Videos tagged with Boeing 737

This short highlights the apparent contradiction in airline security, where passengers face strict checks for prohibited items, yet are later served real metal knives on board. Nikko Ortiz questions this logic, pointing out the availability of a serrated stainless steel butter knife after clearing security. The video uses humor to critique the effectiveness of current airport security measures.

This video features Nikko Ortiz expressing extreme anxiety about airplane turbulence, describing airplanes as 'metal death traps.' He reacts to viral footage of turbulent flights, discusses his habit of reviewing safety pamphlets, and highlights the stress caused by other passengers' reactions. The content is primarily entertainment-focused with minimal technical firearm information.

This video tests the ballistic resistance of an airline service trolley against 9mm and 10mm handgun rounds. The trolley, filled with soda cans, offered some protection, with the 9mm being stopped by the trolley's internal structure in one instance, while the 10mm penetrated more readily. The test highlights the variable protection offered by common aircraft cabin items.

This video demonstrates the ballistic resistance of Boeing 737 cockpit windshields against various high-powered firearms and calibers, including .50 BMG, 9mm, .458 SOCOM, .308, 5.7x28mm, and .44 Magnum. The tests, conducted by Edwin Sarkissian, show the impressive durability of the aviation-grade glass, with most rounds being stopped or significantly impeded. The experiment highlights the structural integrity of the windshields, even when subjected to powerful rifle rounds.

This entry details the ballistic testing of a Boeing 737 emergency exit door, conducted by firearms enthusiast Edwin Sarkissian. The tests involved various calibers (.22 LR, 9mm, .50 AE) fired from firearms like the Glock 19X and Desert Eagle. The analysis reveals the door's construction and its limited ballistic protection capabilities, highlighting the importance of safety equipment during such tests.