NEW KALASH!!!!!!

This comprehensive review of the Zastava ZPAP M90 highlights its impressive performance as a 5.56 AK variant. The firearm demonstrated reliability over 1,000 rounds, featuring a chrome-lined barrel, adjustable gas block, and attractive Serbian redwood furniture. It excels as both a fun range toy and a viable defensive platform due to its manageable recoil, accuracy, and cost-effectiveness with .223/5.56 ammunition.

This video presents a unique, one-of-one Zastava M90 rifle, customized with a 'Yoki Gang Pink' stock and handguard, gifted to the presenter at SHOT Show 2024. The review highlights the rifle's performance in 5.56x45mm NATO/.223 Remington, noting its smooth operation, manageable recoil compared to 7.62x39mm AKs, and overall reliability across different ammunition types. The presenter emphasizes its suitability for new shooters, particularly women, due to its handling characteristics.

This video argues for the merits of the 5.56 AK platform, highlighting its advantages over traditional 7.62 AKs. The speaker emphasizes that the 5.56 AK retains the classic AK look and legendary reliability while offering cheaper, lighter, and more accurate ammunition. The widespread availability of 5.56 NATO ammunition, in various types like steel and brass case, for both range and defensive use, is a key benefit.

This video showcases three distinct 5.56 AK platforms from the personal collections of hosts Mark (Fit'n Fire) and Klay (Klayco47). The discussion highlights the Zastava M90's Serbian origin, tunable gas block, and extensive aftermarket support. It then delves into the Polish Beryl, emphasizing its status as a true NATO AK with proprietary parts and a unique optic mounting system. Finally, the rare Bulgarian AKM 5.56 ban-era build is presented as a highly sought-after collectible, showcasing its historical significance and unique features.

This video from Palmetto State Armory discusses the advantages of 5.56 AK platforms, particularly in light of increasing difficulty in finding 7.62x39 and 5.45x39 ammunition. The presenter highlights models like the AK-102 and AK-101 as viable options for AK enthusiasts who want to continue shooting their platforms.

This comprehensive buyer's guide covers a wide range of 5.56 AK platforms, from budget-friendly options like Palmetto State Armory and Pioneer Arms to higher-end imports like WBP, Zastava, and Arsenal. It details price points, technical specifications, magazine compatibility, aftermarket support, and historical context for each model. The guide also touches on rare used market finds and expensive boutique builds, offering insights into value, reliability, and overall performance for each firearm.

This guide details how to create DIY 'AR Fast Mags' by coupling two AR-15 magazines using a Zyn tin as a spacer and Goon Tape for adhesion. The process involves securing the spacer between two magazines and wrapping them tightly to create a stable unit that allows for faster reloads. The video demonstrates successful insertion and function in an AR-15 lower receiver.

This guide details how to create a 'Triple Flip Mag' for an AR-15 using readily available magazines and Goon Tape. The modification allows for a rapid transition between three loaded magazines, enhancing reloading speed in tactical or competitive scenarios. The video demonstrates a practical application of this accessory, showcasing its functionality with an AR-15.

This guide details how to create a coupled AK magazine setup using Goon Tape, a technique demonstrated by MuzzleBroke. It emphasizes proper alignment and secure taping to ensure reliable function for enhanced reloading speed, particularly useful for EDC applications.

This video demonstrates the functionality of AK 'flip' magazines, debunking the myth that rounds will fall out when inverted. Using a Romanian RPK, the creator shows that coupled magazines remain secure even during rapid fire, aided by a Forced Reset Trigger (FRT). The demonstration confirms the practical application of this magazine configuration for enhanced reloading efficiency in certain scenarios.