How to Unscrew With a Power Drill: 7 Simple Steps and Easy Fixes
To unscrew with a power drill, insert a screwdriver bit that fits the screw head, switch the drill to reverse, and squeeze the trigger slowly while keeping the bit straight. Most screws loosen when turned counterclockwise. Gentle pressure and controlled speed help prevent slipping, stripped heads, and damage to the surrounding material.
A power drill can remove screws from furniture, cabinets, wooden boards, and many household fixtures in seconds. It’s especially handy when you’re taking apart something held together by dozens of fasteners. But using too much speed or the wrong bit can quickly turn a simple job into a frustrating repair.
The key is knowing how to control the drill. Reverse rotation, clutch settings, and the correct screwdriver bit all affect how smoothly a screw comes out.
This guide explains how to unscrew with a power drill step by step, which settings work best, and what to do when a screw refuses to move. You’ll also learn how to handle stripped screw heads without making the damage worse.
Which Way Does a Power Drill Turn to Remove Screws?
A power drill normally turns counterclockwise to remove screws and clockwise to tighten them. Most household screws have right-hand threads, meaning they loosen when rotated to the left. Selecting reverse mode changes the drill’s rotation so the screwdriver bit backs the screw out instead of driving it deeper.
An easy way to remember the direction is the familiar phrase, “righty tighty, lefty loosey.”
This rule applies when looking directly at the screw head.
How to Find the Reverse Switch
Most cordless drills have a small forward/reverse selector just above the trigger.
The switch commonly has three positions:
- Forward: Clockwise rotation for driving ordinary screws.
- Reverse: Counterclockwise rotation for removing ordinary screws.
- Center lock: Prevents the trigger from operating.
The exact switch direction varies between drill models.
According to manufacturer guidance on drill controls, reverse rotation is used to loosen and remove fasteners.
Before contacting the screw, briefly run the drill away from the workpiece to confirm the bit rotates counterclockwise when viewed from its tip toward the drill.
Heads Up: Some specialized fasteners use left-hand threads. These loosen clockwise, so check the fastener before applying force.
What Do You Need Before Removing a Screw?
Removing an ordinary screw with a drill requires a working drill with reverse rotation, a properly sized screwdriver bit, and a secure workpiece. A variable-speed trigger gives you better control. Safety glasses are also sensible, especially when dealing with damaged screws, metal surfaces, or flying debris.
The screwdriver bit deserves particular attention because a poor fit can damage the screw head almost immediately.
Choose the Correct Screwdriver Bit
| Screw Head | Recommended Bit | Common Application |
|---|---|---|
| Phillips | Matching Phillips bit | Furniture, cabinets, household repairs |
| Slotted | Properly sized flathead bit | Older furniture and hardware |
| Torx | Matching Torx bit | Decking, appliances, hardware |
| Square (Robertson) | Matching square bit | Woodworking and cabinet construction |
| Hex socket | Correct hex driver bit | Furniture and machine fasteners |
A common Phillips screw may require a #2 Phillips bit, but screw sizes vary.
Don’t assume that every cross-shaped screw uses the same size. Pozidriv screws, for example, require a different bit profile from Phillips screws.
Quick Check: Insert the bit into the screw head by hand. It should fit snugly without rocking noticeably.
If the bit feels loose, try another size or type before using the drill.
How to Unscrew With a Power Drill in 7 Steps
To unscrew with a power drill, secure the workpiece, select the matching screwdriver bit, and set the drill to reverse. Use a low-speed setting, keep the bit aligned with the screw, and apply steady pressure. Once the screw loosens, remove it slowly to avoid damaging the material.
These seven steps work for most ordinary household screws.
Step 1: Secure the Workpiece
Start by placing the object on a stable surface.
If you’re removing screws from a loose wooden board, secure it with clamps so it cannot spin or shift.
For furniture, make sure the piece cannot tip over when a fastener comes loose.
Don’t hold a small workpiece in one hand while operating the drill with the other.
Step 2: Insert the Correct Screwdriver Bit
Turn off the drill and disconnect its power source as directed by the manufacturer before changing accessories.
Open the chuck, which is the part at the front of the drill that holds the bit.
Insert the correct screwdriver bit and tighten the chuck securely.
For drills with a quick-change hex holder, push the compatible bit into the holder until it locks.
Give the installed bit a gentle pull to confirm it’s secure.
Step 3: Set the Drill to Reverse
Find the direction selector near the trigger.
Move it to the reverse position while the drill is stopped.
Test the rotation away from the screw.
If the bit spins counterclockwise when viewed from the working end, it’s ready for an ordinary right-hand screw.
Don’t change direction while the drill is still spinning.
Step 4: Select a Low Speed and Suitable Clutch Setting
If your drill has a two-speed gearbox, choose the lower-speed setting, commonly marked 1.
Set the adjustable clutch to a moderate screwdriving setting.
The clutch limits the turning force delivered before it begins slipping.
For a delicate screw, start with less torque. For a tight screw, increase the setting gradually if necessary.
The full explanation of how to use drill torque settings covers how the numbered collar controls turning force.
Avoid hammer mode for ordinary screw removal.
Step 5: Position the Drill Straight
Place the screwdriver bit fully into the screw head.
Keep the drill aligned with the screw’s centerline.
For a screw entering a wooden board at a right angle, the bit should normally sit perpendicular to the board.
Apply firm, steady pressure toward the screw head.
This helps the bit stay seated instead of climbing out of the recess.
Step 6: Squeeze the Trigger Slowly
Press the trigger lightly.
Let the drill start turning at a controlled speed.
If the screw begins loosening, maintain steady pressure and continue in reverse.
Avoid pulling the trigger fully. High speed makes it harder to control the bit, especially when the screw is almost free.
If the bit slips or the motor stalls, release the trigger immediately and check the problem.
Step 7: Remove the Screw Completely
Once the screw is nearly free, reduce the speed even more.
Support any part that might fall when the screw comes out.
For small furniture screws, finishing the last few turns by hand can give you better control.
Place removed screws in a small container so they don’t disappear.
That’s it. You’ve removed the screw without drilling a new hole or damaging the head.
What Drill Settings Work Best for Removing Screws?
The best settings for unscrewing are reverse rotation, low speed, and enough torque to loosen the fastener without slipping. For a drill with multiple gears, first gear is usually the better choice. Adjust the clutch based on resistance instead of automatically selecting maximum power.
Here’s a practical starting point.
| Drill Setting | Recommended Choice | Why It Helps |
|---|---|---|
| Direction | Reverse | Loosens standard screws |
| Gear | Low speed (often 1) | Improves control |
| Trigger | Light pressure | Prevents sudden spinning |
| Clutch | Moderate, adjust as needed | Limits excessive torque |
| Hammer mode | Off | Avoids unnecessary hammering |
| Driver bit | Exact fit | Reduces slipping |
Should You Use Drill Mode or Screwdriver Mode?
For routine screw removal, use a numbered clutch setting that provides enough torque.
If the clutch clicks before the screw moves, increase it gradually.
Some drills allow the clutch to limit torque in both directions, while others behave differently. Follow the owner’s manual.
Drill mode often bypasses the clutch, allowing the tool to deliver considerably more turning force.
That extra force isn’t always helpful.
A stuck screw may cause the bit to slip or the drill to twist suddenly in your hand.
Is a Cordless Drill Good for Removing Screws?
Yes. Most cordless drill/drivers can remove ordinary screws effectively.
They offer reverse rotation, adjustable speed, and compact handling.
A cordless model is especially convenient for furniture repairs because there isn’t a power cord getting caught around cabinet doors or chair legs.
If you’re also installing fasteners, the guide to using a cordless drill as a screwdriver explains how to control speed and screw depth.
What If the Screw Won’t Turn With a Power Drill?
When a screw refuses to turn, stop the drill and identify the resistance before applying more force. Common causes include an incorrect bit, insufficient clutch torque, corrosion, damaged threads, or a screw that’s firmly seated. Increasing power without checking these problems can make removal harder.
The Drill Clicks but the Screw Doesn’t Move
A repeated clicking sound may mean the adjustable clutch is slipping.
Increase the clutch setting slightly and try again.
If the screw still doesn’t turn, stop and check the bit fit.
Don’t keep forcing the drill against a damaged screw head.
The Screw Is Too Tight
A tightly installed screw may need more controlled turning force than your drill can safely provide.
Try a properly fitting manual screwdriver or ratcheting screwdriver first.
For certain metal fasteners, an appropriate hand impact screwdriver may help, but only if the surrounding assembly can tolerate the impact.
A powered impact driver isn’t automatically the right choice for delicate furniture or small screws.
The Screw Is Rusted
Rust can lock metal threads together.
If the material and surrounding components permit it, a suitable penetrating oil may help free the connection.
Follow the oil manufacturer’s directions and keep it away from electrical components, sensitive finishes, and materials it may damage.
Give the product time to work before trying again.
The Bit Keeps Slipping
This usually means the bit doesn’t fit properly, the screw head is worn, or the drill isn’t aligned with the fastener.
Stop before the damage gets worse.
Check the bit type, size, and alignment.
A screw head that has already lost its gripping surfaces may need a different removal method.
The Screw Turns but Won’t Come Out
This problem is different from a stuck screw.
The screw may have stripped threads or a loose nut spinning behind the material.
If accessible, gently lifting the screw head while turning it by hand may help the remaining threads catch.
For a spinning nut, hold it with a suitable wrench if safe and accessible.
Avoid pulling hard enough to tear the surrounding material.
How to Remove a Stripped Screw With a Power Drill
A stripped screw has a damaged head that no longer grips a standard screwdriver bit properly. Removing it may require a better-fitting bit, a manual tool, gripping pliers, or a purpose-made screw extractor. Start with the least damaging method before drilling into the fastener.
For example, a cabinet screw with a worn Phillips recess may spin under the drill bit without loosening.
Try these approaches in order.
- Check the bit again. A different size or correct bit profile may grip the remaining recess.
- Try a manual screwdriver. Slow, firm hand pressure offers more feedback and control.
- Use a rubber band for light damage. Placing a wide rubber band between the bit and screw head may improve grip slightly, although this doesn’t always work.
- Grip an exposed screw head. If enough of the head stands above the surface, suitable locking pliers may loosen it.
- Use a screw extractor. Follow the extractor kit’s instructions for drilling a pilot hole and engaging the damaged fastener.
The step-by-step stripped screw removal methods describe several options for screws with damaged heads.
Using a Screw Extractor
A screw extractor is a specialized tool designed to grip a damaged fastener.
Some extractor kits require drilling a small centered hole before engaging the extractor. Others use a combined drilling and extraction bit.
The exact procedure varies by kit.
Use a bit matched to the screw size, secure the workpiece, and follow the supplied instructions.
Safety Note: Don’t drill into an unknown wall, appliance, or electrical enclosure without confirming what’s behind the screw. Hidden wiring, pipes, and delicate components can be damaged.
Common Mistakes When Unscrewing With a Drill
The most common mistakes are using forward rotation, selecting the wrong screwdriver bit, and running the drill too quickly. Poor alignment and excessive force can also damage screw heads or cause the tool to twist unexpectedly. A few simple checks can prevent most of these problems.
- Using the wrong direction: Confirm reverse rotation before touching the screw.
- Choosing the wrong bit: Match both the type and size to the screw head.
- Using maximum speed: Start slowly and increase speed only when control is good.
- Ignoring a slipping clutch: Stop and adjust the setting instead of repeatedly pressing the trigger.
- Using hammer mode: Keep the hammering function off for ordinary screw removal.
- Holding loose material: Clamp smaller workpieces so they cannot rotate.
- Forcing a jammed drill: Release the trigger if the bit binds or the motor stalls.
Power Drill Safety Checks
Wear safety glasses when flying debris is possible.
Keep loose sleeves, jewelry, and long hair away from rotating components.
Disconnect the drill from power before changing bits or clearing jams.
The power-tool safety and handling recommendations explain why stable handling, controlled pressure, and proper tool maintenance matter.
For screws near electrical wiring, disconnect the circuit when appropriate and verify it’s de-energized before working. If you cannot safely identify the circuit or hidden wiring, contact a qualified electrician.
Pro Tip: If the drill suddenly twists in your hand, release the trigger. Regaining control matters more than forcing one stubborn screw loose.
When Should You Use a Manual Screwdriver Instead?
A manual screwdriver is often better for tiny, delicate, or easily damaged fasteners. A power drill saves time on repeated screw removal, but its speed and turning force can be excessive for precision work. Choose the tool that gives you enough control for the material.
| Situation | Better Tool | Reason |
|---|---|---|
| Removing cabinet screws | Power drill | Fast, controlled removal |
| Taking apart wooden furniture | Drill or manual screwdriver | Depends on screw condition |
| Removing tiny electronic screws | Precision screwdriver | Better control |
| Loosening a damaged screw | Manual screwdriver or extractor | Reduces further damage |
| Removing many deck screws | Drill/driver or suitable impact driver | Handles repeated work |
| Removing delicate hardware | Manual screwdriver | Lower risk of damage |
For example, removing twenty screws from wooden shelving is a good job for a cordless drill.
Removing a tiny screw from a laptop is a different story.
The bit must fit precisely, and even a small amount of excessive force can damage the fastener or nearby components.
An impact driver can handle some demanding fastening work, but its impact action may damage small or fragile screws.
Match the tool to the job rather than reaching for the most powerful option.
Frequently Asked Questions
Removing screws with a power drill is usually straightforward once you know the direction and settings. Problems tend to involve drill controls, bit selection, or stubborn fasteners. These answers cover common questions that arise during furniture assembly, woodworking, and ordinary household repairs.
Can You Use Any Power Drill to Remove Screws?
Most modern power drill/drivers can remove screws if they have reverse rotation and accept a suitable screwdriver bit. A variable-speed trigger makes the job easier. Some specialty drills lack suitable controls or aren’t designed for screwdriving, so check the manufacturer’s instructions before using one.
What Button Do You Press to Unscrew With a Drill?
Press the reverse-direction selector, usually located above the trigger, while the drill is stopped. The exact side of the button varies by model. Check that the bit spins counterclockwise when viewed from its working tip toward the drill. Then press the trigger gently to remove a standard screw.
Why Does My Drill Tighten Instead of Loosen a Screw?
Your drill is probably set to forward rotation. For ordinary right-hand screws, forward rotation tightens the fastener, while reverse loosens it. Release the trigger, switch directions, and test the rotation. A less common possibility is a specialized screw with left-hand threads.
Should You Unscrew at High or Low Speed?
Low speed is generally better for unscrewing because it gives you more control over the bit. High speed increases the chance of slipping, particularly with small or worn screw heads. Start with gentle trigger pressure and increase only if the screw is turning smoothly.
Can You Remove Screws With a Hammer Drill?
Yes, if the hammer drill has reverse rotation and an appropriate screwdriving mode. Turn off hammer action before removing screws. The hammering function is intended for drilling into materials such as masonry and isn’t suitable for ordinary screw removal. Follow the drill’s operating instructions.
Can a Power Drill Remove a Screw Without Damaging the Wood?
Yes. A properly fitted bit, reverse rotation, and controlled speed can remove wood screws without significant surface damage. Keep the drill aligned with the screw and avoid excessive pressure. If the screw begins tearing the wood or spinning without backing out, stop and check the problem.
Remove Screws Cleanly Without Damaging Your Project
Learning how to unscrew with a power drill comes down to using the right direction, the correct screwdriver bit, and controlled turning force.
For most household screws, reverse rotation means counterclockwise movement. A low-speed setting helps prevent slipping, while the adjustable clutch gives you control over the force applied.
Start by securing the workpiece and checking the screw head. Then install the matching bit, select reverse, and loosen the fastener slowly.
If the screw won’t move, don’t immediately increase the drill’s power. Check for a slipping clutch, incorrect bit, rust, or damaged threads.
Sometimes a manual screwdriver or extractor is the smarter choice.
The next time you need to remove furniture screws or loosen hardware, start with the lowest practical speed and a snug-fitting bit. Keep the drill straight and let the screw back out gradually.
A few seconds of preparation can save you from a stripped screw and an unnecessary repair.