Kraut Space Magic: the H&K G11

Published on December 25, 2018
Duration: 31:58

This guide details the operational features of the H&K G11 K2, a prototype assault rifle known for its caseless ammunition and unique rotating drum bolt. It covers the selector settings, magazine capacity, integrated optics, and the internal action designed for recoil management during high-rate-of-fire bursts. Expert insights from Ian McCollum highlight the historical context and technical innovations of this advanced firearm.

Quick Summary

The H&K G11 K2 is a prototype assault rifle celebrated for its innovative caseless ammunition and rotating drum bolt. It features a 3-round burst at 2000 RPM with advanced recoil management and an integrated 1x optical sight, though its development was impacted by geopolitical changes.

Chapters

  1. 00:00Introduction to the H&K G11
  2. 01:58Caseless Ammunition and Drum Bolt Mechanism
  3. 03:55Challenges of Caseless Ammo
  4. 06:31NATO Trials and the ACR Program
  5. 09:43The G11 K2 Model Features
  6. 13:17Internal Action and Recoil Management
  7. 18:14Program Cancellation

Frequently Asked Questions

What is the H&K G11 K2 known for?

The H&K G11 K2 is renowned for its pioneering use of caseless ammunition and its unique rotating drum bolt mechanism. It also features a high rate of fire in burst mode and an integrated optical sight.

How does the H&K G11 K2 manage recoil with its high rate of fire?

The G11 K2 employs an internal action where the barrel and bolt assembly reciprocate within the outer shell. This design delays the felt recoil until after the burst is completed, enhancing shooter control.

Why was the H&K G11 program ultimately cancelled?

Despite being technologically advanced and even certified for adoption, the G11 program was cancelled due to the fall of the Berlin Wall and German reunification, which reduced the perceived need for such a high-cost, advanced weapon system.

What were the main challenges with the G11's caseless ammunition?

Caseless ammunition is inherently fragile and lacks a metal case to act as a heat sink. This increases the risk of propellant degradation, cracking, and 'cook-offs' due to chamber heat, requiring specialized propellants.

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