The Old-School Trick for Removing Stripped Screws

Stripped screws aren't just bad luck — they usually trace back to one of three causes. The most common is using the wrong size bit. A Phillips #2 and a Phillips #1 look nearly identical until you're pressing hard on a screw and the bit starts to cam out, shaving down the cross-shaped recess with every failed turn. Over-tightening is the second culprit. Power drills make it easy to drive a screw past the point where the wood or material is holding it — and once the head is fully seated, any extra torque goes straight into destroying the drive recess. Tom Silva, general contractor at This Old House, recommends starting removal attempts with the correct size manual screwdriver, which gives you more tactile feedback and far less risk of making the damage worse. The third cause is screw quality itself. Cheap screws — the kind that come in bulk bags at discount stores — are often made from softer metal that strips almost on contact. If a screw head looks shiny and perfectly formed before you've even touched it, that softness is a warning sign worth noticing.

The rubber band method has been passed down through generations of home workshops for good reason — it works on the same principle as a jar-opening grip pad. When you place a wide rubber band flat over a stripped screw head and press your screwdriver into it, the rubber flows into the damaged grooves and fills the gaps that the metal bit can no longer catch. Metal on metal in a stripped recess just spins. But rubber deforms slightly under pressure, conforming to whatever irregular surface remains. That conforming action is what transfers torque from the driver to the screw. The friction coefficient of rubber against metal is also much higher than metal against metal, so even a head that's lost most of its original shape can still be turned if the rubber gets a decent purchase on it. This Old House notes the rubber band technique among its top recommended methods for stripped screw removal precisely because it requires nothing more than what most people already have on hand. No trip to the hardware store, no special bits — just a rubber band and a little patience.

Not every rubber band delivers the same result, and grabbing the wrong one can lead you to write off the method before it ever had a fair chance. Thin rubber bands — the kind wrapped around a bundle of mail — are too narrow to cover the full screw head and too flimsy to maintain contact under turning pressure. They shred or slip before they can do any real work. What you want is a wide, flat rubber band. The classic #64 rubber band (about 3.5 inches long and a quarter-inch wide) is a reliable choice and easy to find at any office supply store. Even better is a small square cut from a rubber shelf liner — the kind sold in kitchen supply aisles for keeping dishes from sliding. That material is thick, grippy, and flat, which means it stays put against the screw face instead of rolling or bunching under pressure. In a pinch, a latex glove fingertip cut off and laid flat over the screw works just as well. The key property in all of these is surface area combined with thickness — the more rubber making contact with the screw head, the better the grip.

Picture a stripped hinge screw on a kitchen cabinet door — the kind that's been tightened and loosened a dozen times over the years until the Phillips recess is nearly round. That's a perfect candidate for the rubber band method. Start by laying the rubber band flat directly over the screw head so it covers the entire surface. Then press your screwdriver firmly into the center — you want the bit seated as deep into the remaining recess as possible, with the rubber sandwiched between the two. Apply steady downward pressure before you start turning. That downward force is what keeps the rubber compressed and engaged; ease up on it and the grip disappears. Turn slowly and deliberately in a clockwise direction if you're removing the screw. Rushing it defeats the purpose — fast rotation reduces the contact time between rubber and metal, which is exactly what you're depending on. If the screw starts to move even a fraction of a turn, keep that same slow rhythm going. Once it breaks free from the wood's grip, the rest usually comes out easily. If the rubber band tears mid-attempt, replace it with a fresh piece rather than pushing through with a shredded one.

The rubber band trick is genuinely effective on partially stripped screws — heads that still have some shape to them. But there's a meaningful difference between a screw that's been lightly chewed up and one that's been completely rounded out. When the drive recess has been reduced to a smooth crater, rubber has nothing left to grab. That's the moment to escalate rather than keep spinning. A screw extractor bit — the kind designed to bite into soft metal when driven counterclockwise — is the next logical step. These are sold at most hardware stores and work with a standard drill. For screws that are truly beyond saving by hand, a rotary tool with a cutting disc can carve a fresh flat slot across the head, turning what was once a Phillips screw into something a flathead driver can catch. Fine Homebuilding also points to using a drill chuck directly on the screw shank as a last resort when the head is gone entirely — grip the shank with the chuck jaws and back it out with reverse rotation. Knowing when to move on saves both time and the surrounding material from unnecessary damage.

Before specialty extractor bits existed, tradespeople worked with what they had — and several of those methods still hold up well today. Cutting a new slot across the screw head with a hacksaw is one of the oldest approaches. A few careful strokes create a flat channel deep enough for a standard flathead screwdriver to catch. It takes about thirty seconds and works on any screw that's accessible from above. Steel wool pressed into the stripped recess is another option — pack a small tuft into the grooves before inserting the driver, and the coarse texture acts similarly to the rubber band, filling gaps and adding friction. Justin Fink, editor at Fine Homebuilding, offered a less well-known tip that experienced mechanics have used for years: apply a small dab of valve-grinding compound to the tip of the screwdriver before pressing it into the stripped head. The compound has just enough grit and tack to create purchase where smooth metal has none.

The best fix for a stripped screw is never needing to remove one. A few straightforward habits make that outcome far more likely on future projects. Bit size matters more than most people act on. Keep a set of properly sized Phillips bits and replace them when the tips start to look rounded — worn bits are one of the leading causes of cam-out and stripping. Applying steady downward pressure while driving is equally important; letting the drill do all the work without that downward force allows the bit to skip out of the recess before the screw is fully seated. For projects that involve repeated assembly — furniture, cabinet hinges, gate hardware — consider switching to square-drive (Robertson) or Torx screws. Rob Yagid, editor at Fine Homebuilding, points out that ribbed bits are less likely to cam out of a fastener, reducing the pressure needed to keep the driver engaged. Square-drive and Torx heads operate on the same principle — the geometry resists cam-out by design, not by luck. Once you've spent an hour fighting a stripped hinge screw, that small upgrade feels like an obvious trade.