There are enormous creative possibilities with AudioTexture: use one simple sound and generate layered sounds with multiple instances of AudioTexture, or use several sound files with multiple instances of AudioTexture to compose a sound scene.

AudioTexture works best for static sound textures or well-defined transient sound events but you can try with any sounds and the results may surprise you.

rom idling to full throttle, AudioMotors allows you to fully control the engine as if you were driving a car. What if a Mini Cooper became a truck? It is now possible! AudioMotors plug-in is the perfect tool for creative sound design. From a basic car sound recording, you can create a totally new and astonishing engine sound.

Drive your creativity

Let your creativity be the added value of your work, fully control the sound design of a car and free yourself from the time consuming old methods!

AudioRain is AudioWind's little brother and offers high quality rain sounds. Shape your rain sound in real time, work from the small drop to the shower. Have it your way even in 5.1 channel audio.

With AudioRain you can act on 5 major blocks of interaction:

- Rumble

- Shower

- Liquid one

SpaceMotors is a sci-fi vehicle sound synthesizer to easily create

complex dynamic engine sounds such as Podracers, Transformers, Tron, Blade Runner.

Features:

AudioFire is a synthesizer dedicated to the emulation of fire and heat sounds. The synthesizer is based on Le Sound's dynamic modeling technology and rarely uses sampling (only for very specific modules). This complex synthesis engine responds dynamically to the control signals it receives and exposes high-level controls carefully mapped to the low-level synthesis model.

Team R2R Note: (v1.5.4)

HAPPY NEW YEAR!

AudioElec is an electrified sound synthesizer. It generates sounds like hum, impulse, sparks and telemetry.

AudioElec is a synthesizer dedicated to the emulation of electrical sounds. The synthesizer is based on Le Sound's dynamic modeling technology and uses sampling only for very specific modules. That is, it produces sounds by solving, on the fly, mathematical equations modeling the different components of electrified sound approximations developed by AudioGaming. This complex synthesis engine responds dynamically to the control signals it receives and exposes high-level controls carefully mapped to the low-level synthesis model.