The SAM B.R.E Bufferless Receiver Extension MP5 End Cap transforms standard MP5 platforms by eliminating the traditional buffer system while maintaining reliable cycling. This precision-machined component allows for compact stock configurations without compromising function.
What Makes This Different
Unlike conventional MP5 receiver extensions that require buffer tubes and springs, this bufferless design reduces overall length by 2-3 inches. The system redirects gas pressure through internal channels, maintaining bolt velocity without external buffer components. This configuration proves essential for users requiring maximum maneuverability in confined spaces while preserving the MP5's legendary reliability.
Key Features
- Bufferless operation eliminates traditional buffer tube requirements
- Precision-machined steel construction with mil-spec tolerances
- Reduces overall weapon length by 2-3 inches compared to standard setups
- Compatible with HK MP5, MP5K, and clone variants
- Integrated gas redirection system maintains cycling reliability
- Threaded interface accepts standard MP5 end cap accessories
- Corrosion-resistant finish withstands harsh environments
Field testing demonstrates consistent cycling across various ammunition weights and environmental conditions. The system maintains the MP5's 600-800 rounds per minute cyclic rate while reducing muzzle rise through improved weight distribution. Law enforcement and military units benefit from enhanced maneuverability in vehicle operations and close-quarters scenarios without sacrificing the platform's inherent accuracy.
Technical Specs
- Material: Heat-treated steel construction
- Compatibility: HK MP5, MP5K, and approved clones
- Thread Pitch: Standard MP5 receiver threading
- Weight: Approximately 4.2 ounces
- Finish: Manganese phosphate coating
- Installation: Requires professional fitting and timing
- Country of Origin: United States
This receiver extension represents a significant advancement in MP5 platform optimization. Professional installation ensures proper headspace and timing for reliable operation. The bufferless design addresses length restrictions while maintaining the platform's proven performance standards.