Videos tagged with Nielsen Device

This guide details the process of installing a suppressor on modern semi-automatic pistols featuring a tilting barrel mechanism. It emphasizes the critical role of the Nielsen device (piston) in maintaining proper firearm cycling despite the added weight of the suppressor. Proper preparation, including removing barrel O-rings, and maintenance, such as lubricating the piston with white lithium grease, are highlighted for reliable operation. The instruction comes from Justin at Palmetto State Armory, demonstrating expertise in firearm accessories.

This range day vlog features expert insights from Tony D2Wild on testing various firearms and suppressors. Key takeaways include the importance of proper suppressor mounting techniques, such as using boosters for tilting barrels and spacers for fixed barrels, to ensure reliability and safety. The video also highlights the modularity and versatility of suppressors like the Griffin Armament Verse 36 across different platforms and calibers.

This video explains the function of Nielsen devices (also known as booster systems or linear inertial decouplers) in suppressed semi-automatic pistols. It clarifies how these components allow a pistol to cycle reliably when a suppressor is attached, avoiding complex theory and focusing on practical visual explanations. The content aims to help viewers understand terminology used in reviews and product descriptions, promoting responsible gun ownership and safety.

The Nielsen device, or recoil booster, is crucial for reliable semi-automatic pistol function with suppressors on recoil-operated firearms. It decouples the suppressor's mass, allowing the barrel to cycle properly. Simple blowback pistols and some delayed blowback designs do not require them, but most modern 9mm pistols benefit significantly. Demonstrations show a Glock failing without a booster but cycling perfectly with one.

The Nielsen device, also known as a booster, is crucial for the reliable cycling of recoil-operated handguns when suppressed. It temporarily decouples the suppressor's mass from the barrel using a spring-loaded piston, allowing the firearm's action to cycle correctly. This prevents the added weight and back pressure of the suppressor from impeding the slide's rearward travel.

This video explains a technical firearm issue, specifically why a pistol jammed when a silencer was attached. It highlights the necessity of using a booster or Nielsen device for tilt-barrel pistols with suppressors to ensure proper cycling. The description also clarifies that the firearm used in the CEO shooting incident was not a VP9 or Welrod, addressing potential misinformation.

This video debunks media claims about the firearm used in the UHC CEO assassination, identifying it as a 3D-printed Glock 19, not a B&T Station Six. It details the mechanics of the 3D-printed suppressor, explaining why it failed to cycle the slide due to the absence of a Nielsen device. The analysis concludes by recreating the shooting sequence, matching the shooter's movements to the manual racking required by the malfunctioning setup, and criticizes 'ghost gun' fear-mongering.

This video analyzes the assassination of CEO Brian Thompson, focusing on the alleged shooter Luigi Mangione's background and the firearm used. Brandon Herrera debunks media claims about the weapon, identifying it as a Glock with a 3D-printed frame and suppressor, explaining its failure to cycle due to the lack of a Nielsen device. The discussion also touches on the social impact and potential legislative consequences for suppressor use.

This analysis breaks down the malfunction of a suppressed Glock during the United Healthcare CEO shooting. The primary cause identified is the absence of a suppressor booster (Nielsen device), crucial for tilting-barrel handguns to cycle with added suppressor weight. The video demonstrates the critical need for thorough gear testing to ensure reliability, especially for self-defense.

This video explores the evolution of Brügger & Thomet (B&T) suppressors, from early prototypes to modern 3D-printed designs. Key developments include the Star Baffle, the Impuls-IIA with its Nielsen device for reliable cycling, and the Rotex series featuring robust mounting systems. The discussion highlights B&T's role as an OEM and their innovative RBS technology for reduced back pressure, culminating in the lightweight, advanced PrintX line utilizing additive manufacturing.

This review tests the Palmetto State Armory (PSA) Rock pistol in 5.7x28mm using a 5.56mm rated Griffin Armament Optimus Micro suppressor without a booster. The pistol, equipped with a Holosun 507K X2 optic, demonstrated reliable cycling and lock-back on an empty magazine, even with the suppressor's booster removed. This indicates good compatibility and robust performance for the PSA Rock in this configuration.

This video explains the critical role of the Nielsen device (booster) for reliably cycling suppressed semi-automatic pistols with tilting barrels. Without it, the added weight of a suppressor prevents proper slide action, leading to malfunctions like stovepipes. The host demonstrates this failure on a Glock and highlights firearms that do not require a booster, such as fixed-barrel pistols and rifles.