Curving a Bullet in Insane Ways!!!

Published on August 31, 2020
Duration: 15:26

This guide details an experimental technique for observing how bullets travel through extended, curved paths using flexible conduit. It covers setup, firearm selection, firing procedures, and safety considerations, demonstrating the potential for bullets to navigate complex bends. The experiment utilizes a Magnum Research Desert Eagle 1911G in .45 ACP to test bullet trajectory over distances up to 250 feet.

Quick Summary

This ballistic experiment demonstrates guiding bullets through extensive flexible conduit paths up to 250 feet, featuring a Magnum Research Desert Eagle 1911G in .45 ACP. The tests show bullets can navigate complex bends, though initial setups faced challenges with pipe integrity under extreme stress.

Chapters

  1. 00:00Intro and Mourning Goldie
  2. 01:08New Van Purchase
  3. 01:36Curving Bullets Experiment Part 2
  4. 03:1560-foot Curved Pipe Setup
  5. 03:57Magnum Research Desert Eagle 1911G
  6. 04:2660-foot Pipe Test Fire
  7. 05:04Sponsor Segment: DraftKings
  8. 05:55110-foot Pipe with Loop
  9. 06:53110-foot Pipe Test Fire
  10. 08:06140-foot Pipe Pretzel Setup
  11. 10:01140-foot Success and Bullet Recovery
  12. 11:25250-foot Final Challenge
  13. 12:53250-foot Pipe Test Fire

Frequently Asked Questions

How far can a bullet be curved using flexible conduit?

In this experiment, bullets were successfully guided through flexible conduit setups reaching up to 250 feet in length, navigating multiple complex bends and loops, demonstrating significant deviation from a straight trajectory.

What firearm was used in the bullet curving experiment?

The experiment primarily utilized a Magnum Research Desert Eagle 1911G pistol chambered in .45 ACP. This semi-automatic firearm was chosen for its reliability in propelling bullets through the experimental conduit paths.

What are the risks of attempting to curve bullets through pipes?

Attempting to curve bullets through pipes carries significant risks, including potential pipe blowouts, unpredictable bullet trajectories, ricochets, and firearm malfunctions. Safety precautions like remote firing and protective gear are crucial.

Can a bullet actually curve in flight without a guide?

A bullet fired from a rifled barrel follows a relatively straight path, with minor deviations due to gravity and wind. The "curving" observed in this experiment is achieved by physically guiding the bullet's path through a bent conduit, not by altering its aerodynamic flight.

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