Rusty sound effects, 4 libraries in all. Most are filed under Metal and Machines, and they come from 4 different publishers, each card showing its formats and sample rates.
Distinctive sound effects captured from deteriorating gym equipment, featuring authentic squeaks and creaks from both indoor wooden facilities and outdoor university exercise machines.
Various metal friction sounds, from rusty components to heavy slams and locks, deliver authentic sound effects through 156 realistic elements suitable for diverse project applications.
This comprehensive collection features intricate sound effects from vintage metal objects, including hotel bells, locks, and coins, recorded in 24-bit 96kHz with meticulous UCS metadata tagging.
Meticulously recorded metallic sound effects showcase 126 diverse impacts - from industrial containers to steel doors - delivering authentic clanks and clunks for contemporary sound design.
A collection of 677 metal sound effects featuring frictions, mechanical movements, machinery, heavy impacts, and rolling elements, delivered as 24-bit/48kHz stereo WAV files.
Advanced metallic sound effects captured in an abandoned factory, featuring impacts, rattles, and movements in both stereo and quad formats, complete with natural hall reverb and close-mic recordings.
An extensive collection of wood destruction and impact sound effects, featuring synchronized microphone recordings and LFE tracks, captured in pristine 24/96 quality.
Comprehensive collection of high-quality demolition sound effects features falling debris, breaking glass, and construction chaos, offering various lengths and intensities for immediate project implementation.
Metal-focused sound effects library featuring diverse scrapes, scratches, squeaks, and moans, ranging from subtle slides to harsh shrieks, ideal for creating intense transitions and atmospheric audio designs.
Diverse metallic sound effects ranging from impacts and slams to mechanical clicks and drags, captured using both contact and shotgun microphones for enhanced low-frequency response.