No More Broken iPad Screens: An Easy Guide to Replace Your iPad 9th Gen Front Glass

Welcome back to another iDop UK video! In this step-by-step guide, I’ll show you how to professionally replace the front glass on your iPad 9th generation or iPad 10.2″. This repair is straightforward if you have the right tools, patience, and attention to detail. So, whether you’re a repair novice or a seasoned pro, this guide will help you get your iPad back in pristine condition.

Before we get started, it’s crucial to inspect the device thoroughly. Check that the LCD isn’t damaged—because if it is, the job becomes more complex and costly. Fortunately, in this case, only the glass needs replacing. Let’s dive right in!

Power Down and Assess

The first and most critical step is to power down the iPad. Hold the power button and slide to power off. This step is essential to avoid any electrical damage or short circuits during the repair process.

Now, the hardest part: removing the old, broken screen from the chassis. The best way to do this is by using a heat mat or hot plate set to 85°C. If you don’t have a heat mat, you can use a hot air gun or even a hair dryer—just ensure that the iPad is placed screen-side up, and the glass should be hot to the touch.

Tools and Equipment You’ll Need

While your iPad is heating up, let’s quickly run through the tools and equipment you’ll need for this repair:

1. Isopropyl Alcohol: Helps to soften the adhesive.
2. Microfiber Cleaning Cloths: Essential for keeping the screen and components clean.
3. Fine-Point Tweezers: Useful for handling small parts and glass fragments.
4. Razor Blade and Guitar Pick (or Opening Pick): These are for prying the screen from the chassis.
5. Cross-Headed Screwdriver: Required for removing screws from the iPad’s internals.
6. X07 Replacement Screen: These screens are designed for iPad 7, 8, and 9 series and come with pre-applied adhesive and a home button gasket.
7. Battery Isolation Pick: This helps to isolate the battery during the repair, ensuring safety.

You can find all these tools online, and I’ve linked them in the video description below.

Removing the Broken Screen

Once the iPad is adequately heated, it’s time to carefully remove the broken screen. Pay special attention to the right-hand edge and the area around the home button—these are delicate zones with important cables that you don’t want to damage.

Start by using your razor blade to create a small gap between the metal chassis and the glass. Insert the blade just a few millimeters to lift the edge of the glass. Once you have a small gap, switch to your guitar pick or opening tool and begin sliding it down the edge of the iPad.

A Quick Tip:

In areas where the glass is more severely broken, push the pick in a little further to get better leverage, but be sure not to touch the LCD underneath. Run the pick along the edges, carefully lifting the glass. Use tweezers to remove any small pieces of glass that might remain stuck.

Now that one edge is free, hold the screen in place while you repeat the process along the bottom edge. Be particularly careful around the home button area—only insert the pick a couple of millimeters to avoid damaging the home button flex cable. If the adhesive is too stubborn, add a few drops of isopropyl alcohol to help loosen it.

Once all three edges are separated, the screen should open like a book cover. Flip the screen up carefully, and you’ll see the flex cables that connect the screen to the iPad. Avoid cutting along this edge entirely to prevent damaging these critical connections.

Removing the LCD

With the broken glass now loose, prop the screen open using a mug or another heavy object, and it’s time to remove the LCD. You’ll need to unscrew the four screws at each corner of the LCD.

Pro Tip:

Avoid touching the LCD itself during this process—fingerprints and smudges on the LCD can be a nightmare to clean up later.

If there are still pieces of broken glass stuck to the edges, use an X-Acto blade (I recommend a #17 blade) to carefully scrape them off. Work slowly and methodically to ensure you don’t scratch the LCD or other components. If any glass dust falls onto the LCD, don’t panic. Dry debris is manageable and can be cleaned up later.

After the glass is cleared away, peel back the black tape covering the screws and unscrew them using a cross-headed screwdriver. Once the screws are out, you’ll notice a bit of adhesive holding the LCD down in the corners. Use your tweezers to gently pry the corners of the LCD loose. Be patient and careful—you don’t want to crack the LCD at this stage.

Once free, the LCD can be lifted and stood up on its edge. Now comes a critical step: isolating the battery.

Isolating the Battery

To avoid any potential electrical hazards, it’s vital to disconnect the battery before you proceed. Unscrew the screw holding down the battery connector and use your battery isolation pick to slide under the connector, lifting it slightly to disconnect it from the logic board.

Once the battery is isolated, unscrew the three screws at the bottom that secure the shield over the connectors. With the shield removed, use a plastic prying tool to disconnect the LCD, touchscreen, and home button connectors one by one. The LCD is now completely free and can be set aside in a safe place.

Preparing the Chassis for the New Screen

With the old screen removed, it’s time to prepare the iPad’s chassis for the new glass. This step is crucial to ensure a strong bond with the new screen.

Using your X-Acto blade again, carefully scrape away any remaining adhesive from the edges of the chassis. Be mindful of the flex cables and antennas—a slip of the hand here could cause significant damage.

After scraping off the bulk of the adhesive, add some isopropyl alcohol to soften any remaining residue. Use a microfiber cloth to wipe away the softened adhesive, leaving the chassis clean and smooth.

Check the Screws:

While you’re working on the chassis, it’s a good idea to check the tightness of all screws. These can often work loose over time, and tightening them will help maintain the structural integrity of your iPad.

Preparing the New Screen

Now it’s time to focus on the new digitizer. The first step is to transfer components from the old screen to the new one. Start by removing the plastic bracket around the camera and any other necessary components.

Handling the Home Button:

The home button is particularly tricky. If you damage the home button or its flex cable, Touch ID will be permanently disabled. To safely remove it:

• Use a heat gun or hair dryer to warm the adhesive holding the flex cable to the old digitizer.
• Gently peel the flex cable away from the glass, then use your X-Acto blade to lift the bracket holding the home button in place.
• Carefully pry the home button away from the glass.

If the adhesive on the home button gasket has degraded, you’ll need to replace it with a fresh one. The new digitizer should come with a gasket already installed, but if not, you can remove the gasket from the old screen and attach it to the new one using 5mm Tesa tape.

Once the home button is securely in place on the new digitizer, you can proceed to attach any other components, such as the camera bracket.

Reassembling the iPad

With the new digitizer prepared, it’s time to start reassembling your iPad:

• Begin by connecting the digitizer and home button flex cables to their corresponding connectors on the logic board. These connectors can be a bit tricky to align, so take your time.
• Once connected, secure the connectors with the shield and screws you removed earlier.
• Reconnect the battery by removing the isolation pick and screwing the battery connector back into place.

Before sealing the iPad, it’s crucial to test the new digitizer. Temporarily close the digitizer and power on the device. Ensure that the touchscreen and home button are functioning correctly.

Sealing the New Screen

After confirming that everything works, you can proceed to seal the new screen onto the chassis:

• Remove the protective film from the adhesive on the new digitizer.
• Use a cleanroom cloth to give the LCD one final wipe to remove any dust or debris.
• Carefully align the new digitizer with the chassis, ensuring that it sits flush on all sides.

Final Checks:

As you press the edges of the screen down to secure it, pay close attention to the flex cables—make sure they aren’t pinched or caught between the digitizer and the chassis.

There’s no need to use clamps—the pre-applied adhesive is strong enough to hold the digitizer securely in place. Just give it a good press along the edges to ensure a tight seal.

Once the screen is secure, your iPad is ready to go back to your customer, looking as good as new!

Conclusion

Replacing the front glass on an iPad 9th generation can seem daunting, but with the right tools and careful attention to detail, it’s a manageable task. By following these steps, you’ll be able to restore your iPad to its original glory. If you found this guide helpful, please give the video a thumbs up, subscribe to iDop UK for more repair tutorials, and hit the notification bell to stay updated on our latest videos. If you have any questions or run into any issues, feel free to drop a comment below—I’m always here to help. Thanks for watching, and I’ll see you in the next video!

I’ve been seeing a lot of buzz lately about budget phones that claim to offer the world. These devices make bold statements about their incredible screens, stellar cameras, and long-lasting batteries—all at a fraction of the cost of flagship smartphones. With specs that seem too good to be true, you might start to wonder: if these budget phones are so great, why would anyone ever spend more than $300 or $400 on a flagship? Are flagship phones essentially a scam? Let’s dive deep into this question by comparing one of the top budget contenders with a leading flagship model.

In this showdown, we have the Samsung Galaxy S23 Ultra, nearly maxed out at a hefty price of $1,379, going head-to-head with what I believe is one of the best budget phones ever made, the Xiaomi Redmi Note 13 Pro Plus, priced at just $349. Yes, you heard that right—you could buy almost four Redmi Note 13 Pro Plus phones for the price of one Galaxy S23 Ultra. But how close does the user experience actually get? Let’s break it down, category by category, to see how these two phones compare.

Unboxing Experience: Xiaomi Takes the Lead

You’d think the unboxing experience of a flagship phone would be unmatched, right? Surprisingly, that’s not the case here. The Redmi Note 13 Pro Plus offers a more comprehensive package right out of the box. In addition to the phone itself, Xiaomi includes a matte black protective case, a USB-C cable, and—get this—a 120W fast charger. In stark contrast, Samsung’s $1,379 Galaxy S23 Ultra comes with just a cable. No case, no charger. If you want a charger, you’ll have to buy it separately, and even then, you won’t get close to the charging speed of the Redmi. Right off the bat, you’re looking at additional costs with the Samsung.

Build Quality: Not as Different as You’d Think

When it comes to build quality, you’d expect flagship phones to offer significantly higher-quality materials, and in some ways, they do. The Galaxy S23 Ultra is equipped with the latest Gorilla Glass Victus 2 on the front and back, while the Redmi Note 13 Pro Plus features the previous generation Gorilla Glass Victus 1. The difference? The newer Victus 2 can withstand slightly more force before cracking. The Galaxy also has an Armor Aluminum frame, which is a bit tougher than the standard aluminum on the Redmi.

However, most users won’t notice these subtle differences. The Xiaomi Redmi Note 13 Pro Plus doesn’t flex, creak, or feel cheap in any way. Its vegan leather back feels just as premium as the glass on the Samsung. The buttons are solid, and the phone is more comfortable to hold thanks to its soft, rounded corners—a stark contrast to the sharp edges of the Galaxy S23 Ultra. Plus, the Redmi is almost 15% lighter, making it easier to handle without feeling flimsy. Both phones also offer IP68 water resistance, so in terms of build and design, the Redmi comes surprisingly close—95% as good as the Samsung at just a quarter of the price.

Display: A Near Tie in Quality

Turning on the screens is where you might expect the difference to be glaringly obvious. However, the Redmi Note 13 Pro Plus doesn’t just hold its own—it almost matches the Samsung. Both phones sport 120Hz OLED displays, offering high contrast, infinite viewing angles, and vibrant colors. The Samsung Galaxy S23 Ultra does have the edge in terms of resolution and brightness, but these advantages are less noticeable than you’d think.

Samsung’s display resolution maxes out at 1440 x 3088 pixels, while the Xiaomi tops out at 1220 x 2712 pixels. But here’s the kicker: by default, the Samsung ships with a resolution of 2316 x 1080—which is actually lower than the Xiaomi’s max resolution. Most users won’t even bother switching to the higher resolution, making the difference negligible in everyday use.

The same goes for brightness. While Samsung’s screen can theoretically get brighter, that extra brightness is locked behind a separate setting that drains battery faster. In normal usage, the Redmi’s screen is actually brighter. The only significant advantage the Samsung has is its LTPO technology, which allows it to dynamically adjust the refresh rate from 120Hz down to as low as 10Hz, depending on what you’re doing. This feature helps conserve battery, but it doesn’t impact screen quality. Overall, I’d say the Redmi’s display offers 95% of the Samsung experience.

Performance: Flagship Power vs. Budget Efficiency

When it comes to performance, the differences start to become more apparent. The Samsung Galaxy S23 Ultra is powered by a Snapdragon 8 Gen 2 chip with 12GB of RAM, while the Xiaomi Redmi Note 13 Pro Plus features a Dimensity 7200 Ultra chip with 12GB of RAM as well. On paper, Samsung’s CPU is twice as powerful, and its GPU is three times as powerful as Xiaomi’s.

In everyday tasks, you’ll notice that the Samsung is more responsive, loads apps faster, and handles games with higher resolution and frame rates. It’s clearly designed for power users who need top-tier performance. The Xiaomi, on the other hand, is more than capable for basic tasks like browsing, social media, and light gaming. If you’re a heavy user or a gamer, you’ll feel the difference—the Redmi offers about 50% of the performance of the Samsung. However, for average users who don’t push their phones to the limit, the experience might feel closer to 75% of the flagship experience.

Cameras: Surprisingly Competitive

Cameras are a critical area where tech companies spend most of their R&D budget, and this is typically where budget phones fall short. However, both the Samsung Galaxy S23 Ultra and the Xiaomi Redmi Note 13 Pro Plus feature a 200MP main camera. Samsung’s camera is slightly better, offering sharper images with more detail, but the difference isn’t as vast as you might expect. In daylight conditions, the Xiaomi performs admirably, capturing crisp, vibrant photos that are on par with the Samsung.

At night, the gap narrows even further, with the Xiaomi sometimes producing better results. However, where the Samsung pulls ahead is in its autofocus system, zoom capabilities, and video recording. The Galaxy S23 Ultra has dedicated zoom lenses, whereas the Redmi relies on digital zoom, which can’t compete in terms of quality. The Samsung also handles video better, thanks to its superior stabilization and noise reduction.

Overall, while the Redmi Note 13 Pro Plus can hold its own in good lighting, the Samsung Galaxy S23 Ultra offers a more versatile and reliable camera experience, especially in challenging conditions. I’d rate the Redmi’s camera experience at 50% of what Samsung offers.

Battery Life: A Mixed Bag

Battery life is another area where expectations differ between budget and flagship phones. The Xiaomi Redmi Note 13 Pro Plus comes with a 120W fast charger that can fully charge the phone in just 20 minutes—three times faster than the Samsung, which doesn’t include a charger at all. However, when it comes to battery life, the Samsung Galaxy S23 Ultra pulls ahead.

Both phones have 5,000mAh batteries, but the Samsung’s more advanced power management and LTPO display allow it to last longer. In real-world usage, the Samsung reached the end of the day with 35% battery remaining, while the Xiaomi had 21% left. The Samsung’s battery also degrades more slowly over time, thanks to its Li-ion technology compared to the Xiaomi’s Li-poly battery, which degrades faster and generates more heat during charging.

If you value fast charging and don’t mind topping up your phone throughout the day, the Xiaomi might suit your needs. But if you prefer a phone that lasts longer on a single charge and holds up better over time, the Samsung is the better choice. I’d place the Redmi’s battery experience at about 75% of what the Samsung offers.

Software: Surprisingly Refined

Software is an area where budget phones often lag behind, especially in terms of updates and support. However, the Xiaomi Redmi Note 13 Pro Plus surprised me with its smooth and feature-rich software experience. Running MIUI 14 based on Android 13, the Redmi offers fluid animations, a high level of customization, and a generally pleasant user interface. Bloatware and ads—often a common complaint with Xiaomi’s cheaper phones—were noticeably absent.

The Samsung Galaxy S23 Ultra runs One UI based on Android 13, which is more polished and corporate, but also highly customizable, especially with Samsung’s Good Lock app. Where Samsung has the upper hand is in software support. Flagship phones typically receive 3-5 years of updates, whereas budget phones like the Redmi are more likely to receive 2 years of updates, with slower rollout times.

While the Redmi’s software is impressive for its price, the Samsung Galaxy S23 Ultra offers a more refined and long-lasting experience. I’d rate the Redmi’s software experience at 85% of what Samsung provides.

Conclusion: Diminishing Returns, But Still Worth It?

So, where does that leave us? The Xiaomi Redmi Note 13 Pro Plus offers an astonishing value for money, often providing 80-90% of the experience that you’d get from a flagship like the Samsung Galaxy S23 Ultra, but at just 25% of the cost. However, flagship phones still hold their ground when it comes to raw power, advanced features, and long-term reliability. If you’re a power user, need the best camera setup, or plan on keeping your phone for several years, the extra investment in a flagship might still be worth it. But if you’re looking for an incredible deal and can live without the absolute best of the best, budget phones like the Redmi Note 13 Pro Plus are closer than ever to bridging the gap.

In summary, budget phones have come a long way and can offer a flagship-like experience for a fraction of the price. However, the decision between cheap vs. expensive ultimately comes down to your needs and priorities. Whether you’re after cutting-edge technology or just great value, there’s something for everyone in today’s smartphone market

Introduction: With each new iPhone release comes a wave of excitement, curiosity, and for many, the inevitable question of repairability. As someone who’s deeply invested in the repair community, I couldn’t resist the opportunity to dive deep into the latest iPhone 14 Pro. In my usual fashion, I’ve purchased not one, but two units of this latest iPhone. This not only allows me to disassemble them to see what’s inside but also to assess how repairable they are by swapping parts between the two phones. With a significant price increase from last year, these phones set me back a staggering $3,500. So, the big question is: what do we get for our money, and how easy (or difficult) is it to repair these devices?

Unboxing and First Impressions: Let’s start with what’s in the box—or more accurately, what’s not in the box. Like its predecessors, the iPhone 14 Pro does not come with a charger. However, what we do get is a SIM card tray, which is something to be grateful for, especially considering that all US models now lack this feature due to the move towards eSIM technology. Once I unboxed both the silver and purple units, I immediately noticed how similar they look to the iPhone 13 Pro. But appearances can be deceiving, especially when it comes to repairability.

Disassembly Process: Before diving into the disassembly, I made sure both phones were set up and fully functional, including programming Face ID. Both phones are model A2890, running iOS 16.0. With that out of the way, it was time to crack them open.

To begin the disassembly, I placed one of the phones on a heat plate set to high for about five minutes. This helps soften the adhesive holding the display in place. Once sufficiently heated, I removed the two pentalobe screws at the base of the phone. While these screws are mainly a deterrent, they still need to be removed to access the internals. Using a suction cup, I carefully pried open the display, inserting a plastic pick to slice through the adhesive and release the retaining clips.

Internal Layout: Opening the iPhone 14 Pro reveals a familiar yet slightly modified internal layout compared to the iPhone 13 Pro. Up top, you’ll notice a more compact Face ID array and the A16 Bionic branding on the logic board. The internal components are meticulously arranged, with only one bracket covering the display and battery connections. However, this bracket is still secured with eight tri-wing screws, which is standard for Apple devices.

Next, I disconnected the battery and display cables, allowing me to remove the display entirely. I repeated the same steps for the second phone, as my plan was to swap the logic boards between the two devices—a test to see how Apple’s software handles part replacements.

Swapping Parts: Here’s where things get interesting. Despite both phones being identical, past experience has taught me that Apple’s software can be notoriously picky about part replacements, even with genuine Apple components. In previous iPhone models, swapping components like the camera, battery, or display often triggered software issues, disabled features, and persistent warning messages. The question now is whether the iPhone 14 Pro is any different.

After disconnecting a total of 13 flex cables, I noticed the logic board was still held down by something. It turned out to be the earpiece, which, once removed, revealed one more hidden screw. With all screws out of the way, I carefully extracted the logic board from the phone. Upon close inspection, I noticed the SIM tray was soldered in place, which raises questions about the internal layout of the US models that lack a physical SIM tray.

With both logic boards freed, it was time for the switcheroo. The only change I made was swapping the logic boards, essentially swapping the brains of the devices. Everything else remained original to each phone. After reassembling the devices, it was time to test them.

Testing and Issues: Once the logic boards were swapped and the displays reattached, I powered on the devices. Initially, everything seemed fine—until I unlocked the phone. I was immediately bombarded with notifications stating that my phone couldn’t verify if the parts were genuine. But how does Apple know? Well, each component in an iPhone is given a unique serial number that’s matched to the phone during manufacturing. As soon as the software detects a mismatch, it triggers these warnings.

These messages aren’t just annoying—they actually block certain features from working. Face ID? Forget about it; it’s disabled. Battery health monitoring? Gone. True Tone and auto-brightness? Both are disabled. This makes the phone inconvenient to use, especially with features like the always-on display, which becomes almost unusable without auto-brightness. And when it comes to the cameras, the rear cameras worked fine, but the front camera refused to function at all.

To confirm my suspicions, I conducted the same tests on the other phone, which produced identical issues. This clearly indicates that Apple is still implementing anti-third-party repair measures, even with their new self-repair program.

iOS Updates and Further Complications: Just when I thought things couldn’t get worse, I decided to update one of the phones to iOS 16.0.1 to see if it would resolve any of the issues. Surprisingly, it did restore some functionality to the front camera, but Portrait Mode and Cinematic Mode remained broken. This is because Apple uses some of the Face ID hardware for these modes, so replacing the front camera not only disables Face ID but also affects these camera features.

But here’s where things took a turn for the worse. After the update, the original part was rejected by the original phone, a first in my experience. Resetting the phone didn’t help either—Face ID and the front camera remained non-functional. The only solution was to downgrade back to iOS 16.0, which temporarily restored functionality. This raises concerns about Apple potentially using software updates to further complicate repairs, making it even harder for users and independent repair shops to fix their devices.

Physical Repair Challenges: Beyond the software issues, the physical repair process also presents challenges. For instance, removing the battery—a common repair task—is made difficult by the use of stretch release adhesive that easily breaks. I managed to remove one adhesive strip, but the other snapped off, leaving the battery firmly stuck in place. Even with alcohol to help loosen the adhesive, it was a struggle to get the battery out.

The camera array was another beast to tackle. Secured under a large metal bracket with tri-wing screws, the camera module is massive, dwarfing older iPhone cameras like the one from the iPhone 5S. The rear glass is also incredibly difficult to replace, thanks to Apple’s use of an adhesive that’s so strong it might as well be considered a weld.

Reassembly and Final Thoughts: After carefully reinstalling the original parts back into each phone, I was relieved to see that all the errors and issues had disappeared. However, the entire experience left me questioning Apple’s approach to repairability. Despite their self-repair program, Apple still exerts complete control over the repair process, from the physical disassembly to the software that runs on the device.

If you replace the display, you lose True Tone and auto-brightness. A new battery disables battery health monitoring. A replaced front camera breaks Face ID, Portrait Mode, and Cinematic Mode. And if you replace the logic board, you trigger all of these issues simultaneously.

In conclusion, while the iPhone 14 Pro is undoubtedly a technological marvel, it’s also a stark reminder of the ongoing battle between consumer rights and corporate control. I might have spent $3,500 on these phones, but they don’t feel entirely mine. Apple’s anti-third-party repair measures make it clear that they want to maintain control over their devices long after they leave the store.

Final Remarks: This has been a Hugh Jeffreys video. If you found this teardown and repair assessment insightful, consider subscribing and checking out my playlist for more videos like this one. If you’re in the market for used devices, be sure to visit my online store—link in the description below. Thanks for watching, and I’ll catch you in the next video.

Top 5 iPhone Repair Mistakes – How to Avoid Them!

Introduction: What’s up, everybody? Hugh Jeffreys here. In this video, we’re diving into the top five biggest iPhone repair mistakes that people make—and, most importantly, how to avoid them. Whether you’re a seasoned repair pro or just starting out with your first iPhone repair, these tips will help you avoid costly errors that could damage your device. Let’s get into it!

Coming in at Number 5: Poor Screw Organization

When disassembling an iPhone, one of the most overlooked but critical steps is screw organization. iPhones have a variety of screws, many of which are different lengths and sizes, so it’s vital to organize them as you remove them. Proper screw organization ensures that when it comes time to reassemble the device, you know exactly where each screw goes. This isn’t just about making reassembly easier—using the wrong screw in the wrong hole can cause serious damage.

A common issue occurs during screen replacements when someone accidentally inserts a long screw into a short screw hole. This can result in the screw puncturing the logic board, causing the phone to malfunction or even preventing it from booting up entirely. This problem, known as “Long Screw Damage,” is one of the most frequent repair errors and can be devastating.

How to Avoid This Mistake: To avoid this, lay out the parts on your workspace in an organized manner, placing each screw next to the part it corresponds to. This way, you’ll know exactly where everything came from when you’re ready to put it back together. You can also use magnetic screw mats, which allow you to stick screws to the exact spot on the mat that corresponds to the part of the phone they came from. This method is particularly helpful for complex repairs where multiple different screw types are involved.

Number 4: Using Cheap or Generic Parts

Another big mistake is using cheap or generic replacement parts. It can be tempting to save money by buying the cheapest parts available, but this often leads to poor performance or even further damage to your device. Generic parts, especially those that are unbranded or counterfeit, may not function as well as genuine or high-quality third-party components. They can cause a range of issues, from decreased battery life to malfunctioning screens.

For example, I’ve seen many people fall for the allure of high-capacity “gold” batteries that promise to last longer than Apple’s original ones. In reality, these are usually just standard batteries with a fancy sticker slapped on them. Applications like CoconutBattery will often reveal that these batteries have the same capacity as a normal iPhone battery, proving that the extra capacity claim is a scam.

How to Avoid This Mistake: To avoid falling into this trap, always purchase parts from reputable sources. Look for parts that come from a known brand or have good reviews. In many cases, it’s worth paying a little extra to ensure you’re getting a part that will work correctly and last longer. For batteries, stick to OEM (Original Equipment Manufacturer) or high-quality aftermarket options that are well-reviewed by the repair community.

Number 3: Using Improper Tools and Equipment

Using the wrong tools is a common mistake, especially for beginners. While the cheap tool kits that come with replacement parts can sometimes get the job done, they are far from ideal. Cheap tools often strip screws, fail to provide the precision needed, and can even damage the device you’re trying to repair. Investing in a high-quality tool kit can make a world of difference.

For example, when I first started repairing iPhones, I used a kitchen knife to remove the standoff screws on an iPhone 5 because I didn’t have the proper standoff bit. This not only made the job more difficult but also risked damaging the components.

How to Avoid This Mistake: If you’re planning to do multiple repairs, it’s worth investing in a professional-grade tool kit. I personally use the iFixit Pro Tech Toolkit, which includes everything you need for most iPhone repairs, including a Phillips screwdriver, pentalobe bit, standoff bit, and various prying tools. If you’re only doing a one-off repair, at least make sure you have the basic tools: a Phillips screwdriver, pentalobe driver, SIM eject tool, and some plastic spudgers. Having the right tools will make the process smoother, safer, and more efficient.

Number 2: Incorrect Removal of Battery Adhesive Strips

Battery replacement is one of the most common iPhone repairs, but it’s also where many people make mistakes. The adhesive strips that hold the battery in place are notoriously strong and can be tricky to remove. Pulling on them at the wrong angle or too aggressively can cause them to snap, leaving you with a battery that’s nearly impossible to remove without resorting to risky prying or using heat, which can damage the phone.

Apple uses these adhesive strips as a way to make battery replacements more difficult for the average user. The strips are designed to be removed carefully, and if done correctly, they should come out without much resistance. However, if they break, you could end up spending more time prying out the battery than doing the actual repair.

How to Avoid This Mistake: To make the removal process easier, take out the Taptic Engine (for iPhone 6 and later) or the dock connector (for iPhone 5S and SE) before attempting to remove the adhesive strips. This will give you more space to pull the adhesive at the correct angle. Pull the strips slowly and steadily to avoid breaking them. If one does break, don’t panic—apply some isopropyl alcohol around the edges of the battery to help loosen the adhesive, making it easier to pry out the battery without damaging other components.

Number 1: Not Disconnecting the Battery Before Repairs

The biggest mistake of all, and one that can cause the most damage, is not disconnecting the battery before starting your repair. This is a critical step that many people overlook, and it can have disastrous consequences. When the battery is still connected, the components inside the iPhone are live. This means that if you accidentally touch or short-circuit any of the connectors, you could fry the motherboard or other critical components.

I’ve seen this happen firsthand. A friend of mine was replacing the display on their iPhone 6S and didn’t disconnect the battery. When they plugged in the new screen, it shorted out the backlight circuit, rendering the display completely dark. The phone still worked, but you couldn’t see anything on the screen, making it essentially unusable. Repairing the backlight circuit is a complex, time-consuming process that requires specialized skills and tools, and it’s something that could have been easily avoided by simply disconnecting the battery.

How to Avoid This Mistake: Always disconnect the battery as the first step in any iPhone repair. This is usually done by removing a small bracket that covers the battery connector, then carefully lifting the connector away from the logic board. Once the battery is disconnected, you can proceed with the rest of the repair without worrying about short circuits or other electrical issues. It’s a simple step that can save you a lot of trouble in the long run.

Conclusion: And there you have it—the top five biggest iPhone repair mistakes and how to avoid them. Whether it’s organizing your screws, using the right parts and tools, or simply disconnecting the battery before you start, these tips can help you avoid common pitfalls and make your iPhone repair experience much smoother.

I hope you found these tips useful. If you did, make sure to hit that subscribe button for more repair videos and tips. Also, follow me on social media, where I share behind-the-scenes content, photos of iPhone repairs, and more. And if you’re looking for more detailed repair guides, check out my iPhone repair playlist.

Thanks for watching, and I’ll catch you in the next video!

Hey everyone, Hugh Jeffries here! In today’s video, we’re going to dive deep into a topic that’s incredibly important if you’re planning to fix your own iPhone. We’ll be taking a look at the top 5 biggest iPhone repair mistakes that people commonly make—and, more importantly, how to avoid them! Whether you’re a seasoned repair tech or just starting out, these tips can save you time, frustration, and possibly even your phone. So, let’s not waste any time and get straight into it!

Coming in at Number 5: Poor Screw Organization

Let’s kick things off with a mistake that might seem trivial at first but can have serious consequences: poor screw organization. When you’re disassembling an iPhone, it’s incredibly easy to misplace screws or forget where each one goes. This might not sound like a big deal, but trust me—it is. Organizing screws during disassembly is crucial for two main reasons: making reassembly easier and preventing damage to your device.

For example, iPhones use different screw lengths and types for various components. If you accidentally place a longer screw into a hole designed for a shorter one, especially in sensitive areas like the logic board, you could end up causing what’s known as “long screw damage.” This occurs when a screw punctures through layers of the logic board, potentially damaging traces and causing irreversible harm. The phone might refuse to boot up, or certain features might stop working altogether. This is a common issue during screen replacements, where people mistakenly put the longer screws for the metal plate into the smaller screw holes.

To avoid this, I recommend a simple yet effective method: as you disassemble the phone, lay out each component you remove on a clean, flat surface. Place the corresponding screws right next to that component. This way, when it’s time to reassemble the device, you’ll know exactly where each screw belongs. Some people even take things a step further by using magnetic project mats, where they can write notes next to each screw and component, keeping everything perfectly organized.

Another tip is to take photos as you go. Documenting your progress can serve as a visual guide during reassembly, especially if the repair takes longer than expected. These small steps can make a huge difference in preventing screw mix-ups and ensuring a successful repair.

Number 4: Using Cheap or Generic Parts

Next up, let’s talk about the quality of the parts you use. One of the most common mistakes I see is people opting for the cheapest or most generic parts they can find, especially when it comes to critical components like screens and batteries. I understand the appeal of saving a few dollars, but going the cheap route can lead to more headaches than it’s worth.

Low-quality parts often don’t match the performance or reliability of genuine Apple parts or high-quality third-party replacements. For example, a cheap screen might have poor touch sensitivity, incorrect color calibration, or might even fail entirely after just a few weeks of use. Worse yet, installing a low-quality battery could result in shorter battery life, poor charging performance, or even safety risks like overheating.

Let’s take those “high-capacity” gold batteries as an example. They’re often marketed as having more power than the original Apple battery, but in reality, they’re just regular batteries with a misleading label slapped on. If you check the actual battery capacity using apps like Coconut Battery, you’ll see that these “high-capacity” batteries offer no more than the standard amount—and sometimes even less. Worse, they can be unsafe and prone to swelling or leaking.

To avoid these pitfalls, it’s important to invest in quality parts. Always buy from reputable sources that offer warranties and have good reviews. Known brands and suppliers usually test their products and offer more reliable replacements. It’s a small price to pay for peace of mind, knowing that your repair will last and that your phone will function as it should.

Another aspect to consider is the environmental impact. High-quality parts typically last longer, reducing the need for frequent replacements and contributing less to electronic waste. By choosing better parts, you’re not only ensuring a successful repair but also making a more sustainable choice.

Number 3: Using the Wrong Tools or Equipment

Let’s move on to the tools you use. A common mistake is relying on cheap or incorrect tools for the job. I’ve seen so many people, especially those new to iPhone repairs, grab the cheapest toolkit they can find or use the free tools that sometimes come bundled with parts. While these might get the job done once, they often lead to issues down the road.

Using the wrong tools can cause a variety of problems. For instance, cheap screwdrivers may not be precisely sized, leading to stripped screws that are incredibly difficult to remove. Similarly, poor-quality prying tools can break easily or damage sensitive components like ribbon cables. These issues can turn a simple repair into a frustrating experience and may even cause you to give up midway through the process.

I still remember when I first started repairing iPhones. I didn’t have the proper tools, so I ended up improvising with whatever I had on hand. One time, I used a knife to remove the standoff screws inside an iPhone 5 because I didn’t have the correct standoff bit or a flathead screwdriver that fit. Needless to say, it wasn’t the best idea and could have easily resulted in damage to the phone.

If you’re serious about doing your own repairs, it’s worth investing in a high-quality toolkit. I personally use the iFixit toolkit, which I highly recommend. It’s a bit of an investment upfront, but it pays off in the long run. The tools are precisely machined, durable, and designed specifically for electronics repair, making the process much smoother and less likely to result in accidental damage.

However, if you’re only doing a one-time repair and don’t want to buy a full toolkit, there are a few essential tools you should have: a good Phillips screwdriver, a pentalobe bit (for the screws that hold the iPhone together), an iPhone standoff bit, a SIM eject tool, and some high-quality prying tools. These basics will cover most iPhone repairs and help you avoid the common pitfalls associated with using the wrong tools.

Additionally, having proper lighting and a clean, organized workspace can make a big difference. Repairing electronics requires precision, and a well-lit, clutter-free environment helps you see what you’re doing and avoid mistakes.

Number 2: Incorrect Removal of Battery Adhesive Strips

The number two mistake on our list is a particularly frustrating one: the incorrect removal of battery adhesive strips. Apple uses incredibly strong adhesive to secure the battery inside the iPhone, and if you’re not careful, removing these strips can quickly become a nightmare.

The adhesive strips are designed to be pulled out slowly, allowing the battery to be removed without the need for excessive prying. However, if you don’t pull the strips correctly—say, if you pull at too steep an angle—they can snap, leaving the battery firmly glued to the inside of the phone. This situation is all too common, and it turns what should be a straightforward battery replacement into a much more difficult task.

For example, if you’re working on an iPhone 5s or SE, you should first remove the dock connector to give yourself more room to work. For iPhone 6 models and later, removing the Taptic Engine will provide the necessary clearance to pull the adhesive strips without obstruction. The key is to pull the strips at a shallow angle, keeping them as flat as possible. This minimizes the risk of them breaking, which is crucial because once they snap, you’re in for a lot of prying and possibly even heating to remove the battery.

If the adhesive does break, you’ll need to be very careful when prying the battery out. Excessive force or using the wrong tools can easily puncture the battery, which is both dangerous and damaging to the phone. In some cases, you might need to use isopropyl alcohol to dissolve the remaining adhesive, making it easier to lift the battery out.

To avoid all this hassle, it’s best to take your time with the adhesive strips. Be gentle and patient, and you’ll likely be able to remove the battery without any issues. If you do end up with broken strips, remember to stay calm and approach the removal process carefully. It’s better to spend a few extra minutes on this step than to risk damaging your phone or, worse, causing a safety hazard.

And the Number 1 Mistake: Not Disconnecting the Battery

Finally, we’ve reached the most critical mistake that you absolutely must avoid: not disconnecting the battery before starting your repair. This is the golden rule of iPhone repair, and yet, it’s one that many people overlook, especially when they’re in a hurry or just starting out.

Failing to disconnect the battery can lead to catastrophic results. The moment you start working on the phone—whether you’re removing the display, swapping out a part, or even just inspecting the internals—there’s a risk that live circuits could short out. One common scenario is when people attempt a screen replacement without disconnecting the battery. If the battery is still connected and you accidentally touch the display connectors, you could create a short circuit. This often results in frying the backlight, leaving you with a phone that powers on but has a completely dark screen.

I know someone who experienced this first-hand with their iPhone 6s. They tried to replace the display without disconnecting the battery, and as soon as they plugged in the new screen, it sparked. The backlight was completely destroyed, and while the phone still turned on, the screen remained pitch black. Repairing a backlight is not an easy fix—it requires specialized tools and expertise in board-level repair, something most DIYers aren’t equipped to handle. Plus, it’s costly and time-consuming to fix.

To avoid this nightmare, make it a habit to always disconnect the battery as your first step. It only takes a minute, but it can save you from hours of troubleshooting, expensive repairs, or even the loss of your device. Once the battery is disconnected, you can proceed with your repair confidently, knowing that you’ve greatly reduced the risk of accidental damage.

Even after disconnecting the battery, it’s wise to handle the phone with care. Static electricity can still pose a threat to sensitive components, so grounding yourself and working in an ESD-safe environment is a good practice. Additionally, when reconnecting the battery after your repair, double-check all your connections to ensure everything is properly seated and secured.

So there you have it—the top five biggest iPhone repair mistakes, and more importantly, how to avoid them. Over the years, I’ve made some of these mistakes myself, and I hope that by sharing them with you, I can help you avoid the same pitfalls. Whether you’re a beginner or a seasoned pro, keeping these tips in mind will help ensure that your iPhone repairs are successful, safe, and long-lasting.

If you found this video helpful, be sure to hit that subscribe button and check out my social media for more tips, tricks, and behind-the-scenes content. I’m always posting updates, including photos and stories from my repair work, so if you’re interested in more insights, definitely follow along. And don’t forget to check out my iPhone repair playlist for more videos like this one. Thanks for watching, and I’ll catch you guys next time!

So, you’re thinking about repairing your own iPhone. Well, we’ve got some good news and some bad news. The good news is that many common iPhone repairs, like replacing a cracked screen or a worn-out battery, are relatively straightforward and can often be completed in about an hour. The bad news is that Apple really doesn’t want you to fix your own phone, so they’ve designed their devices with a few frustrating obstacles that make repairs a bit more challenging than they need to be.

Before you dive into your first repair, here are five crucial things you need to know to ensure your iPhone repair goes as smoothly as possible.

1. You’re Locked Out Without Specialized Screwdrivers

First things first: you won’t get far in your iPhone repair unless you have the right tools—starting with some specialized screwdrivers. Since the iPhone 4, Apple has used proprietary screws known as pentalobes to seal their devices shut. These screws are not only uncommon but also tiny, making them extremely easy to strip if you don’t have the correct tools. In more recent iPhones, you’ll also encounter another rare screw type: the tri-point screw, which is used for securing components inside the phone.

If you attempt to use standard screwdrivers on these screws, you’ll quickly find yourself frustrated and likely damaging the screws, making them difficult or impossible to remove. Fortunately, if you’re purchasing a replacement screen or battery from a reputable supplier like iFixit, their repair kits typically include all the drivers you’ll need for the job. But even if you’re sourcing parts elsewhere, it’s essential to invest in a high-quality toolkit that includes pentalobe and tri-point drivers. Not only will this make your repair easier, but it will also help prevent damage to your phone.

First off, you won’t get far in your iPhone repair without the right tools – starting with some specialized screwdrivers. Since the iPhone 4, Apple’s been using proprietary screws known as pentalobes to seal their devices shut. These screws are not only uncommon but also tiny, making them super easy to strip if you don’t have the correct tools. In more recent iPhones, you’ll also encounter another rare screw type: the tri-point screw, used for securing components inside the phone.

If you try to use standard screwdrivers on these screws, you’ll quickly find yourself frustrated and likely damaging the screws, making them difficult or impossible to remove. Fortunately, if you’re buying a replacement screen or battery from a reputable supplier like iFixit, their repair kits typically include all the drivers you’ll need for the job. But even if you’re sourcing parts elsewhere, it’s essential to invest in a high-quality toolkit that includes pentalobe and tri-point drivers. This’ll not only make your repair easier, but it’ll also help prevent damage to your phone.

2. Adhesive Will Be Your Next Challenge

Once you’ve tackled the screws, you’re not out of the woods yet. Apple uses adhesive to secure both the screen and battery in place, and this adhesive can be surprisingly strong. The adhesive holding down the display is designed to enhance water resistance, while the adhesive on the battery ensures it stays firmly in place, even if the phone is dropped.

If you’re not prepared for this adhesive, it can cause you to apply too much force while trying to separate the screen from the body, potentially damaging the display or other internal components. The battery adhesive can be even trickier—applying too much pressure or prying too aggressively can result in puncturing the battery, which is dangerous and can render the battery unusable.

To safely remove adhesive, consider using isopropyl alcohol or a specialized adhesive remover like the one offered by iFixit. These products can help weaken the glue, making it easier to remove components without damage. However, be mindful that once the adhesive is removed, you’ll likely want to reapply new adhesive if you’re aiming to restore your phone’s water resistance. Reapplying display adhesive can be particularly tricky due to its thin and precise placement, but the phone doesn’t need to function—just know that you’ll lose some water resistance if you skip this step.

If you’re unsure about how to properly reapply adhesive, don’t worry—we’ve got you covered with detailed guides and videos that walk you through the entire process, ensuring you retain as much water resistance as possible.

Once you’ve tackled the screws, you’re not out of the woods yet. Apple uses adhesive to secure the screen and battery in place, which can be surprisingly strong. The adhesive holding down the display is designed to enhance water resistance, while the adhesive on the battery ensures it stays firmly in place, even if the phone is dropped.

But be warned: if you’re not prepared for this adhesive, you can end up applying too much force while trying to separate the screen from the body, potentially damaging the display or other internal components. And the battery adhesive can be even trickier – apply too much pressure or pry too aggressively, and you risk puncturing the battery, which is dangerous and can render it unusable.

To safely remove the adhesive, use isopropyl alcohol or a specialized adhesive remover like iFixit’s. These products can help weaken the glue, making it easier to remove components without damage. Just remember that once the adhesive is removed, you’ll likely want to reapply new adhesive if you’re aiming to restore your phone’s water resistance. Reapplying display adhesive can be particularly tricky due to its thin and precise placement, but the phone doesn’t need to function – just know that you’ll lose some water resistance if you skip this step.

We’ve got detailed guides and videos to walk you through the entire process, ensuring you retain as much water resistance as possible.

3. Replacement Parts May Not Work Exactly Like the Originals

Even if you’re using authentic Apple parts, you might find that your replacement components don’t function exactly like the originals. This is another way Apple has tightened control over its devices, linking certain parts like the screen and battery to the logic board. When you replace these parts, your iPhone may display warnings, and some features might not work as expected.

For example, if you replace your iPhone’s screen, you might lose the True Tone functionality, which adjusts the screen’s color balance based on your environment’s lighting. Replacing the home button, which contains the Touch ID sensor, can result in the fingerprint recognition feature no longer working, as Apple pairs each Touch ID button with the original logic board. Likewise, if you swap out the battery, you may find that the iPhone no longer displays battery health information, as the battery is paired with the logic board.

While these issues are annoying, they don’t prevent the phone from functioning. Your iPhone will still work with the new parts, but some features may be limited or disabled. Unfortunately, there’s no easy way around these software locks, so it’s something to be aware of before starting your repair. The good news is that for most users, these limitations are minor inconveniences and don’t detract from the overall usability of the phone.

4. Keeping Screws Organized Is Essential

One of the most important aspects of iPhone repair is keeping track of the various screws during disassembly and reassembly. iPhones use a wide array of tiny screws, all of different sizes and lengths, and it’s crucial to ensure that each one goes back into its original spot. Mixing up these screws can cause major problems, especially if a longer screw is mistakenly used in a spot meant for a shorter one.

This issue is particularly critical in certain models, where a condition known as “long screw damage” can occur. This happens when a longer screw is inserted into a screw hole that goes through the logic board, causing it to sink too deeply and sever vital circuits. This type of damage can destroy components on the logic board, leading to serious malfunctions that are often beyond repair.

To avoid this, I highly recommend using an organizational tool like a magnetic mat. These mats allow you to place screws in labeled sections that correspond to where they came from in the phone. This way, you can keep everything organized and ensure that each screw is returned to its correct location during reassembly. Staying organized is key to a successful repair and will help you avoid potentially costly mistakes.

5. Activation Lock Is a Major Roadblock

The final point you need to be aware of before attempting an iPhone repair is Activation Lock. This security feature is designed to prevent unauthorized access to an iPhone if it’s lost or stolen. If you’re working on a phone that was wiped or reset without first turning off Activation Lock, and you don’t have the Apple ID and password of the last owner, you’re essentially locked out.

Activation Lock ties the iPhone to the previous owner’s iCloud account, and without their login credentials, there’s no way to activate the phone after a repair. This makes the device virtually useless, except for salvaging individual parts. Unfortunately, many people spend hours searching for Activation Lock workarounds online, only to find that none of them actually work. If you find yourself in this situation, it’s best to cut your losses and focus on using the phone for parts or returning it to the original owner.

So, if you’re considering repairing a second-hand iPhone, make sure Activation Lock has been disabled before you begin. Otherwise, your efforts might be in vain.

Additional Tips for a Successful iPhone Repair

Of course, there are many more things you should know about repairing iPhones, especially as the devices become more complex with each new model. If you’ve got specific questions about a repair you’re thinking about doing, be sure to check out the detailed guides on iFixit.com. These guides provide step-by-step instructions, along with helpful tips and tricks shared by the community, ensuring you have the best chance of success.

Remember, while repairing your iPhone can save you money and extend the life of your device, it’s important to go into the process well-prepared. Having the right tools, understanding the challenges, and following best practices can make all the difference in the outcome of your repair.

Good luck, and happy repairing! If you found this guide helpful, consider checking out more of our resources and joining the community of DIY tech enthusiasts who are keeping their devices in top shape.

In the fast-paced world we live in, our phones have become indispensable tools, making the frustration of a cracked screen or malfunctioning battery all the more severe. The question of who to trust with your device’s repair can be daunting, with various options ranging from the cheapest available to the more expensive but reliable service providers like Apple itself. To help you navigate this dilemma, we’ve taken three identical iPhone 15s and subjected them to the same damage. Now, we’re diving deep into the repair experience across different service options.

Introduction: The Importance of Choosing the Right Repair Service

Imagine dropping your phone—an iPhone 15, in this case—and watching in horror as the screen shatters. The back glass is scratched, and your first thought is, “How am I going to fix this?” This article is designed to guide you through the maze of phone repair options, from the cheapest, most basic repairs to the premium, top-of-the-line services offered by Apple. We’ll break down each option’s pros and cons, helping you make an informed decision on who to trust with your precious device.

Option 1: The Cheapest Repair Option

We begin with Phone Number One, which we decided to get repaired at the cheapest available local repair shop. This option, while budget-friendly, comes with its own set of risks.

Repair Shop: E-Mobile Repair

• Cost: $180 for a screen replacement.
• Service Quality: The shop claimed that their non-genuine screen is “Apple quality without being Apple.” They even threw in a free screen protector and promised to fix any issues that arise.
• Warranty: Details on the warranty were unclear, which is concerning when considering the longevity of the repair.

The temptation to save money is understandable, but it’s important to weigh the cost against potential risks. While the upfront savings are significant, the long-term durability of non-genuine parts is often questionable.

Option 2: The Fair Middle Ground Repair

For Phone Number Two, we sought out a repair shop that strikes a balance between cost and quality—an Apple-certified repair center.

Repair Center: Apple-Certified Repair Shop

• Cost: $300 for a genuine Apple replacement screen.
• Service Quality: The repair center offers genuine Apple parts and Apple-trained technicians, ensuring a higher level of quality.
• Warranty: The shop provided a clear and comprehensive warranty, giving us confidence in the longevity of the repair.

This option provides a good middle ground, offering reliable service and quality parts without the high price tag of an Apple Store.

Option 3: The Apple Experience

Finally, Phone Number Three was sent directly to Apple for repairs. This option, unsurprisingly, was the most expensive.

Service Provider: Apple Store

• Cost: $399 for both the cracked screen and back glass repair.
• Service Quality: As expected, Apple provides the highest quality parts and service. Repairs are performed by Apple-certified technicians using Apple’s own parts, ensuring your phone is as good as new.
• Warranty: Apple’s warranty and customer service are unmatched, offering peace of mind that your phone is in the best hands.

Apple’s repair service, while pricier, is ideal for those who value the assurance of top-quality parts and service. The premium you pay comes with the benefit of knowing your phone will be restored to its original condition.

Video: The Repair Journey Across Different Options

To give you a better understanding of the repair process, we’ve created a short video that showcases each option in action. From the initial damage to the final repair, this video highlights the quality, ease of use, and overall customer experience across all three options.

Watch our video

Conclusion: Making the Right Choice for Your iPhone Repair

So, who should you trust to repair your phone? The answer depends on your priorities:

• Budget-Conscious: If you’re looking to save money and are willing to take a risk, a local repair shop like E-Mobile Repair might be your best bet. However, be prepared for potential issues down the line.
• Balance of Quality and Cost: For those who want a reliable repair without breaking the bank, an Apple-certified repair center offers the best of both worlds—genuine parts and skilled technicians at a reasonable price.
• Premium Quality: If you want the highest quality repair and are willing to pay for it, going directly to Apple is the safest choice. The premium service ensures that your phone will be restored to its original glory.

In the end, the decision is yours. But with the information provided, you’re now equipped to make the best choice for your situation. Don’t leave your phone in the wrong hands—choose a repair service that meets your needs and expectations.

Call to Action

If your iPhone is in need of repair, don’t delay. Contact us today to learn more about our repair options, or visit our shop in Forest Lake for a free consultation. Most repairs are completed in under 30 minutes, and we offer same-day service to get your phone back in your hands as quickly as possible. Trust your local experts to deliver the quality and speed you deserve.

Unleash Your Potential with Gadget Kings: Expert iPhone Repairs

In the quest for employment, your resume and cover letter wield unparalleled power. At Gadget Kings, we are the distinguished resume writers in Brisbane, dedicated to fashioning compelling job application documents that spotlight your distinct skills and expertise. Let us be the architects of your success in a competitive job market, fashioning tailored and meticulously crafted resumes and cover letters that captivate potential employers. If you’re grappling with securing a job in today’s cutthroat market or feel your resume falls short in showcasing your skills and experience, let us be your guiding light. Our seasoned experts possess the proficiency and knowledge to transform any resume into a standout document, guaranteed to seize the attention of potential employers, regardless of your industry or profession. We embark on in-depth research to discern the prerequisites of employers in your field, customizing your CV and cover letter accordingly. Your new CV will be a masterpiece, tailored precisely to showcase your unique strengths and qualifications. It will feature crisp, easily navigable sections and a professionally articulated career summary, offering employers a snapshot of your extensive experience and expertise. Moreover, we will integrate industry-specific jargon and terminology to amplify the efficacy of your document. We take pride in delivering extraordinary service, with communication primarily conducted through phone and email, extending our reach to clients across Australia, even in remote areas.

**Mobile Expert: Reviving Your Device with Precision**

*Asus Zenfone Go ZB500KL Glamour Red* – Are You Sure You Want to Leave?

The intricate logic board of a phone can give rise to an array of issues if not functioning optimally. Whether you’re confronted with error messages, overheating, or complete device failure, Mobile Expert boasts skilled technicians primed for swift, cost-effective circuit board repairs.

Is your iPhone a victim of unfortunate mishaps, perhaps run over by a car or dropped on unforgiving terrain, leaving the motherboard bent and local repair shops stumped? The prospect of lost photos and data can be distressing. Allow us to introduce you to the world of CPU and NAND SWAP, a technique where we transplant your storage onto a new logic board, safeguarding your invaluable data. Employing our dexterity, we seamlessly transfer the CPU, NAND (Storage), and Baseband from the damaged or bent motherboard to the new board, ensuring your precious data remains intact.

**Rescuing Data from Watery Depths**

Liquid Damage to Your iPhone: Accidentally immersed your iPhone in water? Regardless of its IP67 or IP68 water resistance rating, the rubber seal between the screen and metal frame weakens over time. Intensive activities like GPS usage or prolonged gaming sessions can expedite this degradation. Shockingly, 25% of iPhone users report water-related incidents, and even 15% of iPhone buyers grapple with liquid damage due to accidental submersion. Fear not, for our certified electricians possess the finesse to diagnose and rectify water-damaged iPhones. Motherboard repairs demand meticulous precision, a complex process that our skilled experts excel at. Data Recovery: Whether your iPhone is unresponsive or has taken an unplanned dip, refusing to power on, our trained professionals are on hand to assist. They adeptly navigate all levels of soldering, from CPU to NAND Repair, facilitating data retrieval.

**Mac and iPhone Repairs: Tackling Audio IC Issues and More**

Audio IC Problem: Prevalent in iPhones, this issue traces back to the iPhone 4. It manifests as an inability to hear sound during phone calls, often attributed to Audio IC malfunction. Phone impacts can exacerbate this issue, potentially affecting the main logic board. Battery and FPC Connector: A broken battery connector on the motherboard can result in your device functioning solely when plugged in. Charging Woes: If your iPhone refuses to charge despite multiple attempts with different ports, it may be indicative of a deeper issue. Baseband and CPU IC play a crucial role, with a unique IMEI linked to them. If this IMEI is compromised due to baseband malfunction or damage, tower signal registration becomes impossible. This, in turn, leads to a lack of reception. Baseband damage can stem from accidental drops or, in some cases, manufacturing defects. There’s also a risk of signal loss or SIM card recognition post Audio IC Repair, should improper techniques be employed, potentially damaging the Baseband CPU. Our Brisbane Workshop showcases a snapshot of our dedicated workbench. Equipped with top-tier tools and expertise, we adeptly handle Mobile Phone motherboard repairs and Data Recovery. With 13 years of industry experience, we continually refine our skills, tackling new devices and challenges with each passing day. Mobile Expert houses highly skilled and seasoned technicians, adept at handling everything from water-damaged phones to compromised motherboards.