How to Use a Cordless Drill as a Screwdriver for Clean Results
You can use a cordless drill as a screwdriver by installing a matching screwdriver bit, selecting forward rotation, choosing low gear, and adjusting the clutch to a low torque setting. Hold the drill straight, squeeze the trigger gently, and stop when the screw reaches the correct depth.
This method works for assembling furniture, installing cabinet handles, mounting shelves, and fastening wood. A cordless drill can drive screws much faster than a manual screwdriver, especially when a project involves dozens of fasteners. The challenge is controlling that power without stripping screw heads or damaging the material.
Most cordless drills have numbered clutch settings, two speed ranges, and a forward/reverse switch. These controls might seem confusing at first, but each has a simple purpose. Once you know how they work together, driving screws becomes much easier.
This guide covers the correct screwdriver bits, drill settings, step-by-step driving techniques, and common mistakes. You’ll also learn how to remove screws and decide when a manual or dedicated electric screwdriver is the better choice.
Can You Use a Cordless Drill as a Screwdriver?
Yes, most cordless drill/drivers can function as powered screwdrivers when fitted with the correct screwdriver bit. Their adjustable speed, rotation direction, and torque-limiting clutch make them suitable for many household fastening jobs. The main difference is that a drill usually offers more power than a dedicated electric screwdriver.
A cordless drill holds a screwdriver bit in its chuck, the adjustable opening at the front of the tool. The motor turns the bit and drives the screw into the material.
For example, assembling a wooden bookshelf with 20 screws takes far less repeated wrist movement with a drill than with a hand screwdriver.
A cordless drill works particularly well for:
- Installing cabinet handles and hinges.
- Assembling wooden furniture.
- Fastening boards together.
- Mounting brackets into suitable anchors or framing.
- Driving screws into predrilled holes.
- Removing ordinary household screws.
The key is controlling the tool rather than relying on its maximum power.
If you’re unfamiliar with the drill’s buttons and controls, start with this guide to using a cordless drill safely and correctly.
Cordless Drill vs. Electric Screwdriver
Both tools can turn screws, but they’re designed for different levels of work.
| Feature | Cordless drill/driver | Electric screwdriver |
|---|---|---|
| Main purpose | Drilling holes and driving screws | Driving and removing screws |
| Torque | Often higher | Usually lower |
| Speed control | Commonly variable trigger and gears | Depends on model |
| Bit holder | Adjustable chuck on most models | Often a 1/4-inch hex holder |
| Weight | Usually heavier | Usually lighter |
| Best use | Furniture, woodworking, general repairs | Small screws and light assembly |
A compact electric screwdriver feels comfortable when installing several small cabinet handles. A cordless drill offers more flexibility when the same project also requires pilot holes.
What Do You Need to Turn a Cordless Drill Into a Screwdriver?
You need a cordless drill/driver, a screwdriver bit matching the screw head, a charged compatible battery, and a secure workpiece. A magnetic bit holder can make handling screws easier, but it isn’t required. You don’t need a special conversion attachment for an ordinary drill with an adjustable chuck.
Choose the Correct Screwdriver Bit
Screwdriver bits come in different shapes and sizes. A bit that fits poorly can slip and damage the screw head before the fastener is fully seated.
| Screw head | Suitable bit | Typical application |
|---|---|---|
| Phillips | PH1, PH2, or another matching size | Furniture and household hardware |
| Slotted | Flat-blade bit of matching width | Some traditional hardware |
| Torx | Matching T-size bit | Wood screws and specialty fasteners |
| Square | Matching square-drive bit | Woodworking and construction |
| Hex socket | Matching hex bit | Furniture connectors and machine screws |
PH2 is common on many household Phillips screws, but don’t assume every cross-head screw needs that size.
Try placing the bit into the screw head before installing it in the drill. It should sit firmly without excessive movement.
A magnetic bit holder can help position a screw inside a cabinet or other cramped area. It won’t correct a poorly matched bit.
Check the Battery and Chuck
Start with a charged battery approved for the drill. Check that the chuck opens and closes smoothly.
If the battery is removable, take it out before changing the bit. Otherwise, follow the manufacturer’s lockout instructions.
Hold the chuck sleeve and turn it to open the jaws. Insert the bit straight, then tighten the chuck securely using the method specified for your model.
Give the bit a gentle pull to confirm it won’t fall out.
How to Use a Cordless Drill as a Screwdriver Step by Step
To drive a screw with a cordless drill, secure the material, install the correct bit, choose forward rotation, select low speed, and start with a low clutch setting. Apply steady pressure while squeezing the trigger slowly. Adjust the clutch until the screw seats without damaging its head or the workpiece.
Step 1: Prepare the Work Area
Place the material on a stable surface and clamp it when necessary. Wear safety glasses and clear away loose objects.
For example, if you’re joining two wooden boards, clamp them together before driving the screw. This prevents the pieces from shifting.
Make sure the screw location is clear of hidden wires or pipes.
Step 2: Install the Screwdriver Bit
Remove the battery or lock the trigger according to the drill’s instructions.
Open the chuck and insert the correct screwdriver bit. Tighten it firmly.
A short driver bit works for open areas. A suitable bit holder can help reach recessed screws without pressing the chuck against the workpiece.
Never hold the chuck while operating the trigger.
Step 3: Set the Drill to Forward Rotation
Find the forward/reverse switch near the trigger.
Select forward rotation. For ordinary right-hand screws, the bit should rotate clockwise when viewed from the screw head.
Many drills have three switch positions:
- Forward: Drives ordinary screws inward.
- Reverse: Removes ordinary screws.
- Center lock: Prevents accidental trigger operation.
Switch layouts differ, so confirm the direction before touching the screw.
Step 4: Select Low-Speed Gear
Many cordless drills have a gearbox switch marked 1 and 2.
Gear 1 usually provides a slower speed range with more available turning force. It’s a sensible starting point for driving screws.
Gear 2 provides higher speed and generally less available torque. It can be useful for certain drilling tasks.
For furniture screws, controlled speed matters more than finishing as quickly as possible.
Change mechanical gears only while the drill is stopped, as directed in the manual.
Step 5: Adjust the Clutch Setting
Find the numbered ring behind the chuck.
Start at a low number. These numbers control the amount of twisting resistance the clutch allows before releasing.
If the clutch clicks before the screw seats, raise the setting gradually.
The numbers aren’t universal torque measurements. Setting 8 on one drill may behave differently from setting 8 on another.
For more detail, read how to adjust drill torque settings without damaging screws.
Step 6: Position the Screw and Start Slowly
Place the screw in the prepared hole or on the marked location.
Hold the drill so the screwdriver bit lines up with the screw’s axis. Apply steady forward pressure.
Squeeze the trigger lightly to start rotation. Once the screw engages the material, you can increase speed modestly.
Keep fingers away from the turning bit and screw.
Step 7: Reduce Speed as the Screw Seats
As the screw head approaches the surface, ease off the trigger.
Watch the head closely. Release the trigger when it reaches the required depth.
For a typical flat-head wood screw in a countersunk hole, the head may need to sit flush with the surface. Other fasteners may have different requirements.
If the clutch releases too early, increase its setting slightly and try again.
Step 8: Check the Finished Screw
The screw should be secure without crushed material, stripped threads, or a damaged head.
Check that the connected pieces sit correctly.
If everything looks right, use the same settings as a starting point for the remaining screws. Different wood grain or hole sizes may require adjustment.
Once you get the hang of it, this process becomes a quick routine.
What Drill Settings Work Best for Driving Screws?
For most general screwdriving jobs, start with low gear, forward rotation, a slow trigger speed, and a low numbered clutch setting. Increase the clutch setting only when the screw needs more turning force. These adjustments give you better control than using maximum speed and torque from the beginning.
Recommended Starting Settings
| Control | Starting setting | Purpose |
|---|---|---|
| Rotation | Forward | Drives ordinary screws inward |
| Gear | 1 / Low | Provides controlled turning |
| Clutch | Low numbered setting | Helps limit overtightening |
| Trigger | Gentle pressure | Prevents sudden starts |
| Operating mode | Screwdriving | Allows the clutch to limit torque |
| Bit | Matching type and size | Reduces slipping and head damage |
A manufacturer’s guide to drill-driver controls explains how the clutch, trigger, gearbox, and direction switch work together.
Why Should You Avoid Drill Mode for Regular Screws?
On many drill/drivers, selecting the drill-bit symbol bypasses the adjustable clutch. The tool can continue applying torque after the screw reaches its intended depth.
That can damage particleboard or twist the drill in your hand if the screw binds.
For ordinary furniture assembly, use the numbered screwdriving settings instead. Drill mode is generally intended for making holes.
Should You Use Hammer Mode?
No. Hammer mode adds repeated forward impacts for drilling suitable masonry.
It’s not intended for installing ordinary screws in wood, drywall, or furniture.
If your drill has a hammer symbol, select regular screwdriving mode before fastening.
How Do You Prevent Stripping Screws With a Cordless Drill?
Prevent stripped screws by choosing a snug-fitting bit, keeping the drill straight, and controlling speed near the end of each screw. Use a low clutch setting first and increase it only when needed. Poor bit fit and excessive speed are common reasons screw heads become damaged during installation.
A few practical habits make a noticeable difference.
Keep the Bit Straight
Hold the drill in line with the screw.
If the bit enters at an angle, it may climb out of the recess and damage the head. This slipping action is often called cam-out.
For example, driving a cabinet hinge screw at an angle can chew up its Phillips recess before the hinge sits flat.
Use Steady Pressure
Apply enough forward pressure to keep the bit engaged. Don’t force the drill into the material.
A manufacturer’s guide to clutch control and bit pressure recommends matching the clutch to the material and maintaining proper pressure while driving.
Drill a Pilot Hole When Needed
A pilot hole is a smaller hole drilled before inserting a screw.
It helps guide the screw and reduces the chance of splitting wood, especially near an edge or in dense hardwood.
The correct hole size depends on the screw and material. Check the fastener maker’s guidance rather than guessing.
For more guidance on preparing holes and using drill bits, read how to use a drill properly for different materials.
Stop Before the Head Sinks Too Deep
The final turns matter most.
As the screw approaches its intended depth, reduce trigger pressure. If you keep driving after the head seats, you can strip the material’s threads even if the head remains intact.
A little goes a long way with soft wood and particleboard.
How to Remove Screws Using a Cordless Drill
To remove an ordinary screw, install the matching bit, select reverse rotation, and start slowly while holding the drill straight. Most standard screws loosen counterclockwise when viewed from the head. Use controlled pressure and stop if the bit slips or the fastener resists excessive force.
- Lock the trigger and install the correct screwdriver bit.
- Select reverse rotation.
- Fit the bit fully into the screw head.
- Hold the drill straight and apply steady pressure.
- Squeeze the trigger gently until the screw loosens.
- Reduce speed as the screw comes free.
For a kitchen cabinet handle, loosen one screw carefully while supporting the handle. This prevents it from dropping or twisting against the cabinet door.
If the bit keeps slipping, stop rather than increasing speed.
A damaged or stuck screw may require a different removal technique. The guide on how to unscrew with a power drill covers those situations.
Remember that some special fasteners use left-hand threads. Check the fastener before forcing it.
When Is a Cordless Drill Better Than an Electric Screwdriver?
A cordless drill is often the better choice for larger screws, woodworking, and projects that require both drilling and screwdriving. A dedicated electric screwdriver is usually lighter and easier to control for repetitive small screws or work in tight spaces. Neither tool is the best choice for every fastener.
Consider installing shelves in a garage. You may need to drill pilot holes, change bits, and drive several wood screws. A cordless drill handles those jobs with one tool.
For assembling a small desk with short machine screws, a compact electric screwdriver may feel more comfortable.
The difference also works in reverse. Some electric screwdrivers accept suitable drilling attachments for light tasks, although their power and chuck designs may limit what they can handle. Read how to use a cordless screwdriver for small drilling jobs for that situation.
Avoid relying on an ordinary drill clutch for fasteners that require a specified tightening torque. Use the calibrated tool named in the manufacturer’s instructions, especially for safety-related hardware.
Common Mistakes When Using a Cordless Drill as a Screwdriver
Most screwdriving problems come from mismatched bits, incorrect rotation, excessive speed, poor alignment, or a clutch setting that doesn’t suit the material. Fixing the setup usually works better than increasing power. A test screw in matching scrap material helps identify problems before they damage the finished project.
| Problem | Likely cause | Practical fix |
|---|---|---|
| Screw head becomes rounded | Wrong bit or slipping | Use a snug-fitting bit and slower speed |
| Screw stops halfway | Low clutch setting or high resistance | Check the hole, then adjust the clutch |
| Screw sinks too deep | Excess torque or poor depth control | Lower the clutch and slow near the surface |
| Drill spins but screw won’t move | Stripped recess or poor engagement | Stop and inspect the bit and screw |
| Wood splits | Missing or undersized pilot hole | Drill the correct pilot hole |
| Screw turns backward | Reverse selected | Switch to forward |
| Drill twists in your hand | Binding or excessive load | Release the trigger and inspect the setup |
What If the Clutch Keeps Clicking?
The clutch may be reaching its selected torque limit.
Check that the screw isn’t crooked or binding in the material. If the hole is suitable and the screw still needs more force, raise the clutch setting one step.
Repeated clicking won’t necessarily make the screw advance.
What If the Screw Won’t Tighten?
A screw that turns endlessly may have stripped the threads in the material.
Increasing drill power can make the damage worse.
For wood, the proper repair depends on the hole and the load it must carry. A suitable wood repair or replacement fastener may be necessary.
What If the Bit Keeps Slipping?
Stop the drill and inspect the bit.
Check for a worn tip, incorrect size, damaged screw head, or angled position.
Replacing a worn bit can save you from going back to square one with a ruined fastener.
What Safety Precautions Should You Follow?
Always wear eye protection, secure loose workpieces, and keep hands clear of rotating parts when using a cordless drill. Disconnect the battery or lock the trigger before changing bits, following the tool manual. Stop immediately if the drill binds, overheats, or starts twisting unexpectedly.
Before starting, check these safety basics:
- Wear safety glasses that protect against flying chips.
- Clamp small boards instead of holding them near the bit.
- Remove loose jewelry and secure long hair.
- Keep fingers away from rotating screws and bits.
- Avoid driving screws into areas with hidden wiring or plumbing.
- Use the correct battery and accessories for your tool.
- Never bypass safety switches or damaged controls.
- Follow the manufacturer’s instructions for changing gears and bits.
The power-tool safety guidance for portable drills explains the risks of excessive torque, poor tool control, and awkward working positions.
For an overhead shelf bracket, support the bracket first and keep a stable stance while fastening it. Don’t rely on one hand to hold the bracket while the other operates the drill.
Play it safe when a fastener resists unexpectedly. More force isn’t always the answer.
Frequently Asked Questions About Using a Cordless Drill as a Screwdriver
The most common questions involve bit compatibility, clutch settings, screw removal, and choosing between drilling and screwdriving modes. The right answer depends on the screw, material, and drill model, but a few basic rules apply to most household drill/drivers.
Can You Put a Screwdriver Bit in Any Cordless Drill?
Most cordless drills with adjustable chucks accept standard screwdriver bits or compatible bit holders. Some specialty tools use different holders, so check the model’s instructions. Choose a bit that matches the screw head and secure it properly. A matching bit helps prevent slipping and damaged screws.
What Torque Setting Should I Use for Screws?
Start with a low numbered clutch setting and increase it gradually until the screw seats correctly. Small screws and delicate materials usually need less torque than larger screws in dense wood. The numbers vary by drill model, so there isn’t one universal setting for every fastener.
Should I Use High or Low Speed When Driving Screws?
Low gear is usually the better starting choice for driving screws because it provides controlled turning and often more available torque. Use light trigger pressure to start the screw and reduce speed near its final depth. High speed can increase the risk of slipping or driving too deeply.
Can I Use a Cordless Drill to Remove Stripped Screws?
Sometimes, but it depends on how badly the screw head is damaged. If the bit still grips, slow reverse rotation may work. If the recess is rounded, repeated spinning can make removal harder. Stop and choose a suitable extraction method rather than forcing the drill.
Is a Cordless Drill Too Powerful for Small Screws?
A cordless drill can damage small screws if you use excessive torque or speed. Many adjustable-clutch models can handle small fasteners when set correctly, but a manual screwdriver or compact electric screwdriver often provides better control for delicate work. Always test the fit and pressure before tightening.
Drive Screws Cleanly With Your Cordless Drill
Using a cordless drill as a screwdriver is straightforward once you know how to control its speed, torque, and rotation. Install a matching bit, select forward direction, choose low gear, and begin with a low clutch setting. Start slowly, keep the tool straight, and stop when the screw reaches the required depth.
The biggest mistake is treating every screw as though it needs maximum power. Small hardware and soft materials need a lighter touch, while harder wood may require a pilot hole and more careful adjustments.
Remember that reverse removes ordinary screws, and drill mode often bypasses the clutch. A dedicated electric screwdriver may still be more comfortable for delicate assembly.
For your next project, practice on scrap wood before working on the finished material. Drive one screw slowly, adjust the clutch until it seats correctly, and repeat. That simple practice can prevent damaged screw heads, split wood, and unnecessary repairs.