will like it if want to detect a heat source but do not identify it.
If you are looking for a thermal that for looking at wildlife at short distances or if you need to detect very large heat signatures such as fires large animals.
The Scout TK series can take up to 4 to 5 hours of operating time. These units can also be powered/charged with an external battery pack.
Finally, the monocular you pick depends on what you want to achieve. Each of the monocular models we listed has its pros and cons.
A great place to learn more about these products is to read user experience.