The Most Expensive Bullet in the World

Published on August 22, 2019
Duration: 12:45

This guide details a technique for recovering the tungsten core of specialized ammunition, like the Raufoss Mk 211, after firing it through a target medium. It involves setting up paper stacks and a cinder block barrier to capture the projectile. The video showcases this experimental process with high-caliber firearms, demonstrating the projectile's penetration capabilities. Instruction is provided by Edwin Sarkissian, who exhibits high expertise in experimental firearms and ammunition testing.

Quick Summary

The Raufoss Mk 211 .50 BMG round is one of the world's most expensive bullets, costing $65-$125 each. It features a tungsten core and an APIHE tip for superior armor penetration and terminal effects. Tested using Serbu BFG-50 rifles, its recovery involved firing through paper and a cinder block to demonstrate its power.

Chapters

  1. 00:00Introduction to Raufoss Mk 211
  2. 01:21Serbu BFG-50 & BFG-50A Overview
  3. 02:37First Shooting Test: Paper Penetration
  4. 03:24Damage Assessment & Core Search
  5. 05:12Second Test Setup: Cinder Block
  6. 08:36Recovering the Tungsten Core
  7. 10:06Comparison with Tracer Round

Frequently Asked Questions

What makes the Raufoss Mk 211 one of the most expensive bullets in the world?

The Raufoss Mk 211 .50 BMG round is exceptionally expensive due to its complex construction, featuring a tungsten core and an Armor-Piercing Incendiary High Explosive (APIHE) tip. Its cost ranges from $65 to $125 per round, reflecting its specialized military-grade capabilities for penetration and terminal effects.

What rifles were used to test the Raufoss Mk 211 bullet?

The video features two rifles from Serbu Firearms: the BFG-50, a single-shot break-action rifle, and the BFG-50A, its semi-automatic counterpart. Both are chambered in .50 BMG, making them suitable for testing high-caliber ammunition like the Raufoss Mk 211.

How was the tungsten core of the Raufoss Mk 211 bullet recovered?

To recover the tungsten core, the Raufoss Mk 211 round was fired through multiple stacks of copy paper, with a cinder block placed as an intermediary barrier. This setup was designed to capture the heavy tungsten penetrator after it passed through the initial target materials.

What is the primary purpose of the Raufoss Mk 211 round?

The Raufoss Mk 211 is designed for extreme penetration against hardened targets, combined with incendiary and high-explosive effects. Its tungsten core allows it to pierce armor, while the specialized tip ensures significant terminal damage upon impact.

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