Explore Sound Effects
Browse and discover AI-generated sound effects
Sound Effects List
Supersonic flyby sound for object in air: seamless frequency sweep with 2.5 octave Doppler shift. Add subtle air compression pop at onset, no after-effects or reverberation.
Text to Audio6/19/2025
Supersonic flyby sound for object in air: seamless 800-12000 Hz frequency sweep with 2.5 octave Doppler shift. Add subtle air compression pop (1800 Hz) at onset, no after-effects or reverberation.
Text to Audio6/19/2025
High-speed aerial whoosh sound: clean Doppler sweep (800-12000 Hz) with laminar airflow noise. Emphasize smooth pitch shift (no turbulent spikes) and eliminate all ambient noise: no electronics, no mechanical hum, just pure air friction.
Text to Audio6/19/2025
Hypersonic air friction sound: shockwave expansion (1800 Hz), boundary layer hiss (5000-8000 Hz), and trailing vortex rumble (300-600 Hz). No electronic, electromagnetic, or circuit-based noise.
Text to Audio6/19/2025
some thing fly extremely fast in the air
Text to Audio6/19/2025
High-fidelity aerodynamic friction from hypersonic wind tunnel: shockwave compression (1800 Hz), 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 Audio6/19/2025
Aerospace re-entry friction: ionized gas plasma roar (5000-10000 Hz), shock diamond resonance (1500 Hz), and thermal tile hiss (7000 Hz). Recorded in wind tunnel with 99.9% turbulence suppression.
Text to Audio6/19/2025
High-velocity aerial friction sound: supersonic object flyby with laminar airflow noise (800-15000 Hz Doppler sweep) and shockwave compression (1800 Hz transient). Emphasize airframe boundary layer friction (5000-7000 Hz hiss) and eliminate all ambient elements: no bird calls, aircraft engine noise, or atmospheric turbulence.
Text to Audio6/19/2025
Quantum armor assembly sound: nano-particle stream (1000-18000 Hz frequency chirp), quantum field resonance (4000 Hz with 1% amplitude modulation), and interdimensional materialization hum (2800 Hz sine wave). Include subatomic bonding clicks (5000 Hz staccato) and zero-point energy surge (12000 Hz upward sweep).
Text to Audio6/19/2025
Repulsor field initialization: plasma confinement hiss (7000 Hz), quantum reactor spin-up (3000-10000 Hz harmonic cluster), and nanotech sealant固化click (4000 Hz repetitive ticks). End with energy dome activation (12000 Hz crystaline ring).
Text to Audio6/19/2025
Titanium armor piece flyby at Mach 2: airframe compression pop (1800 Hz), boundary layer noise (4000-8000 Hz), and alloy surface friction (6000 Hz hiss). Include directional panning (L-R 100ms delay) for 3D assembly trajectory.
Text to Audio6/19/2025
High-velocity metallic assembly sound: supersonic component flyby (800-15000 Hz Doppler sweep) with electromagnetic locking clacks (1200 Hz transient) and arc reactor hum (2500 Hz sine wave). Emphasize titanium-alloy friction (5000-7000 Hz) and nano-bolt engagement (3000 Hz click train). No ambient noise: eliminate air turbulence, environmental echoes, or organic sounds.
Text to Audio6/19/2025