What distinguishes FX 13028 from a generic "boom" is the heavy layer of debris. As the initial blast subsides, you hear the distinct sounds of shattering glass, crumbling concrete, and metallic shearing. These "secondary sounds" give the explosion a sense of environment—it sounds like a building or a vehicle being destroyed, rather than an explosion in an open field.
This is a "workhorse" sound effect used extensively in the 1990s and 2000s, though it remains popular today.
The sound begins with a sharp, high-decibel transient crack. This is the initial detonation. It is not a low, rumbling thud, but rather a piercing, immediate snap that suggests high-velocity impact or a high-explosive compound (like C4 or TNT). This transient is designed to cut through heavy music or dialogue mixtures immediately. fx sound 13028
Based on the standard sound effect libraries used in film, gaming, and broadcasting (specifically the Hollywood Edge and Sound Ideas catalogs), refers to a classic explosion sound effect .
refers to a legacy version of the FxSound audio enhancement software (formerly known as DFX Audio Enhancer). Support for this specific version has been discontinued as the developers shifted to a newer, completely free and unrestricted version of FxSound. Subject: Seeking Legacy FxSound 13.028 Support / Discussion Hey everyone, What distinguishes FX 13028 from a generic "boom"
Here is a detailed breakdown of the sound, its characteristics, and its typical applications in media production.
Does anyone have a backup of custom presets specifically tuned for this version? I've found that some "classic processing" settings in the new app can mimic the old feel, but it’s not quite the same. This is a "workhorse" sound effect used extensively
13028 Category: Hard Impact / Sub-Bass Drop Type: Cinematic Transient Duration: 3.2 seconds
Following the initial crack, the sound "blooms" into a heavy, saturated low-end rumble. This section is rich with distorted bass frequencies (approx 60Hz–100Hz). The texture is gritty and chaotic, simulating the rapid expansion of gases and the violent displacement of air.
