How to Remove a Stripped Screw Without Ruining the Hole

A screwdriver spinning uselessly in a stripped screw head is one of those small frustrations that can derail an entire weekend project. The screw will not budge, the driver tip just slides and chews the metal down further with every attempt, and the temptation is to push harder, which almost always makes the problem worse rather than better. There is a reliable order of methods for this, though, and most stripped screws come out without needing to drill them into oblivion.

Why screws strip in the first place

A screw head strips when the driver tip and the screw's internal shape stop gripping each other properly, usually because the wrong size driver was used, the screw was already slightly worn, or enough force was applied at a bad angle that the metal deformed. Phillips head screws are particularly prone to this because the drive design is somewhat self-limiting by nature, and years of use can round out the edges of the cross pattern just enough that a driver starts slipping instead of turning.

Once you understand that the core problem is lost grip between driver and screw, every fix below makes more sense, because they are all really about restoring that grip rather than applying brute force.

First, try a bigger driver, not a smaller one

A common instinct is to reach for a smaller driver that fits more precisely into what is left of the stripped pattern, but this usually backfires because a smaller tip has less surface area to grip and strips the head further. The better move is often sizing up: a driver one size larger than you would normally use can catch on the remaining untouched edges of the screw head rather than relying on a pattern that is already partially worn away.

Push down firmly while turning, more firmly than feels natural, since downward pressure is what keeps the tip seated in the groove rather than camming out. A lot of stripped screws come free at this stage with nothing more than the right size driver and consistent pressure.

Add grip with a rubber band or steel wool

If the bigger driver trick does not work, adding friction between the driver and the screw head often does. A wide rubber band placed over the stripped screw head, with the driver pressed through it into the screw, fills in the worn grooves just enough to restore grip in many cases. The rubber compresses into whatever shape is left in the screw head and gives the driver something to bite into.

A small piece of steel wool or fine sandpaper pressed into the screw head before inserting the driver works on a similar principle, adding just enough texture and friction to stop the tip from sliding. Both methods are worth trying before moving on to anything that requires extra tools, since they cost nothing and take seconds to attempt.

A manual impact driver handles stubborn cases

For a screw that will not move even with good grip, a manual impact driver, the kind you strike with a hammer, converts that hammer blow into a sudden rotational force while also seating the bit firmly into the screw head. This combination of downward impact and rotation is often enough to break a screw free that has resisted every other method, particularly on screws that have also rusted or corroded slightly, which adds mechanical resistance on top of the stripped head problem.

Extraction bits are built specifically for this problem

Screw extractor bits, sometimes sold as stripped screw removers, use a reverse-threaded, tapered design that bites into the screw head as you turn counterclockwise, gripping tighter the more you turn rather than slipping further. They typically chuck into a drill and come in a small range of sizes to match different screw head diameters. For anyone who deals with stripped screws more than once, owning a set of these is a reasonable investment since the earlier household fixes do not always work on screws that are badly worn or rusted.

Following the size guide that comes with the set matters here. A bit that is too large for the screw head will not seat properly, and one that is too small risks stripping the head further rather than gripping it.

Drilling it out is a last resort, not a first step

When a screw genuinely will not come out any other way, drilling straight down through the centre of the screw head with a bit slightly smaller than the screw's shaft can separate the head from the shaft entirely, letting whatever the screw was holding come apart, with the remaining shaft removed separately afterward with pliers. This works but destroys the screw and sometimes marks the surrounding material, which is why it belongs at the end of the list rather than the beginning. If the screw is holding something you plan to reuse, checking that drilling will not damage the surrounding surface is worth a moment's thought first.

When part of the screw still sticks out, pliers can help

If a screw head has stripped but enough of it still protrudes above the surface, locking pliers or even a pair of needle-nose pliers gripped tightly around the head can sometimes turn the screw directly, bypassing the driver entirely. This works best on screws that are only slightly stuck rather than badly corroded, since pliers rely on raw grip strength rather than the mechanical advantage a driver or extractor provides. A rubber grip pad or even a wide rubber band wrapped around the jaws of the pliers first adds extra friction and reduces the risk of the jaws slipping and marking the surrounding surface.

Preventing the problem on the next project

Most stripped screws are preventable with two habits: using the correct size and type of driver for the screw in front of you rather than whatever is already in your hand, and applying steady downward pressure while turning rather than letting the driver cam out under load. A driver bit that is visibly worn or rounded at the tip is also worth replacing before it strips the next screw rather than the one after that.

If this kind of hands-on troubleshooting is useful to you, our how-to section covers a similar range of small, practical fixes, including guides like how to install a mini split and how to propagate a string of pearls, both of which run into their own version of the same lesson: the right tool used correctly beats force almost every time.