This video likely investigates the perceived loudness of different bullets, exploring the acoustic differences between various firearm calibers or projectile types. Without a transcript, the exact firearms, calibers, or scenarios used for comparison are unknown, but the title directly suggests an audio-focused analysis of projectile sound.
This video explores how the sound of a bullet changes based on its proximity to the listener, distinguishing between the "whizz" of subsonic rounds and the "crack/pop" of supersonic rounds. The experiment involves setting targets at various distances (50, 25, 10, and 1 yard) and recording the sound of suppressed .22lr, 9mm, and 5.56mm rounds fired from 100 yards away. It demonstrates the impact of bullet speed and distance on auditory perception, featuring a Ruger Mark IV, Glock 17, and an AR-15, along with Olight optics.
This video explores the audible differences between supersonic and subsonic ammunition by firing both a .223 round from an AR-15 and a .38 Special at 100 yards. It demonstrates how the sonic crack of a supersonic bullet reaches the listener before the gunshot, while a subsonic bullet's sound arrives after the shot. The live fire tests are conducted safely and aimed towards the camera for an immersive auditory experience.
This video explores the auditory experience of being shot at with subsonic ammunition. Using high-fidelity audio recording equipment, the creator aims to capture the precise sound of these specialized rounds. The content is presented by Garand Thumb, a known figure in the firearms community, and promotes their Patreon, Onward Research, SDI School, Xidax Computers, and social media channels. The video focuses on the acoustic characteristics of subsonic bullets, providing a unique sensory perspective for viewers interested in ballistics and firearm acoustics.
This video explores the audible effects of bullets fired at a significant distance, specifically 500 yards. The creator uses a 6.5 Creedmoor rifle to engage two different targets: a 12" square of 1/4" aluminum and a 10" AR 500 steel gong. The primary focus is to capture and analyze the distinct 'crack' sound of the bullet in flight as heard in real-time, aiming to demystify common perceptions of bullet acoustics.
This video explores the sound of bullets passing overhead without direct risk. The creator tests multiple firearm calibers to discern differences in their sonic signatures. The experiment emphasizes controlled safety protocols and clear communication. The video features various firearms including a Glock 19, Mk 18, Larry Vickers Car-15, AK-74, AKM, Remington 870, Rhodie FAL, Kar 98, and Mosin Nagant. Magazine capacity is noted to be under 29 rounds. Sponsorships and merchandise are promoted.
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