Videos tagged with Flex Seal

This video details a DIY challenge to bulletproof car doors using readily available materials like porcelain tiles, construction adhesive, and fiberglass. The creators tested various configurations against multiple calibers, from 9mm to .308 Winchester. Key takeaways include the effectiveness of a three-tile stackup with matte finish porcelain, the superior performance of Loctite construction adhesive over Liquid Nails, and the significant benefit of a fiberglass layer for multi-strike capability. The Flex Seal was found to be less effective at holding fragmented materials together.

This video details an experiment testing the performance of custom slugs made from Flex Seal liquid rubber fired from a GForce Arms 12 Hammer shotgun. The test includes accuracy and energy assessments using paper targets and water bottles, followed by a ballistic gel impact test. The results highlight significant safety concerns, particularly the risk of dangerous ricochets, leading to a strong recommendation against using Flex Seal for ammunition.

This video from Tática Civil explores the ballistic resistance of a solid block of Flex Seal, testing its effectiveness as potential body armor. Using a Hammer 12 shotgun, a Volquartsen .22 LR pistol, and a Walther .380 ACP pistol, the experiment demonstrates that Flex Seal does not provide adequate protection against firearm projectiles. The presenter, with high authority in gear testing, also showcases EDC equipment like the Vertx 2.0 Fanny Pack.

This video title, "$100 Flex Seal BODY ARMOR???", and description, which includes hashtags like #guns, #ammo, and #shotguns, suggests a review or experiment testing the ballistic resistance of body armor made with Flex Seal. The content likely focuses on DIY or budget-friendly personal protective equipment related to firearms, potentially comparing it to traditional body armor or testing its effectiveness against common ammunition. The price point indicates a focus on affordable solutions or a challenge to see if a low-cost material can offer protection.

This video details an experiment where the creators built their own body armor using layered hex tiles and Flex Seal. They then proceeded to test its effectiveness against various firearms, including .308, 5.56, .45 ACP, 9mm, .380 ACP, .22 Short, and shotgun slugs. The results consistently showed that the homemade armor failed to stop any of the tested projectiles, with most rounds penetrating all layers.

This guide outlines 15 essential items for SHTF repair preparedness, emphasizing self-sufficiency due to potential supply chain disruptions. It covers a wide range of materials including tapes, adhesives, cordage, tarps, sealants, fasteners, and lubricants. The advice comes from SensiblePrepper, who demonstrates high authority in the survivalist community with practical, experience-based recommendations for maintaining gear and structures.

This experiment tests the effectiveness of filling hollow point bullet cavities with Flex Seal liquid rubber to improve expansion through barriers. Results show that the Flex Seal modification surprisingly aids consistent expansion through soft barriers like heavy clothing, with the rubber dispersing into fragments. While successful in many tests, hard barriers like plywood still posed challenges for expansion.

This guide details the expert techniques for constructing and selecting sites for emergency caches, drawing on the experience of retired Green Berets. It covers container preparation using PVC and ammo cans, emphasizing waterproofing and long-term sealability. Crucially, it outlines tactical site selection to avoid detection and provides methods for emplacement, including defeating metal detectors. The importance of a comprehensive cache report for recovery is also stressed.

This video from Brandon Herrera's 'Will It AK?' series tests the extreme resilience of an AK-47 platform. Using household items like hair gel, toothpaste, and Flex Seal, the AKG-47 demonstrates remarkable reliability, cycling through a full magazine even after being coated in these substances. The tests highlight the robust nature of the AK design, though they also underscore the increased cleaning challenges presented by such applications.

This video from DemolitionRanch, featuring Matt Carriker, tests the ballistic resistance of a homemade Flex Seal armor. While it shows some promise against lower-power rounds like .410 birdshot and .22 Short, it fails dramatically against high-velocity 9mm +P hollow points. The experiment highlights the limitations of improvised armor against modern handgun ammunition.

This video from DemolitionRanch, featuring firearms expert Matt Carriker, tests the ballistic resistance of Flex Tape when used as improvised body armor. The experiment involves layering Flex Tape onto cardboard and testing its effectiveness against .22 LR, 5.7x28mm (FN PS90), and 9mm (CZ Scorpion Evo 3 S1) rounds. The results demonstrate that even extensive layering of Flex Tape is insufficient to stop common firearm calibers, highlighting the importance of proper ballistic materials.

This video details a comprehensive test of homemade body armor constructed from mild steel and a rubber horse stall mat, demonstrating its effectiveness against various handgun rounds up to .45 ACP and 12 Gauge slugs, while highlighting its limitations against rifle calibers like 7.62x39mm. The expert-level demonstration, led by Matt Carriker, showcases safe firearm handling and a practical understanding of ballistic resistance.