Google Pixel 5 Power Button Repair
Complete guide to Google Pixel 5 power button repair. Cost estimates, difficulty level, time required, and environmental impact.
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💰 Cost Breakdown
💡 Tip: Costs vary by location and repair shop. Authorized service centers typically charge more than independent repair shops.
🔧 Repair Overview
Power Button Repair is one of the most common repairs for Google Pixel 5. This repair involves replacing the damaged input component with a new or refurbished part. The process typically takes 1-2 hours and requires moderate skill level.
What You'll Need
- Replacement input part (OEM or aftermarket)
- Precision screwdriver set (Phillips #000 or pentalobe)
- Opening tools (plastic spudger, suction cup)
- Adhesive strips or glue
- Clean workspace with good lighting
Step-by-Step Process
Step 1: Heat the bottom edge of the screen
A hair dryer, heat gun, or hot plate may also be used, but be careful not to overheat the phone—the display and internal battery are both susceptible to heat damage.
Step 2: Screen removal information
While you're waiting for the adhesive to loosen, take note of the following:
''Screen seam'': This seam separates the screen from the rest of the phone. ***Do not pry at this seam.***
''Bezel seam'': This is where the plastic bezel designed to protect the screen meets the frame. It's held in place by [link|https://guide-images.cdn.ifixit.com/igi/DVtjMyTTEnTEBZeQ.full|new_window=true|plastic clips]. ***This is where you should pry.***
Step 3: Anti-Clamp instructions
The next two steps demonstrate the [product|IF145-513|Anti-Clamp], a tool we designed to make the opening procedure easier. ***If you aren't using the Anti-Clamp, skip down two steps for an alternate method.***
For complete instructions on how to use the Anti-Clamp, [guide|152309|check out this guide|new_window=true].
Pull the blue handle towards the hinge to disengage opening mode.
Position the suction cups near the bottom edge of the screen—one on the front, and one on the back.
Push down on the cups to apply suction to the desired area.
If you find that the surface of your device is too slippery for the Anti-Clamp to hold onto, you can use packing tape to create a grippier surface.
Step 4:
Push the blue handle away from the hinge to engage opening mode.
Turn the handle clockwise until you see the cups start to stretch.
Make sure the suction cups [link|https://guide-images.cdn.ifixit.com/igi/bEmDKjgQ2wnEDpSe.full|new_window=true|remain aligned to each other]. If they begin to slip out of alignment, loosen the suction cups slightly and realign the arms.
Wait one minute to give the adhesive a chance to release and present an opening gap.
Insert an opening pick under the screen and its bezel frame when the Anti-Clamp creates a large enough gap.
If the Anti-Clamp doesn't create a sufficient gap, apply more heat to the area and rotate the handle clockwise half a turn.
Don't crank more than a half a turn at a time, and wait one minute between turns. Let the Anti-Clamp and time do the work for you.
***Skip the next step.***
Step 5: Insert an opening pick
Apply a suction cup to the screen, as close to the heated edge as possible.
If your screen is badly cracked, follow [link|https://www.ifixit.com/Guide/How+to+Tape+Over+a+Cracked+Phone+Screen/140533|this guide] to tape over the cracked screen. If all else fails, you can superglue the suction cup to the broken screen.
Pull up on the suction cup with strong, steady force to create a gap.
Depending on the age of your device, this may be difficult. If you have trouble, apply more heat and try again.
Insert the opening pick into the gap.
Step 6: Slice the bottom adhesive
Slide the opening pick back and forth along the bottom of the screen to slice the adhesive.
Leave the pick inserted in the bottom right corner to prevent the adhesive from re-sealing.
Step 7: Heat the left edge of the screen
Apply a heated iOpener to the left edge of the screen for one minute.
Step 8:
Insert another opening pick into the bottom left corner of the screen.
Slide the opening pick around the left corner.
Do not insert the pick more than 1/4 inch (6 mm) or you may damage the screen's flex cable located in the middle of the left edge.
Continue to slide the pick up towards the front camera to slice the adhesive on the left edge of the screen.
Leave the pick inserted to prevent the adhesive from re-sealing.
Step 9:
Insert another opening pick into the top left corner of the screen.
Slide the pick around the front camera and across the top edge of the phone.
If the adhesive is difficult to slice, apply heat to the area for one minute and try again.
Slide the pick to the top right corner of the phone and leave the pick inserted.
Step 10:
Insert an opening pick into the bottom right corner of the screen.
Slide the pick up to the top right corner to slice the last edge of adhesive.
You may need to run an opening pick around the edges again to ensure all the adhesive is cut. It is applied the thickest on the four corners.
Step 11: Open up the screen
Use the opening pick from the top left corner to lift up the left edge of the screen a few millimeters. This will keep the clips from snapping back down into the case.
Lift up on the right side of the screen and open up the phone like a book.
Do not open the screen more than 90 degrees to prevent damaging the screen flex cable.
Step 12: Disconnect the screen
Use [product|IF145-020|tweezers] to grip the screen connector cover securing the screen flex cable.
Push the clip in towards the connector to unlatch it.
Step 13:
Remove the screen connector cover.
Make sure to keep this component to reinstall it during reassembly.
Step 14:
Use the tip of the spudger to pry up and disconnect the screen flex cable.
To re-attach [link|https://www.ifixit.com/Guide/Recognizing+&+Disconnecting+Cable+Connectors/25629#s70308|press connectors] like this one, carefully align and press down on one side until it clicks into place, then repeat on the other side. Do not press down on the middle. If the connector is misaligned, the pins can bend, causing permanent damage
Step 15: Screen information
***The back of the Pixel's screen is very fragile. Even a small scratch or dent can damage the screen.***
To prevent damaging your screen or replacement screen:
When handling your screen, grip it by its edges.
When placing the screen on your work area, make sure nothing is touching the bottom of the screen. Consider placing it on a soft, lint-free cloth.
Step 16: Remove the screen
Remove the screen.
Use tweezers to pick off the [link|https://d3nevzfk7ii3be.cloudfront.net/igi/4BbyQbc2auKVDprO.full|remaining adhesive] on the case.
If you use isopropyl alcohol to clean the adhesive off the display, be sure to not let it splash onto any unintended components, as this can weaken their adhesive bond.
If you replaced the screen, check the screen's front-facing camera hole and remove any protective liners covering it.
If your replacement screen's display cable is held down by tape, remove the tape before installation.
If you are using a custom-cut adhesive, follow [guide|155635|this guide|new_window=true] to correctly apply new screen adhesive.
If you are using Tesa tape to reattach the screen, [guide|113604|follow this guide].
During the boot-up process after reassembly, the screen will go through a calibration sequence. Do not touch the screen during this process, as it could result in improper touch calibration and create touch issues.
Step 17: Remove the graphite tape
Use [product|IF145-020|tweezers] to lift up the graphite tape until you are able to grip it with your fingers.
Take care not to puncture or bend the battery with your tool—a punctured or bent battery may leak dangerous chemicals or cause a thermal event.
Peel off the graphite tape.
Step 18:
Use tweezers to peel off the graphite pad covering the charging plate cover.
If you are able to keep the graphite pad in good condition, you may reapply it during reassembly.
Step 19: Remove the charging plate cover
Use a T3 Torx driver to remove the two 4.6 mm-long screws securing the charging plate cover to the midframe.
Throughout this repair, [https://www.ifixit.com/Store/Tools/Magnetic-Project-Mat/IF145-167-4|keep track of each screw|new_window=true] and make sure it goes back exactly where it came from.
Step 20:
Use tweezers to remove the charging plate cover.
Make sure to keep this component to reinstall it during reassembly.
Step 21:
Use a T3 Torx driver to remove the eight 4.6 mm-long screws securing the midframe.
Step 22: Remove the midframe
Use tweezers to lift up the right side of the midframe.
Remove the midframe.
The spacer at the top of the phone is likely to fall out when you remove the midframe. Remember to save this spacer for reassembly. See pictures in the [link|https://www.ifixit.com/Guide/Google+Pixel+5+Motherboard+Replacement/140529#s280373|new_window=true|motherboard replacement guide].
Step 23: Disconnect the battery
Use the pointed end of the spudger to pry the battery connector straight up and disconnect it from the motherboard.
Step 24: Remove adhesive pull tabs
Use blunt nose [product|IF145-020|tweezers] to grip the black adhesive pull tab located on the top right edge of the battery. Lift the pull tab with the tweezers until you are able to grip it with your fingers.
Pull on the pull tab with a ***slow, steady force at a shallow angle*** to prevent the pull tab from snapping in the middle.
Try to keep the adhesive strips flat and unwrinkled during this procedure; twisted or wrinkled strips will stick together and break instead of pulling out cleanly.
If the adhesive becomes hard to pull, you can roll it around a spudger and continue pulling.
If the pull tab breaks prematurely, use tweezers to retrieve the remaining length of adhesive and continue pulling.
If you are unable to retrieve it, move on to the next step.
Step 25:
Use the same process to remove the pull tab located at the bottom left edge of the battery.
If this tab breaks prematurely and you are not able to retrieve it with tweezers, move on to the next step.
Step 26: Loosen the adhesive
If any of the adhesive strips broke off underneath the battery and could not be retrieved, apply a few drops of high concentration (over 90%) isopropyl alcohol into the opening of the affected tab.
Step 27:
Tilt the phone so that the alcohol flows towards the remaining adhesive.
Wait one minute for the adhesive to soften, then proceed to the next step.
Step 28: Remove the battery
Insert an opening pick into the gap long the left side of the battery.
Use the opening pick to slice the remaining adhesive at the top and bottom of the battery.
Avoid scraping the two flex cables under the battery with your opening pick.
This may be difficult as the adhesive is [link|https://d3nevzfk7ii3be.cloudfront.net/igi/YTLmiJsEUsHgHpkb.full|strategically located] between the cables and the battery tray. A possible solution is to cut a plastic card to fit between the flex cables and battery tray edge.
Do not bend the battery.
Avoid the [link|https://d3nevzfk7ii3be.cloudfront.net/igi/bR1Wr1tokmyGfFNC.full|earpiece contact pins] located near the top left corner of the battery as you pry up with your opening pick.
If you cannot pry the battery up, add a few more drops of isopropyl alcohol to the adhesive. A [product|IF145-101|plastic card] can also be helpful during this process.
Step 29:
Do not reuse the battery if it has been deformed or damaged, as doing so is a potential safety hazard. Replace it with a new battery.
Remove your old battery.
📖 Repair guide provided by iFixit - The free repair manual. Licensed under CC BY-NC-SA 3.0.
iFixit Difficulty: Moderate | Time: NaNh NaNm
DIY vs Professional Repair
✋ DIY Repair
- ✅ Lower cost (parts only: $30-$84)
- ✅ Learn new skills
- ❌ Risk of further damage
- ❌ No warranty
- ❌ Requires tools and time
🔧 Professional Repair
- ✅ Expert installation
- ✅ Warranty included
- ✅ Faster turnaround
- ❌ Higher cost ($50-$140)
- ❌ Need to find reputable shop
Environmental Impact
By choosing to repair your Google Pixel 5 instead of replacing it, you're preventing approximately 57 kg of CO₂ emissions. Manufacturing a new Google Pixel 5 generates 60 kg of CO₂, while this repair only produces about 3 kg of CO₂. That's a 95% reduction in carbon emissions!
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