Microsoft Surface Laptop 3 Battery Replacement
Complete guide to Microsoft Surface Laptop 3 battery replacement. 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
Battery Replacement is one of the most common repairs for Microsoft Surface Laptop 3. This repair involves replacing the damaged power component with a new or refurbished part. The process typically takes 30 min - 1 hour and requires moderate skill level.
What You'll Need
- Replacement power 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: Prepare your device
Turn on your laptop and allow the battery to discharge below 25% before starting your repairs, as a charged lithium-ion battery can be dangerous if accidentally punctured.
Power down your laptop and unplug any cables.
Close the laptop.
Step 2: Flip the laptop over
Flip the laptop over and place it on your work surface, feet facing up.
Step 3: Removal tip
The feet on the bottom of the laptop are meant to be removed with the pointed end of a spudger.
Each foot has a hidden indent that will simplify removal.
To make sure the spudger is in the indent, insert it at the nearest '''long edge''', pushing parallel to the short edges of the laptop, as shown.
Note that the two feet near the rear (screen) edge are different than the two front feet.
Step 4: Remove the rear feet
Insert the pointed end of a spudger underneath one of the two rear feet, at its rear edge.
Push the spudger underneath the foot and pry up to release it.
The two rear feet are secured with some light adhesive.
Repeat to remove the second rear foot.
Step 5: Remove the front feet
Insert the pointed end of a spudger underneath one of the two front feet, at its front edge.
Push the spudger underneath the foot and pry up to release it.
The two front feet are secured with plastic clips as well as light adhesive.
Repeat to remove the second front foot.
Step 6: Reassembly tip
During reassembly:
Note that the front and rear feet are different.
Note that the front feet are directional and only clip in one way.
Step 7: Reassembly tip
In place of reusing old, worn out feet on your device, 8 mm rubber furniture pads can be a good substitute.
Peel a pad away from its backing, align it over a foot cavity, and press to secure.
Step 8: Remove the upper case screws
Use a T5 Torx driver to remove the four 3 mm screws in the foot cavities securing the upper case to the device.
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 to avoid damaging your laptop.
During reassembly, don't over-tighten these screws—they strip easily.
Step 9: Open the display
Flip the device over.
Open the display as far as it will go.
Step 10: Lift up the upper case
The upper case is secured in place by magnets.
Grip the top edge of upper case above the keyboard and lift straight up to release it.
Don't try to completely remove the upper case just yet, as it's still connected to the rest of the laptop.
Lift the front edge of the upper case up and away from the laptop, taking care to not strain the keyboard and touchpad ribbon cable underneath.
During reassembly, lower the upper case onto the lower case until the magnets snap into place and it lays flat.
Check that the upper case sits flush around the entire perimeter. Any gaps between the upper and lower case near the display could cause damage to the display as it closes.
Step 11: Disconnect the ribbon cable
The keyboard and touchpad ribbon cable is secured in place by a magnet connector.
On some models, this connector is surrounded by black tape.
Insert the flat end of a spudger underneath one edge of the ribbon cable connector, and pry up to release it.
Remove the ribbon cable from the motherboard.
Step 12: Remove the upper case
Remove the upper case.
Set the upper case onto a clean surface, keyboard-side down.
Ensure the ribbon cable lays flat, and isn't twisted or stressed.
Step 13: Remove the SSD screw
Use a T5 Torx driver to remove the 2.7 mm screw securing the SSD.
Removing the SSD also [guide|127277|functions as a battery disconnect|stepid=247760|new_window=true] and should be performed before all major repairs.
Step 14: Remove the SSD
With the SSD screw removed, the SSD will pop up at a shallow angle.
Grip the end of the SSD and pull it away from its board connector to remove it.
During reassembly, insert the SSD at a shallow angle into its board connector, and secure it back into its horizontal position with the SSD screw.
Step 15: Remove the tape
Use a pair of [product|IF145-020|tweezers] to remove the two pieces of black tape covering the bottom left and bottom right corners of the motherboard.
During reassembly, if the tape is sticky enough to be reused, reapply it.
Step 16: Remove the heatsink shield
Use an opening tool to pry up the front edge of the metal shield covering the heatsink.
Try not to deform the shield too much—you'll need to reinstall it during reassembly.
Step 17:
Work your way around the perimeter of the shield, prying up intermittently, until you can remove it completely.
Step 18:
Remove the heatsink shield.
Step 19: Disconnect the cooling fan
Use the pointed end of a spudger to flip up the locking flap on the fan cable's [link|https://www.ifixit.com/Guide/Recognizing+&+Disconnecting+Cable+Connectors/25629#s64969|ZIF connector|new_window=true].
Use a pair of tweezers to pull the fan cable straight out of the connector.
Step 20: Remove the heatsink screws
Use a T3 Torx driver to remove the ten screws securing the heatsink:
Two 2.5 mm screws
Three 2.0 mm screws
One 3.0 mm screw
Two 4.1 mm screws
Two 3.4 mm screws
Step 21: Reassembly tip
During reassembly:
Align the heatsink with the centering peg on the motherboard.
Tighten the four CPU tension screws in an "'''X'''" pattern.
Step 22: Clear the alignment peg
Use the tip of your finger to lift the far right edge of the heatsink up and off of the small alignment peg near the right side of the fan on the lower case.
Once the heatsink has cleared the peg, lightly pull the right edge towards the front of the device.
Step 23: Remove the heatsink
Remove the heatsink.
If the heatsink feels stuck to the CPU, gently wiggle it side-to-side to separate it from the thermal paste holding it down.
Don't pull on the heatsink too hard; the heat pipes are susceptible to creasing.
Step 24: Reapply thermal paste
Before reinstalling the heatsink, follow [link|https://www.ifixit.com/Guide/How+to+Apply+Thermal+Paste/744|this guide|new_window=true] to clean the heatsink and CPU and reapply thermal paste.
Step 25: Remove the motherboard shields
Some motherboard screws are located under two of the metal shields, both of which need to be removed.
Use an opening tool to pry up an edge of the metal shield covering the right side of the motherboard.
Try not to deform the shield too much—you will need to reinstall it during reassembly.
Work your way around the perimeter of the shield, prying up intermittently, until you can remove it completely.
Remove the shield.
Step 26:
Repeat the previous step to remove the second shield from the left side of the motherboard, closest to the CPU.
Step 27: Disconnect the right speaker
Use the pointed end of a spudger to lift and disconnect the right speaker wire from its connector on the motherboard.
Step 28: Disconnect the Surface Connect port
Use an opening tool to flip open the gold locking arm on the Surface Connect port's motherboard connector.
Step 29:
Grip the Surface Connect port cable and pull it away from its connector to remove it.
Step 30: Disconnect the left speaker
Use the pointed end of a spudger to lift and disconnect the left speaker wire from its connector on the motherboard.
Step 31: Remove the display connector shields
Use an opening tool to pry up the black shield covering the right bank of display connectors.
Try not to deform the shield too much—you will need to reinstall it during reassembly.
Repeat at different points around the shield until it becomes loose.
Remove the shield.
Step 32:
Repeat the previous step to remove the remaining shield from the left bank of display connectors.
Step 33: Disconnect the display cables
Use the flat end of a spudger to pry the first display cable up and out of its socket on the motherboard to disconnect it.
Step 34:
Disconnect the three remaining display connectors.
Step 35: Reassembly tip
During reassembly, use the flat end of a spudger to gently push the display cables back into their cavity in the lower case.
Step 36: Disconnect the antenna cable
Use a pair of [product|IF145-020|tweezers] to grip the [guide|25629|antenna cable|stepid=64972|new_window=true] close to its base.
Pull straight up to disconnect the cable.
Step 37: Remove the motherboard bracket
Use a T3 Torx driver to remove the two 3 mm screws securing the motherboard bracket.
Step 38:
Use a pair of tweezers to remove the motherboard bracket.
Step 39: Remove the motherboard screws
Use a T3 Torx driver to remove the six 2 mm screws securing the motherboard.
Optionally, to simplify motherboard removal, use a T3 Torx driver to remove the three screws securing the port bracket, then remove the bracket.
Step 40: Remove the motherboard
Use your fingers to lift and remove the motherboard.
If the motherboard feels stuck, slide the motherboard to the right so the I/O ports clear their cutouts on the chassis.
Ensure the two [link|https://guide-images.cdn.ifixit.com/igi/6jKES1oqxTSE1N4M.full|screwpost braces|new_window=true] underneath the motherboard don't get lost during removal.
Step 41: Check cables during reassembly
When you reinstall the motherboard, verify that no cables get trapped under the board as you lower it into place. Check each of the five locations carefully:
Four display cables
Antenna cable
Left speaker cable
Surface Connect cable
Right speaker cable
Step 42: Loosen the battery contact cable adhesive
If you don't have an iOpener, use a hair dryer to warm up the cable instead.
Step 43: Separate the battery contact cable
Slide an opening pick underneath the battery contact cable to separate it from the case.
If the adhesive is stubborn, don't force the pick. Lightly reheat the cable and try again.
During reassembly, note that the contact cable is centered in place with both a screwpost and an alignment peg.
Step 44: Remove the battery screws
Use a T3 Torx driver to remove the six 2.7 mm screws securing the battery to the case.
Step 45: Loosen the battery adhesive
Apply adhesive remover or high-concentration (90% or higher) isopropyl alcohol to the top edges of all three battery cell groups.
If you are using adhesive remover, [https://www.ifixit.com/Guide/iFixit+Adhesive+Remover+Preparation/118537|follow these preparation steps first|new_window=true].
Wait 2–3 minutes for the adhesive remover to penetrate and soften the adhesive before you proceed to the next step.
Step 46:
Take care not to puncture or bend the battery with your tools—a punctured or bent battery may leak dangerous chemicals or cause a thermal event.
Slide a [product|IF145-101|plastic card] underneath the far left battery cell group to slice through the adhesive holding it to the case.
If you encounter significant resistance at any point during this procedure, pause and apply more adhesive remover. Wait for it to soak into the adhesive, and try again.
Wiggle the card from side to side as you insert it under the battery cells to fully separate all adhesive holding them in place.
Leave the plastic card temporarily underneath the cell to prevent it from re-adhering while you continue.
Step 47:
Slide a second plastic card underneath the middle battery cell group to slice through the adhesive holding it to the case.
Wiggle the card from side to side as you insert it under the battery cells to fully separate all adhesive holding them in place.
Step 48:
Slide the card out from under the middle cell group.
Leave the card that's underneath the left group in place for now.
Slide the plastic card underneath the far right battery cell group to slice through the adhesive holding it to the case.
Wiggle the card from side to side as you insert it under the battery cells to fully separate all adhesive holding them in place.
Leave the plastic card temporarily underneath the right cell group to prevent it from re-adhering while you continue.
Step 49: Remove the battery
Use both plastic cards to lift the entire battery assembly up and away from the case.
If the battery still feels adhered to the case, reapply adhesive remover and use the plastic cards in problem areas to make sure all three cell groups are fully separated from the case.
Remove the battery.
During reassembly, double-check the fit and alignment of your new battery before sticking it down.
If your battery came with adhesive pre-installed on the bottom, flip it over and carefully peel away the liner to expose the adhesive. If your battery did not come with adhesive, apply a thin double-sided adhesive tape such as [https://www.ifixit.com/Store/Tools/Tesa-61395-Tape/IF317-072-4|Tesa 61395|new_window=true] to keep your battery in place.
Carefully position the battery and set it into place. Press and hold each cell group firmly for 5–10 seconds to secure it to the lower case.
📖 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-$120)
- ✅ Learn new skills
- ❌ Risk of further damage
- ❌ No warranty
- ❌ Requires tools and time
🔧 Professional Repair
- ✅ Expert installation
- ✅ Warranty included
- ✅ Faster turnaround
- ❌ Higher cost ($50-$200)
- ❌ Need to find reputable shop
Environmental Impact
By choosing to repair your Microsoft Surface Laptop 3 instead of replacing it, you're preventing approximately 275 kg of CO₂ emissions. Manufacturing a new Microsoft Surface Laptop 3 generates 280 kg of CO₂, while this repair only produces about 5 kg of CO₂. That's a 98% reduction in carbon emissions!
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