Clinks, clanks, rattles, springs, slides
3780 files13.1 GB24-bit/96kHz
Mechanicals by Boom Library has everything you need to easily design the sound of intricate mechanical processes – from simple clicking, sliding, rattling or snapping to very complex mechanical procedures like opening elaborate vault doors and treasure chests. Working on a project that features some huge machines, robots or powerful mechs? Mechanicals will be your your go-to library. It's the next essential addition to your routine sound design resources.
Mechanicals - Construction Kit contains a vast number of clean source files to give you absolute creative control over your own unique mechanical sound effects. To give you unlimited possibilities, there are more than 2,000 single source sound effects in over 560 files. Choose from an endless amount of clicks, snaps, rolling, rattling, complex sound sequences, springs, sliding, turns & sweeteners.
Multiple sizes, different variations and an enormous palette of different machines and mechanisms give you full flexibility to enter a new world of outstanding sound effects.
The mechanical sound effects were recorded with only small reverberation rooms to give you as much adaptability as possible. The close, dry sounds can easily be integrated into other reverberation rooms and you can add as much reverb to your sounds as you need.
Mechanicals - Designed gives you an adaptable set of pre-designed sound effects that are ready to use immediately. This library comes with 96 prepared files organized by size (large, medium, small, tiny). Each file contains four often heavily alternating variations of the sound to give you more flexibility and less repetitive sound options. The sounds come as 96kHz/24bit WAV files, ready to further process them as you desire.
The Mechanicals Bundle contains both for maximum workflow and cost efficiency.
- Bundle: Designed + Construction Kit
- Designed: 90 files, 350 sounds, 1GB
- Construction Kit: 560 files, 2000 sounds, 11GB
- 24-bit/96 kHz HD audio
- Descriptive Soundminer metadata