Making bulletproof wood | Summary and Q&A

October 31, 2023
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Making bulletproof wood


This video explores the process of creating bulletproof wood, which involves treating and compressing wood to enhance its strength. While there are still limitations, the results are promising.

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Key Insights

  • 🌲 Wood can be treated and compressed to create densified wood, which exhibits enhanced strength and potential for bulletproof properties.
  • 🌲 The process of making bulletproof wood involves treating the wood with chemicals and subjecting it to high pressure and heat.
  • 💯 Finding suitable equipment and perfecting the compression process were significant challenges.
  • 🚄 Two layers of densified wood were not sufficient to stop a bullet, but three layers successfully resisted a 9mm bullet.


this video has been sponsored by brilliant a few years ago I was able to successfully make some transparent wood and I thought it was pretty cool while I was working on that project though I accidentally stumbled onto something else Wood related that I thought was really interesting more specifically I stumbled onto this paper published in nature a... Read More

Questions & Answers

Q: How did the creator stumble upon the idea of making bulletproof wood?

While researching transparent wood, the creator came across a scientific paper discussing the potential of making lightweight and low-cost armor using their super-strong wood. This sparked curiosity and led to the project.

Q: What were the main challenges faced during the project?

The creator faced challenges in finding suitable equipment for treating and compressing the wood. In addition, the wood's tendency to spread out and warp during the compression process presented difficulties in achieving the desired results.

Q: Did the densified wood successfully block a bullet?

The initial attempts with two layers of densified wood did not stop a bullet. However, after switching to three layers, the creator achieved success by effectively stopping a 9mm bullet.

Q: What are the limitations of the bulletproof wood created?

While the densified wood showed promise in stopping lower caliber bullets, it still requires further improvement to withstand higher caliber bullets. Additional research and experimentation are needed to enhance its effectiveness.

Summary & Key Takeaways

  • The video explores the process of making bulletproof wood by treating and compressing regular wood, aiming to create a lightweight and low-cost alternative for armor.

  • The creator follows a paper's experimental procedures and faces challenges in finding the right equipment and perfecting the process.

  • After several failed attempts, the creator successfully makes densified wood that can stop a 22 LR bullet, highlighting the potential of the concept with further improvements needed.

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