How To Make A Drill Go In Reverse Safely? Essential Guide

To make a drill go in reverse, locate the forward/reverse selector switch, usually a small slide button just above the trigger, and push it to the “R” or backward-arrow position. Squeeze the trigger slowly and let the bit spin in the opposite direction. If the switch will not move, release the trigger completely first, because most drills lock the selector while the motor is running.

A drill in reverse is not a defect or a last resort. It is a designed function that every modern drill has, and it exists for specific jobs: backing out stuck screws, removing threaded fasteners, and freeing a bit that has jammed in wood or metal. The safety part matters because reverse operation changes how the tool behaves in your hand, and it changes what happens to the material you are working on.

How Do You Put a Drill Into Reverse?

Find the selector switch before you touch the trigger. On most cordless drills it sits right above the trigger, within reach of your thumb or index finger. On some models it is a ring around the chuck or a lever on the side of the housing.

The switch has three positions on most drills: forward, reverse, and a center position that locks the trigger. Push it toward the “R” marking or the arrow pointing backward. You should feel a distinct click. If it does not click into place, the trigger is probably still slightly depressed.

Once the switch is set, squeeze the trigger gently. The chuck should turn counterclockwise when you look at it from behind the drill, which is clockwise if you are looking straight at the bit from the front. That direction is what lets the bit back out of a hole or unscrew a fastener.

Two things to check before you start drilling in reverse:

• The bit is fully seated and the chuck is tight. Reverse torque can spin a loose bit out of the chuck.
• Your grip is firm and your body is out of the drill’s path. If the bit grabs, the drill will twist in the direction opposite to what you expect.

Why Does a Drill Need a Reverse Setting?

Reverse exists because screws, bolts, and drill bits all get stuck. A screw driven into hardwood, a bolt seized by rust, or a bit wedged in a knot all need to come out the way they went in, just backward. Without reverse, your only option is a screwdriver or a wrench.

The mechanism is simple. The trigger sends current to the motor in one direction for forward and the opposite direction for reverse. The motor spins the chuck the other way, and everything downstream of the chuck, the bit or the driver, turns with it.

There is a second use that surprises people. Reverse is the standard way to free a bit that has jammed in a deep hole. Running the drill backward while pulling gently often walks the bit out without snapping it. Forcing it forward usually makes the jam worse and can break the bit off inside the material.

Reverse is also how you remove a screw you have stripped. If the head is damaged, a dedicated screw extractor bit used in reverse can bite into the damaged head and back the screw out. This works better on screws that are not heavily rusted in place.

What Makes Reverse Drilling More Dangerous Than Forward?

Reverse drilling is riskier because the tool’s reaction torque flips direction. When a bit catches in forward, the drill kicks to your left (for a right-handed grip). In reverse, it kicks the other way. Your muscles are not braced for that.

The bigger issue is what happens to the fastener or bit. In forward, a stuck bit usually just stalls the motor. In reverse, a bit that suddenly breaks free can spin out fast and fling debris. A screw that finally lets go after being seized can shoot out of the material if you are pulling hard on the drill at the same time.

There is also a control problem. Many people instinctively lean into a drill. In reverse you should be pulling, not pushing. Pushing a drill in reverse does nothing useful and increases the chance the bit walks sideways out of the hole and scratches the surface.

None of this makes reverse unsafe. It makes reverse a mode you should approach with a slightly different grip and a slower trigger finger than forward drilling.

How To Make A Drill Go In Reverse Safely: Step by Step

The safe sequence is the same whether you are removing a screw or backing a bit out of a hole.

• Release the trigger and let the chuck stop completely. Never move the selector while the drill is spinning.
• Set the switch to reverse. Confirm it clicked.
• Set the clutch to a low torque setting if your drill has one. This limits how hard the drill can twist if the bit grabs.
• Grip the drill firmly with both hands if the tool allows it. Keep your non-dominant hand away from the chuck.
• Place the bit in the fastener or hole. Apply light inward pressure only enough to keep the bit seated.
• Squeeze the trigger slowly. Let the bit start turning before you apply any pull.
• Pull gently as the fastener or bit starts to move. Do not yank.
• Release the trigger the moment the fastener is free. Let the chuck coast to a stop before you set the drill down.

If the bit or screw does not move after a few seconds of steady reverse torque, stop. Continuing to run a stalled drill in reverse heats the motor and can burn it out. Try a penetrating oil on a rusted fastener, or switch to a screw extractor.

What Should You Do If the Reverse Switch Will Not Move?

On almost every drill, the selector is mechanically locked while the trigger is depressed. This is a deliberate design feature, not a fault. It prevents you from slamming the motor into reverse while it is still spinning forward, which would stress the gears and the switch itself.

Release the trigger fully and wait a second or two. Then try the switch again. If it still will not budge, check for a few common causes:

• The trigger is sticky and not fully returning. Work it a few times with the drill off.
• Debris or dried lubricant is jamming the switch. A small amount of dry lubricant on the switch track can free it, but do not spray liquid lubricant into the housing.
• The switch is broken. If it moves freely but the drill still spins the same direction, the switch or the wiring behind it has failed and the tool needs service.

Do not force a stuck switch. The plastic tabs that hold these switches in place break easily, and a broken selector can leave the drill stuck in one direction.

Does Reverse Work the Same on All Drills?

Almost every cordless drill and corded drill sold today has a reverse function. The location of the switch varies by brand and model, but the principle is identical. Hammer drills and impact drivers also have reverse, and impact drivers use it constantly for removing long deck screws.

One difference worth knowing: on an impact driver, reverse delivers the same rotational impacts as forward. That makes it very effective at breaking loose stuck fasteners, and also means the tool will twist harder in your hand if the bit catches. Keep a firm grip and let the tool do the work.

Some very old or very cheap corded drills have no reverse at all. If yours does not, there is no workaround. You cannot reverse a single-direction motor by holding the trigger differently or flipping the plug.

When Should You Not Use Reverse?

Reverse is the wrong choice for drilling new holes. A drill bit is designed to cut when turned clockwise. Run it backward and it will not cut; it will rub, heat up, and dull. If a bit is not cutting in forward, the answer is a sharper bit or more pressure, not reverse.

Reverse is also the wrong tool for removing a screw that is cross-threaded or cammed out beyond what an extractor can grip. At that point you are looking at drilling the head off or using a plug cutter, not more reverse torque.

And do not use reverse to “test” a drill you have just assembled or adjusted. Spin it forward briefly instead. Reverse testing on a loose bit is how bits end up on the floor or in your foot.