How to Recover Data from a Broken MacBook Pro

Recovering data from a broken MacBook Pro depends almost entirely on which year your MacBook was made. Pre-2016 models have removable SSDs you can physically pull out and read on another machine. 2016 and 2017 models still have removable SSDs, but they use a proprietary connector that requires a special adapter. 2018 and newer Intel models with the T2 security chip have the SSD soldered directly to the logic board. And M1, M2, M3, and M4 MacBooks have unified memory where storage is part of the system-on-chip itself. Each of these designs requires a completely different recovery approach.

We recover data from broken MacBooks every week at MDrepairs. Liquid damage, failed logic boards, screens that won't turn on, drives that won't mount. Whether you're dealing with a Mac that won't turn on or a flashing question mark folder on boot, the approach depends on your model year. The good news is that most of these situations are recoverable. The bad news is that the newer your MacBook, the fewer options you have for DIY recovery, and the more important it becomes to get the right help fast.

If your MacBook Pro is dead right now and you need your files back, get a free quote from our lab. We'll tell you exactly what's possible based on your specific model.

Step 1: Identify Your MacBook Model

Before you do anything, you need to know exactly which MacBook you have. The recovery method changes dramatically based on your model year, and using the wrong approach can make things worse.

Here's how to figure it out:

MacBook Eras and Their Recovery Implications

Apple has redesigned the MacBook Pro's internal storage architecture four times. Each redesign made the machines thinner and faster, but also made data recovery progressively harder. Here's a quick overview before we go deep on each era.

Pre-2016 MacBooks: The Easy Ones

If you have a 2013, 2014, or 2015 MacBook Pro with Retina display, you're in the best possible situation for data recovery. These machines use a removable PCIe SSD that connects to the logic board via a standard-ish blade connector. You can physically remove the SSD in about five minutes with a pentalobe screwdriver and a T5 Torx bit.

How to Remove the SSD

One thing to watch out for: some 2013 to 2015 models may have FileVault enabled. If FileVault is on, you'll need the login password or the recovery key to decrypt the drive after removing it. More on that in the FileVault section below.

2016 to 2017 MacBooks: Removable but Proprietary

The 2016 and 2017 MacBook Pro models (both Touch Bar and non-Touch Bar) still have removable SSDs. That's the good news. The bad news is that Apple switched to a completely different connector. It's smaller, uses a different pin layout, and the adapters are harder to find and more expensive.

The SSD in these models sits in a different location compared to the 2013 to 2015 machines. It's a smaller module, and Apple designed a proprietary interface that doesn't match any standard M.2 or NVMe form factor. You need a specific adapter made for this generation.

Adapter Options

A few companies make adapters for the 2016/2017 MacBook Pro SSD connector. They're typically labeled as "Apple SSD to M.2 NVMe adapter" with compatibility listed for the A1708 (non-Touch Bar 2016/2017) models specifically. The Touch Bar models (A1706, A1707) also have removable SSDs, but the connector can differ slightly between revisions.

The removal process is similar to the pre-2016 models. Remove the bottom case, locate the SSD module, remove the retaining screw, and slide it out. Once you have the right adapter, the SSD can be read in an external enclosure or connected to another Mac.

The 2016/2017 Touch Bar Catch

Here's something a lot of people don't realize. On the 2016 and 2017 Touch Bar models, Apple actually included a data recovery port on the logic board. It's a small connector near the display cable. Apple designed a proprietary tool (internally called the "Data Migration Tool") that connects to this port and allows you to boot the machine into a special transfer mode, even if the display, keyboard, and trackpad are all dead.

Apple Stores and Apple Authorized Service Providers have this tool. If you bring your broken MacBook to Apple and your only goal is to recover your data, they may be able to use this port to help. However, Apple isn't always willing to do this, and they won't do it if the logic board is too damaged to power on at all.

2018 to 2020 Intel T2 MacBooks: Soldered Storage

This is where things get significantly harder. Starting with the 2018 MacBook Pro, Apple soldered the SSD storage chips (NAND flash) directly to the logic board. You can't remove them. You can't plug them into an adapter. The storage is physically part of the motherboard.

But that's only half the problem.

The T2 Security Chip

The 2018 to 2020 Intel MacBooks include Apple's T2 security chip. The T2 handles several things: the Touch Bar, the camera, audio processing, and most critically, real-time storage encryption. Every single byte written to the SSD is encrypted by the T2 chip before it hits the NAND flash. The encryption keys live inside the T2's secure enclave.

This means that even if you could somehow desolder the NAND chips and read them with specialized equipment (which is technically possible), the data would be encrypted. Without the T2 chip's keys, you'd have a pile of meaningless ciphertext. The encryption is AES-256, and it's not something that can be brute-forced in any realistic timeframe.

When the Logic Board Still Partially Works

Not all "broken" MacBooks are equally broken. If your MacBook has a cracked screen, a dead keyboard, a failed battery, or even liquid damage that only affected certain components, the logic board might still be functional enough to boot. And if the logic board boots, we have options.

The key question is: can the machine power on to the point where the T2 chip initializes? If yes, we can potentially use Target Disk Mode (on older macOS versions), DFU recovery, or external display output to access your data. If no, we need to do board-level repair first to get the logic board functional enough for the T2 to come online.

Board-Level Repair for Data Recovery

This is one of our specialties at MDrepairs. When a T2 MacBook's logic board has liquid damage or component failure, we don't need to make the entire laptop work perfectly. We just need to get the board to power on and initialize the T2. That might mean replacing a single shorted capacitor, reflowing a connection, or bypassing a failed power rail.

We're not trying to give you back a working laptop. We're trying to get the board alive just long enough to unlock the encryption and transfer your files. Once the data is safe, the board can go in the recycling bin for all it matters.

M1, M2, M3, and M4 MacBooks: Unified Memory

Apple Silicon MacBooks represent the most challenging era for data recovery. Here's why.

On these machines, the SSD storage isn't just soldered to the logic board. It's integrated into the Apple Silicon system-on-chip (SoC) package. The NAND flash chips are placed right next to the M1/M2/M3/M4 processor on the same substrate, and the storage controller is built into the chip itself. Apple calls this "unified memory architecture," and it means the storage, RAM, and processor are all part of one tightly integrated system.

Encryption on Apple Silicon

Apple Silicon handles encryption similarly to the T2, but it's even more tightly coupled. The Secure Enclave is built directly into the M-series chip. Every piece of data is encrypted with keys that never leave the chip. There is no separate security processor to target. It's all one piece of silicon.

The practical effect: if the M-series chip is dead, the data is unrecoverable through any currently known method. No lab in the world, regardless of their equipment or expertise, can decrypt AES-256 data without the keys. And the keys are inside the dead chip.

When Apple Silicon Recovery IS Possible

The situation isn't always hopeless. Most "dead" MacBooks aren't dead at the chip level. Here are the scenarios where we can still recover data from an Apple Silicon MacBook:

• Screen damage only. The machine boots fine. You just can't see anything. Connect an external display, or use Share Disk Mode.
• Keyboard or trackpad failure. Use an external keyboard and mouse. Boot normally.
• Battery failure. The MacBook won't turn on because the battery is dead or swollen, but the logic board is fine. Replace or bypass the battery, and the machine boots. We walk through all these scenarios in our guide on recovering data from a Mac that won't turn on.
• Peripheral circuit damage. Liquid damage that killed the USB-C ports, speakers, or other non-essential components but left the SoC intact. Board-level repair can bypass these failures.
• Software corruption. macOS won't load, but the hardware is fine. DFU mode can help here.

The pattern is clear. If the Apple Silicon chip itself is functional, we can almost always get your data. The chip doesn't need to be perfect. It just needs to boot far enough to establish the secure session and decrypt the storage.

Target Disk Mode and Share Disk Mode

These are two built-in macOS features that can save you from needing professional help, depending on your situation.

Target Disk Mode (Intel Macs)

Target Disk Mode turns your broken MacBook into what's basically an external hard drive. You connect it to a working Mac with a cable, and the broken Mac's storage shows up as a mounted volume on the working Mac. You can then drag and drop files off it.

Here's how to use it:

Share Disk Mode (Apple Silicon Macs)

Apple Silicon Macs don't support Target Disk Mode. Instead, they have something called Share Disk Mode, which works differently. It's part of the macOS Recovery environment and requires the machine to boot into recoveryOS.

Share Disk Mode has a significant limitation: the broken MacBook needs to boot into Recovery. If the machine can't get that far, if it won't power on at all or gets stuck before Recovery loads, Share Disk Mode isn't an option. That's when you need DFU mode or professional help.

DFU Mode Recovery

DFU stands for Device Firmware Update. It's a low-level recovery mode that works even when macOS and recoveryOS are completely corrupted. Think of it as the last resort before professional recovery.

What DFU Mode Can Do

DFU mode lets a second Mac communicate directly with the broken MacBook's firmware. It can:

• Restore or reinstall macOS when the OS is corrupted
• Revive firmware that's been damaged by a failed update
• Reset the SMC and other low-level controllers

What DFU mode cannot do: it can't fix hardware failures. If the logic board has a fried component, DFU mode won't help. It's a software-level recovery tool.

How to Use DFU Mode

FileVault Encryption and What It Means for Recovery

FileVault is Apple's full-disk encryption feature. On modern Macs (T2 and Apple Silicon), hardware encryption is always on regardless of whether you've enabled FileVault. But enabling FileVault adds a second layer: it ties the encryption to your login password.

How FileVault Affects Each Recovery Method

The bottom line: if FileVault is on, you need the password. Either the user's login password or the FileVault recovery key that was generated when FileVault was first enabled. If you saved the recovery key to iCloud (which macOS prompts you to do), you can retrieve it from your Apple ID account. If you saved it locally or wrote it down, you need to find it.

How to Find Your FileVault Recovery Key

If you chose to store your recovery key with Apple (iCloud) when you enabled FileVault, here's how to retrieve it:

1. Go to iforgot.apple.com on any device
2. Sign in with your Apple ID
3. Follow the prompts to retrieve your FileVault recovery key

If you chose to save the key locally, check your email (some people emailed it to themselves), your password manager, or any printed documents from when you set up the Mac.

What a Data Recovery Lab Can Do

So what happens when none of the DIY methods work? When the MacBook won't power on, Target Disk Mode fails, and DFU mode can't detect the machine? That's when a professional lab earns its keep.

Removable SSD Models (Pre-2018)

For older MacBooks, a lab can:

• Remove the SSD and read it directly with professional-grade adapters and forensic tools
• Handle FileVault-encrypted drives if you provide the password or recovery key
• Recover data from SSDs with firmware issues that won't mount normally
• Extract data from SSDs with bad NAND blocks using low-level access

These recoveries are almost always successful. The SSD is independent of the logic board, so it doesn't matter how badly the MacBook itself is damaged. We've recovered data from MacBooks that were run over by cars, dropped in pools, and caught in house fires. As long as the SSD blade survived, the data came back.

T2 MacBooks (2018 to 2020)

For T2 machines, a lab can:

• Perform board-level micro-soldering to repair the logic board enough for the T2 chip to initialize
• Replace failed power management ICs, USB-C port controllers, and other components
• Use DFU mode on repaired boards to access storage
• Transfer the T2 chip and NAND to a donor board in extreme cases (highly specialized and not always possible)

Apple Silicon MacBooks (M1 and Later)

For Apple Silicon, a lab can:

• Diagnose whether the failure is the SoC or a peripheral component
• Repair peripheral circuits (power delivery, USB-C, display, battery) to get the SoC to boot
• Use Share Disk Mode or external display output once the board is functional
• Perform software-level recovery via DFU if the issue is firmware corruption

At MDrepairs, we don't charge you if we can't recover your data. Our diagnostic comes first, and we'll tell you within 24 to 48 hours whether recovery is realistic for your specific situation. (732) 933-7717

DIY vs. Professional Recovery: When to Send It In

Some MacBook data recovery situations are genuine DIY jobs. Others require professional equipment. Here's a straightforward breakdown.

The Logic Board Question

Here's the key concept most people miss: whether the logic board matters depends entirely on whether the storage is removable.

On pre-2018 MacBooks, the logic board is irrelevant to data recovery. It can be shattered into pieces. Doesn't matter. The SSD comes out and gets read independently.

On 2018 and later MacBooks, the logic board IS the storage. The NAND flash and the encryption chip (T2 or M-series) are both on the logic board. If the board doesn't work, you can't access the data. That's why board-level repair skills are the most important thing a data recovery lab can offer for modern MacBook recovery.

What to Look for in a Recovery Lab

If you're going to send your MacBook to a professional, here's what matters:

• Board-level repair capability. Not just "we partner with a repair shop." The lab itself should have micro-soldering equipment and technicians who work on logic boards daily.
• No data, no charge policy. Any lab that charges you regardless of whether they recover your data is not aligned with your interests.
• Fast turnaround on diagnostics. A good lab can tell you within 1 to 2 days whether recovery is possible. Weeks of silence is a red flag.
• Honesty about limitations. If they claim they can recover data from a dead M1 chip, they're lying. The physics of AES-256 encryption don't bend for anyone.

Common Mistakes That Make Recovery Harder

We see the same mistakes over and over. Avoid these and your chances of a successful recovery go way up.

Mistake 1: Repeatedly Trying to Turn It On

When a MacBook won't boot, the natural instinct is to keep pressing the power button. Try again. And again. And again. Every time you power cycle a machine with liquid damage or a failing component, you risk causing more damage. Short circuits can burn additional components. Failing storage controllers can corrupt more data. Try once. If it doesn't work, stop.

Mistake 2: Opening It Up Without the Right Tools

MacBooks use pentalobe screws specifically to discourage casual disassembly. If you strip a screw head by using the wrong screwdriver, you've just made it harder (and more expensive) for a professional to open the machine later. Use the right tools or don't open it.

Mistake 3: Rice

If your MacBook got wet, do not put it in rice. This does nothing to help water damage recovery and can make things worse. Rice dust can get into ports and connectors. The starch can leave residue on components. And while your MacBook is sitting in rice, the liquid inside is corroding copper traces and shorting components. If liquid got into your MacBook, power it off, don't plug it in, and get it to a professional as quickly as possible.

Mistake 4: Using Data Recovery Software on a Physically Damaged Mac

Data recovery software like Disk Drill, Data Rescue, or PhotoRec is designed for logical failures, meaning accidental deletion, formatted drives, or corrupted file systems. These tools are useless against hardware failures. If your MacBook won't turn on, no software on earth can help. Software requires a functioning computer to run on.

Mistake 5: Going to a General Computer Repair Shop

Most computer repair shops replace parts. They swap screens, batteries, keyboards. They don't do board-level micro-soldering, and they don't have the equipment or training for it. If your MacBook needs a logic board repair for data recovery, you need a specialist, not a generalist.

How Much Does MacBook Data Recovery Cost?

Pricing varies based on the complexity of the recovery. Here's a realistic range.

At MDrepairs, our diagnostic comes first. We assess the damage, tell you exactly what's needed, and quote a flat price before any work begins. If we can't recover the data, you pay nothing. Check our pricing page for more details.

Frequently Asked Questions

Can you recover data from a MacBook Pro that won't turn on?

It depends on the model year. Pre-2018 MacBooks have removable SSDs, so the data can be recovered even if the logic board is completely dead. For 2018 and later models with T2 or Apple Silicon chips, the logic board needs to be repaired enough for the security chip to initialize. If the chip itself is dead (not just surrounding components), recovery may not be possible due to hardware encryption.

Does Apple offer data recovery for broken MacBooks?

Apple does not provide data recovery services. Their official position is to restore from a Time Machine backup or iCloud. This applies to all Apple products, including iMacs. Apple Stores can sometimes use the data migration port on 2016/2017 Touch Bar models, but this isn't a guaranteed service. For actual data recovery from damaged hardware, you need an independent lab.

Can I recover data from a water-damaged MacBook Pro?

In most cases, yes. Liquid damage typically affects specific components on the logic board rather than destroying everything at once. A skilled technician can identify and repair the damaged components to get the board operational enough for data extraction. The key is to stop using the MacBook immediately after the spill and avoid charging it. Continued use after liquid exposure causes corrosion that spreads and creates more damage over time.

Is my data gone if I forgot my FileVault password?

If FileVault is enabled and you've lost both your login password and your FileVault recovery key, the data is not recoverable. Apple designed FileVault specifically to make data inaccessible without the correct credentials. We cover this in depth in our FileVault data recovery guide. Check your iCloud account for a stored recovery key, check your password manager, and check any printed documents from when you first set up your Mac. If you can't find the key anywhere, no lab can help.

What's the difference between Target Disk Mode and Share Disk Mode?

Target Disk Mode is available on Intel Macs (pre-Apple Silicon). You boot the broken Mac while holding the T key, and it presents its storage as an external drive over Thunderbolt or USB-C. Share Disk Mode is the Apple Silicon replacement, but it requires booting into macOS Recovery first, which means the Mac needs to be more functional. Target Disk Mode works at a lower level and can sometimes succeed even when macOS is completely corrupted.

Can data be recovered from a MacBook with a cracked screen?

A cracked or dead screen is one of the easiest recovery scenarios. The storage and logic board are completely fine. Just connect an external monitor via USB-C, Thunderbolt, or HDMI (depending on your model), log in normally, and copy your files to an external drive. No professional help needed unless the screen damage also impacted the logic board, which is uncommon.

How long does MacBook data recovery take?

Simple cases like SSD removal or external display recovery take a few hours. Board-level repair cases typically take 2 to 5 business days. Complex liquid damage with multiple component failures might take up to a week. At MDrepairs, we provide a diagnostic assessment within 24 to 48 hours of receiving your MacBook so you know the timeline right away.