Explore Sound Effects
Browse and discover AI-generated sound effects
Sound Effects List
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
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
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
High-fidelity aerodynamic whoosh from hypersonic wind tunnel test: shockwave compression (1800 Hz fundamental), boundary layer transition noise (4000-7000 Hz), and expansion fan hiss. Recorded in anechoic wind tunnel with 99.9% turbulence suppression, no instrumentation or facility noise.sound design based on NASA Ames wind tunnel audio archive, with all mechanical and electronic noise components removed via AI spectral subtraction
Text to Audio6/18/2025
High-fidelity aerodynamic whoosh from hypersonic wind tunnel test: shockwave compression (1800 Hz fundamental), boundary layer transition noise (4000-7000 Hz), and expansion fan hiss. Recorded in anechoic wind tunnel with 99.9% turbulence suppression, no instrumentation or facility noise.
Text to Audio6/18/2025
Supersonic spacecraft whoosh sound with Doppler effect: high-pitched laminar airflow noise (1000-15000 Hz sweep) combined with electromagnetic drive hum (200-800 Hz). Include pitch shift during acceleration/deceleration, no ambient noise: no stars, space debris, or environmental reverbs.
Text to Audio6/18/2025
Subway tunnel whoosh sound at 120 km/h: concrete wall reflection (800 Hz standing wave), steel rail friction (300-500 Hz), and air compression pop at tunnel exit. No mechanical failures or passenger noise.
Text to Audio6/18/2025
Warp drive activation sound: plasma vortex rumble (100-200 Hz) with harmonic overtone sweep (2000-20000 Hz), ending with subspace tunnel resonance (500 Hz sine wave). Eliminate all extraneous frequencies.
Text to Audio6/18/2025
Supersonic spacecraft whoosh sound with Doppler effect: high-pitched laminar airflow noise (1000-15000 Hz sweep) combined with electromagnetic drive hum (200-800 Hz). Include pitch shift during acceleration/deceleration, no ambient noise: no stars, space debris, or environmental reverbs.
Text to Audio6/18/2025