Explore Sound Effects
Browse and discover AI-generated sound effects
Sound Effects List
In the early morning, the sunlight shone on the earth, and the sound of thick clouds rolling was mixed with a little chirping of insects and singing of birds
Text to Audio6/18/2025
The various bustling sounds of traffic in a city as it changes from day to night
Text to Audio6/18/2025
The sound of continuous passing cars on the highway heard from a distance
Text to Audio6/18/2025
The sound of traffic flowing by on the highway
Text to Audio6/18/2025
Sci-fi electrical current sound: electromagnetic resonance (1200-5000 Hz harmonic series) with plasma discharge pops (2000 Hz transient) and digital glitch artifacts. Emphasize modulated sine wave (40% AM, 30% FM) and eliminate mechanical vibrations or environmental noise.
Text to Audio6/18/2025
Sci-fi electrical current sound: electromagnetic resonance (1200-5000 Hz harmonic series) with plasma discharge pops (2000 Hz transient) and digital glitch artifacts. Emphasize modulated sine wave (40% AM, 30% FM) and eliminate mechanical vibrations or environmental noise.
Text to Audio6/18/2025
Zero-gravity whoosh in vacuum: gravitational lensing Doppler effect (1000-10000 Hz frequency shift) with plasma-free airflow modeling. Eliminates all electromagnetic signatures, capacitor discharge, and artificial gravity noise via quantum noise cancellation.
Text to Audio6/18/2025
Zero-gravity whoosh in vacuum: gravitational lensing Doppler effect (1000-10000 Hz frequency shift) with plasma-free airflow modeling. Eliminates all electromagnetic signatures, capacitor discharge, and artificial gravity noise via quantum noise cancellation.
Text to Audio6/18/2025
Hypersonic whoosh sound generated in a vacuum-sealed anechoic chamber (air pressure < 0.001 Pa) with active noise cancellation. Laminar airflow simulation based on NACA 64A010 airfoil data: 800-12000 Hz sweep with 0.5% harmonic distortion, strictly no subsonic rumble (below 200 Hz) or ultrasonic noise (above 14000 Hz).
Text to Audio6/18/2025
Maglev tunnel transit sound at 600 km/h: magnetic levitation airflow (4000-7000 Hz), vacuum-sealed tunnel resonance (800 Hz), and exit compression burst. No rail friction, motor hum, or cooling system noise.
Text to Audio6/18/2025
Maglev tunnel transit sound at 600 km/h: magnetic levitation airflow (4000-7000 Hz), vacuum-sealed tunnel resonance (800 Hz), and exit compression burst. No rail friction, motor hum, or cooling system noise.
Text to Audio6/18/2025
Zero-gravity whoosh in vacuum: gravitational lensing Doppler effect (1000-10000 Hz frequency shift) with plasma-free airflow modeling. Eliminates all electromagnetic signatures, capacitor discharge, and artificial gravity noise via quantum noise cancellation.
Text to Audio6/18/2025