Water-Damaged iPhone Data Recovery
Advanced microsoldering for liquid-damaged iPhones. Nationwide mail-in service. No recovery, no fee.
iPhones dropped in the ocean and other severe liquid-damage cases are routine work in my lab. If the phone will not turn on, will not charge, bootloops, or keeps restarting, the data is still recoverable.
Water-Damaged iPhone Data Recovery at the Board Level
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Major board short after rain exposure
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Hidden corrosion causing boot loop behavior
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Data recovered with board-level microsoldering.
Dropped Your iPhone in Water? What To Do Right Now
If your iPhone was exposed to water, rain, salt water, or any other liquid, the most important thing you can do is stop making the damage worse. Many water-damaged iPhones do not fail instantly. They fail later, after corrosion spreads or after the phone is charged, powered on repeatedly, or handled by a shop that is not equipped for board-level recovery.
Do this immediately
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Turn the iPhone off
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Keep it off
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Do not charge it
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Dry the outside only
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Send it in as soon as possible
Do NOT do this
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Do not keep trying to turn it on
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Do not plug it in “just to test it”
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Do not leave it in rice
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Do not apply heat
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Do not let an inexperienced shop experiment on it
The data may still be recoverable, but with modern iPhones that usually means preserving and repairing the original logic board. The sooner the phone is left off and properly evaluated, the better the chances.
Can Data Be Recovered From a Water-Damaged iPhone?
Yes. In nearly all cases, your data is still there. Water did not erase your photos, messages, notes, or files — it damaged the microscopic circuits needed to power the phone on, keep it stable, and access the encrypted storage.
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Strict hardware encryption: Modern iPhones heavily encrypt the data. It stays tied to the original CPU, storage, and logic board environment, so this is not normally a simple chip-off job.
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The original board must boot: To recover the data, the damaged iPhone usually has to be repaired to a state where it can power on, remain stable, and communicate properly long enough for extraction.
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Water damage creates board-level faults: Liquid exposure causes corrosion, short circuits, damaged power rails, broken connector lines, parasitic current draw, and other faults that stop the phone from functioning normally.
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Microsoldering is the solution: Recovery often means clearing shorts, tracing corrosion damage, repairing failed lines or connectors, and stabilizing the original board just enough to regain access to the data.
The goal is to stabilize the original board and recover the data before corrosion or repeated power attempts make the damage worse.
Why Water Damage Is Different From a Normal Dead iPhone
When an iPhone dies from a dead battery or a more isolated board fault, the problem is often more static. Liquid damage is different. The damage is active, spreading, and often layered, which is why water-damaged iPhones require faster and more specialized board-level recovery.
Corrosion starts immediately and hides
Water does not just sit on the surface of the logic board. It spreads under shields, around connectors, through exposed pads, and into microscopic traces that may still look normal at first glance. Even when the outside of the phone seems dry, corrosion can continue damaging the board underneath.
Electricity accelerates the damage
This is why charging a wet iPhone, forcing it to turn on, or repeatedly testing it can make the situation much worse. A phone may start with one major short on a line like VDD_MAIN, but after that is cleared, there can still be a current leak, damaged battery communication, broken sensor lines, or panic-based rebooting caused by the original liquid exposure.
Salt water and contaminated liquids are even worse
Fresh water is bad enough, but ocean water, pool water, and dirty liquids are much more aggressive. They are highly conductive, highly corrosive, and often leave behind mineral or chemical residue that creates hidden shorts and multiple layers of board-level damage.
The good news is that these are exactly the kinds of water-damage faults I recover every day. Severe corrosion, hidden shorts, current leaks, boot loops, and even extreme saltwater board damage are all recoverable nearly every time in my lab.
Common Symptoms of a Water-Damaged iPhone
If your iPhone is doing any of the following after getting wet, do not panic. These are standard board-level liquid-damage faults that I isolate and repair every day to recover the data.
Completely dead / will not turn on
This is one of the most common results of liquid exposure. A major short circuit, damaged power rail, or other board-level fault is preventing the motherboard from waking up.
Stuck on Apple logo / boot looping
The phone is trying to boot, but a liquid-damaged component, shorted line, or failed hardware communication is causing it to restart before startup can complete.
Restarting every 3 minutes
This usually means the phone is booting but cannot stay stable because liquid damage has affected a required sensor or communication line. Until that fault is repaired, normal use and data extraction may be impossible.
Not charging
Water damage can affect the charge port, battery communication, charging circuitry, or other board-level lines tied to the charging system. The result is a phone that no longer charges normally, or appears completely dead.
Overheating / getting hot
Heat after liquid exposure often points to a short circuit, current leak, or other motherboard fault. Even if the phone still shows some signs of life, that kind of heat usually means the board is not healthy.
Black screen but still vibrates
Sometimes the phone is actually turning on, but liquid damage has taken out the image, backlight, or display-related board circuit. That can make the device look totally dead when it is not.
Not detected by a computer
If the phone is not recognized by a Mac or PC after getting wet, that may point to a charge-port issue, boot problem, or deeper board fault preventing the device from communicating properly.
These symptoms may look different on the surface, but they often trace back to the same root problem: liquid damage to the original logic board. They are also all symptoms I recover data from routinely in my lab.
Data Recovery Intake Form
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