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Hey everyone, time again for a more long-format educational piece, this time we begin taking a look at thermal camouflage.
The next video is where we get to specific testing, but for now, there's roughly an hour worth of information that needs to be understood. Otherwise, the testing won't make much sense. We're really trying to be as scientific as possible when exploring thermal camouflage, rather than just showing what something looks like. Shelter movment, deployment, weight, time, weather, and a variety of other factors are super important for measuring success.
But above all, tactics and operational choices are far more important for evading thermal sensors, which we hope to drive home as this series continues.
So far, we've got at least two more videos in this series planned, but we may combine or separate topics as we go along. Plans will probably change as we get a good baseline of data.
The next video after this one will be a brief, I think. I'm still working on that at the moment. Lots of work to be done; going to be a busy year, that's for sure!
Disclaimer:
No company sponsored this video. In fact, we have no sponsors. We are funded 100% by you, the viewer. All of the equipment and materials used in this video were purchased by us with our own personal funds. As such, we have no financial incentive to recommend certain brands or products, and none of the companies mentioned in this video were given prior notice that we would be featuring their products. We are happy to help companies develop better products, but we must maintain neutrality in order to ensure the longevity of this content. Specific gear comes and goes, but doctrine lasts a lifetime.
We take this unique approach to encourage a more educational perspective, rather than getting caught up in the tiny details of gear that sometimes overwhelms the tactical community and warfare doctrine in general.
This content is purely educational and does not advocate for violating any laws. Do not violate any laws or regulations. This is not legal advice. Consult with your attorney.
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Table of Contents
Timecode | Title |
---|---|
00:00:00 | - Introduction |
00:03:23 | - How Optical Sensors Work |
00:04:21 | - "Invisible Light" |
00:09:58 | - Quantum Phyics Simplified |
00:11:04 | - How Thermal Sensors Work |
00:14:59 | - Detection, Recognition, Identification |
00:18:00 | - Key Takeaway |
00:20:00 | - Is it Worth it? |
00:23:23 | - Deception Basics |
00:27:17 | - A Game of Cat and Mouse |
00:28:20 | - Weather |
00:32:54 | - NIBs |
00:39:48 | - Adversary's Training and Equipment |
00:42:46 | - Factors of Recognition |
00:44:04 | - Position |
00:47:54 | - Shape |
00:52:00 | - Movement |
00:54:53 | - Additional Thoughts |
00:57:24 | - Commercial Warnings |
01:01:29 | - Closing Thoughts |
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Just saw that Holosun is releasing two thermal optics this year, one higher resolution - might be good as a baseline, and reasonably affordable.
Wouldn't flowing/running water be useful for concealment from thermal sensors? For example, at 52:45 that appears to be water on the left, and that looks like a frightful mess. Also, is there any information on using IR lasers or other methods to blind / damage sensors?
The social media influencer comment was spot on, especially in the prepping community.
What's your opinion of Callwell's Small wars?
Thomas Shirley's S2 in Action focuses on Combat Intelligence through Reconnaissance, What do you think are the take aways from Shipley's Book?