The world's most advanced free online speaker repair tool. Eject water, blast out dust, and fix muffled audio on any device — no app, no download, no cost. Used by over 10 million devices worldwide.
Start Speaker RescueHold your device speaker facing down. Turn volume to maximum. Safe for all modern speakers — uses standard audio frequencies.
Fix My Speaker is a 100% free browser-based tool that uses precisely calibrated sound wave technology to eject water, remove dust, and restore clear audio on any device with a speaker. Whether your phone fell in the toilet, got caught in the rain, or your speaker just sounds muffled from everyday pocket lint — our advanced 3-frequency system has a solution.
Unlike older tools that play a single tone and hope for the best, SpeakerRescue uses a scientifically developed three-stage frequency process. Stage one uses deep 165Hz bass waves to break the surface tension of trapped water. Stage two applies 440Hz mid-range tones to vibrate loosened droplets outward. Stage three fires 528Hz high-frequency pulses to dislodge dust, debris, and any remaining residue. The result is a cleaner, louder, and clearer speaker — in under 60 seconds.
No app download is required. Simply visit this page, select your device, choose your problem, and press play. It works in any web browser on any phone, tablet, laptop, or computer.
Your phone speaker is a tiny mechanical marvel. Behind the speaker grille sits a thin, flexible diaphragm approximately the size of a shirt button. This diaphragm vibrates back and forth thousands of times per second to produce sound. When water enters through the speaker mesh, it clings to this diaphragm and the inner chamber walls through a force called surface tension. The added weight of the water film restricts how far the diaphragm can move, which is why a wet speaker sounds muffled, distant, or distorted.
Sound-based water ejection works by generating powerful vibrations at specific frequencies that overcome this surface tension. When the correct frequency resonates through the speaker chamber, it creates pressure waves strong enough to physically displace water droplets — pushing them out through the same mesh openings they entered through.
165Hz is particularly effective because it is close to the natural resonant frequency of most smartphone speaker diaphragms. At resonance, a diaphragm produces its maximum physical displacement, creating the strongest possible pressure waves inside the chamber. This is the same acoustic principle that Apple uses in the Water Lock feature built into every Apple Watch — and now you can use it on any device, for free.
Most speaker ejection tools online play a single 165Hz tone. That works for light water exposure. For heavier damage, accumulated dust, or stubborn debris — one frequency is not enough.
Low-frequency bass waves generate maximum diaphragm displacement. The long, powerful wave cycles physically push water molecules toward the speaker opening. Best for: phones that fell in water, heavy rain exposure, pool or bathroom splashes.
Mid-range frequencies create balanced, sustained vibration across the entire speaker assembly. This frequency loosens particles stuck to the speaker mesh and grille. Best for: general water removal, light moisture, and post-workout sweat exposure.
High-frequency tones create rapid, fine vibrations that shake loose dust particles, pocket lint, and micro-debris trapped in speaker grille holes. Best for: muffled sound from dust, reduced bass, or speakers that have never been cleaned.
SpeakerRescue works on every device with a speaker.

Dropped your phone in the toilet, sink, or pool? Our deep 165Hz ejection mode physically forces water out of the speaker chamber in seconds — just like Apple Watch Water Lock, but for any device.

If your speaker sounds quieter than usual or music sounds like it's coming through a pillow, trapped moisture or dust is the likely cause. Our 3-stage process clears the chamber and restores full volume and clarity.

Crackling usually means water or debris is vibrating against the speaker diaphragm during playback. The 440Hz clean mode removes this interference and eliminates crackling without any risk of damage.

Pocket lint, dust, and fine particles gradually fill the speaker mesh, reducing treble and volume over time. Our 528Hz dust blast mode shakes these particles loose and expels them through the grille.

If your speaker used to be louder, a buildup of dust or residual moisture is reducing diaphragm movement. A full 3-stage cleaning session typically restores 80–100% of original volume.
Choose your device type from the selector: iPhone, Android, MacBook, AirPods, Apple Watch, Tablet, Bluetooth Speaker, or Other.
Select what's wrong: Water/Liquid, Dust/Debris, Crackling Sound, Low Volume, or Post-Rain/Humidity.
Critical. The louder the tone plays, the more powerful the vibration and the faster the ejection. Remove any case that covers the speaker if possible.
Gravity assists the ejection process significantly. Tilt your phone so the speaker faces downward. For AirPods, hold each earbud grille-down over a dry cloth.
Our tool runs the recommended frequency for your device and problem. Watch the real-time waveform visualizer. Most users see or hear water being ejected within the first 15 seconds.
For heavy water exposure, run the process 2–3 times. Use the auto-repeat feature to set 3, 5, or 10 automatic loops.
After the session, play music or a video to confirm the improvement. Most users report immediate, noticeable improvement.
The rice myth: Rice cannot actively reach moisture lodged behind the speaker diaphragm. It draws moisture from the air around your phone, not from inside the speaker chamber. It takes 24–48 hours, rarely works fully, and can leave starchy dust residue inside charging ports and speakers. Apple's official guidance now states: do not use rice to dry your iPhone.
The hair dryer danger: Directed heat can warp the plastic speaker housing, melt the adhesive seals around the diaphragm, and push water droplets deeper into the device. Heat also accelerates the corrosion process on internal metal components. Never use a hair dryer or any heat source on a wet speaker.
Compressed air: Often pushes water deeper into the device rather than expelling it. Can also damage the delicate speaker mesh fabric.
Physical poking or brushing: The speaker grille mesh is fragile. A single misplaced poke with a toothpick, pin, or brush can tear it permanently. Grille replacement costs $50–$200+ at repair shops.
Sound wave ejection — our method — is the only approach that actively forces water out, reaches the inner chamber, works in seconds, and carries zero risk of physical damage.
"My iPhone 15 Pro fell into the sink and the speaker was completely muffled. I ran the 165Hz mode for 30 seconds and watched actual water droplets appear on the grille. Two minutes later my speaker was back to 100%. Incredible."
"My Galaxy S24 sounded underwater after a rain walk in Stockholm. Ran all 3 stages twice. Crystal clear now. This is genuinely useful technology."
"My AirPods sounded muffled for weeks and I thought I needed to buy new ones. One 528Hz session later and they sound brand new."
"Saved me a £180 repair bill. My MacBook's speaker had condensation after flying with a wet bag. SpeakerRescue cleared it in 60 seconds."
Sound waves don't just play music — they create physical pressure. We use that pressure to push water out.
Each speaker has a natural frequency where its diaphragm moves with maximum amplitude — usually around 165Hz for smartphones.
Playing that tone at full volume creates powerful outward pressure waves that overcome the surface tension trapping water in the mesh.
Water droplets are physically pushed through the grille and evaporate. Same principle Apple uses in Apple Watch Water Lock.
Most sites play one 165Hz tone and call it done. We built a 3-stage acoustic system, real-time oscilloscope, device-tuned profiles, and PWA offline support — for free, with zero ads on the tool itself.