5.56 Gatling gun Gun at SHOT Show 2026 💥

Published on March 31, 2026
Duration: 1:12

This video showcases a 5.56 hand-crank Gatling gun constructed using 3D printed parts and off-the-shelf AR-15 components. The creator highlights the affordability, costing approximately $1,200, with the majority of the cost attributed to AR-15 parts like barrels and bolt carrier groups. Plans for the 3D printed chassis are available for free online, with a few inexpensive proprietary components required from nopelyzero.com.

Quick Summary

A 5.56 hand-crank Gatling gun can be built for approximately $1,200, utilizing a 3D printed chassis and standard AR-15 parts. Free plans for the chassis are available from nopelyzero.com, with a few inexpensive proprietary components also required.

Chapters

  1. 00:00Introduction to 5.56 Gatling Gun
  2. 00:08Cost Breakdown of the Gatling Gun
  3. 00:16AR-15 Parts and 3D Printed Chassis
  4. 00:26Availability of 3D Printed Plans
  5. 00:37Component Sourcing from Nopelyzero.com
  6. 00:46Delinker and Belt-Fed Operation
  7. 00:55Gatling Gun Firing Demonstration
  8. 01:03Viewer Engagement: Would You Buy?

Frequently Asked Questions

What is the approximate cost to build a 5.56 hand-crank Gatling gun?

The estimated cost to build this 5.56 hand-crank Gatling gun is around $1,200. This price point is achieved by using a significant number of standard AR-15 parts, which account for roughly $1,000 of the total cost.

How is the chassis of this 5.56 Gatling gun constructed?

The chassis for this 5.56 Gatling gun is entirely 3D printed. This allows for accessible fabrication of the core structure, making the build more feasible for DIY enthusiasts.

Where can I find the plans for the 3D printed Gatling gun chassis?

The plans for the 3D printed chassis of this 5.56 Gatling gun are available for free online. They can be found on the website nopelyzero.com.

What kind of ammunition does this Gatling gun use, and how is it fed?

This Gatling gun fires 5.56 ammunition and is belt-fed. It features a delinker mechanism, allowing it to accept a 5.56 belt and be operated by a hand crank.

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