Videos tagged with Cycle of Operations

This guide explains the critical role of the AR-15 buffer system in rifle function, covering its components, history, and tuning capabilities. It details how buffer weight and advanced upgrades like hydraulic or captured spring systems can optimize performance, mitigate malfunctions like bolt bounce, and reduce felt recoil. Instruction is provided by an expert with high technical knowledge of AR-15 mechanics.

This guide details the eight stages of the AR-15's cycle of operations, from feeding to cocking, and provides troubleshooting tips for each phase. Understanding these mechanics is crucial for diagnosing and resolving malfunctions, ultimately making a shooter more competent and familiar with their rifle. The video emphasizes a holistic approach to understanding firearm function for effective problem-solving in the field.

This video simplifies the AR-15's cycle of operations, emphasizing the importance of mastering fundamentals for building reliable fighting carbines. The presenter uses a relatable analogy to explain the mechanical process of how the firearm functions, highlighting the need for consistent performance ('the pew needs to pew every time you press pew'). This instructional content aims to provide a foundational understanding of the AR-15's mechanics.

This video clarifies the fundamental difference between revolvers and semi-automatic firearms, emphasizing that revolvers require manual operation for each stage of the firing cycle, unlike semi-automatics which use firearm energy to auto-load. The instructor highlights that terms like 'semi-auto' refer to the firearm's mechanical operation.

This guide breaks down the complex firing cycle of the AK47, from trigger pull to spent casing ejection and re-chambering. It details the gas-operated system and the mechanics differentiating semi-automatic from full-automatic fire, utilizing 3D animations for clarity. The explanation is provided with high authority by Polenar Tactical.

This video provides a foundational understanding of pistol nomenclature and the cycle of operations. It breaks down key external parts of common pistols, including the grip, slide, trigger, trigger guard, magazine release, and slide stop. The explanation extends to ammunition components like the case, projectile, and primer, and the function of the magazine follower. Finally, it details the step-by-step process of a pistol's cycle of operations, from chambering a round to ejection and re-chambering.

This guide details the operation of a Glock G17 Gen 4's 'Safe Action' system using a cutaway model. It explains the function of the three internal safeties (trigger safety, firing pin block, drop safety) and how they disengage sequentially during the trigger pull. The guide also illustrates the unlocking process, extraction, ejection, and re-chambering cycle, emphasizing the importance of understanding these mechanisms for troubleshooting and safe handling.

This video provides a detailed explanation of the M16A1 rifle's cycle of operations using a cutaway model. The instructor, with extensive experience in forensic firearms examination and armor training, walks through each stage from firing to feeding, chambering, and locking. The demonstration highlights the function of key components like the bolt carrier group, gas system, extractor, ejector, and trigger mechanism, offering valuable insights for understanding how semi-automatic firearms function.