The Boom Mechanicals Bundle contains two sample libraries for essential sound design applications. Packed with essential mechanical noises and metal object sounds, the Mechanicals Bundle is perfect for any post-production dubbing applications in film and TV sound design, the Mechanicals Bundle sample library contains everything from simple clicking, sliding, and snapping to complicated vault door openings and even treasure chest rattling. A versatile range of objects and sound sources have been recorded in a plethora of sizes and styles to ensure no matter what your on-screen visual whether huge machines, tiny coins or powerful mechs, you will be able to find a perfect match. Including both the Designed library for pre-mixed, production-ready tones and the Construction Kit library for access to all raw source recordings, the Mechanical Bundle places no restrictions on your creativity.
Spanning a huge range of sounds organised into sizes from large, medium, small and tiny, the Bundle puts all the sounds you could need in the palm of your hand. Searching high and low a range of objects and machines were used for this session including everything from tiny wispy machines, timeless slot machines from the 1900s, typewriters, printing machines and much more. Recorded in immaculate 96kHz/24bit format, each sound features four alternative variations to ensure less repetition in your sound design for a more natural and realistic feel.
Delivered as a WAV file, the Boom Mechanicals Bundle can be used with any host capable of handling this format, from DAWs to video editing software. Not only that but each file within Mechanicals features extensive metadata to ensure the fastest and easiest workflow possible. Accessible within a selection of audio management tools, everything from file descriptions and keywords will help you to quickly navigate the library to find the right sound for your project.
Please Note: This product comes in the form of a digital download code that will be sent to your email for activation.
Product Ref: 230014