Hello everyone, I am from Asia and I have been a fan of this forum. Recently, I have started to try DIY projects. As English is not my native language, I am using GTP for translation.
I will try my best to describe text using images.
This is an anatomy diagram that shows the trigger mechanism principle.
GGTD simulation and subsequent real-world testing were nearly identical
3D Printed 2000psi Air Bow
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- jackssmirkingrevenge
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I think new users have to be manually approved and therefore there might be a delay between post date and the day it is actually visible.
Welcome to the forum and excellent work! Are you using commercially available airgun parts? I've noticed there are quite a few valve units, regulators and tanks available on eBay.SnooBeans 3523 wrote: ↑Mon Jan 01, 2024 1:52 amHello everyone, I am from Asia and I have been a fan of this forum. Recently, I have started to try DIY projects. As English is not my native language, I am using GTP for translation.
hectmarr wrote:You have to make many weapons, because this field is long and short life
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Thanks for the comments,I will record videos when I have time.
Here are some pictures of my recent work.
Yes, around 2013, I purchased valve components, but I didn't have time to complete the project as I was still in high school.jackssmirkingrevenge wrote: ↑Sun Jan 21, 2024 1:00 pmWelcome to the forum and excellent work! Are you using commercially available airgun parts? I've noticed there are quite a few valve units, regulators and tanks available on eBay.
Main valves and CO2 fire extinguisher valves have similar functions, and their stems can also be interchangeable.
Last year, I found these valve devices again in the trash bin. Although the rubber O-rings were damaged, I restored the airtightness by using 3D printing with TPU.
I came across some potential designs on other forums that utilize soda canisters and fire extinguisher valves. I'm really excited to work on the next design using these readily available valves.