Updated November 2026
Routing edges on wood gives you clean profiles, softened corners and a finished look that sanding alone can’t match. This guide walks you through choosing a bit, setting up your router for wood edges, and making passes that leave a smooth, tear-out-free surface. Follow the steps in order and you’ll get consistent results on your first board.
Choose the Right Bit and Router Setup
Start by matching the bit to the profile you want. A straight bit with a guide bushing works for dados and rabbets, while a roundover, chamfer or ogee bit handles decorative edges. If you’re new to profiles, a roundover bit is the most forgiving choice because it has no sharp corners to chip.
Shopping for one? See our guide: 6 Best Wood Router Rounded Edge Bits for Clean Roundovers in 2026.
Use a router with a stable base and a solid collet. Check that the bit is fully seated, with at least three-quarters of the shank inside the collet, before you turn the router on.
Set Depth and Make Your Passes
Never try to cut the full profile in one pass. Remove material in two or three passes, increasing depth each time. This reduces burning, keeps the router under control and protects the bit.
- Clamp the workpiece firmly to the bench, with the edge you’re routing fully supported and overhanging nothing.
- Set the bit depth for your first pass, roughly one-third to one-half of the final depth.
- Turn on the router and let it reach full speed before touching the wood.
- Feed the router counterclockwise around the outside edge, so the bit cuts against the rotation of the bit.
- Increase depth for each following pass until the full profile is reached.
- Sand lightly with 180- to 220-grit paper to remove any faint burn marks.
Control Tear-Out and Grain Direction
Tear-out happens most often when you rout against the grain or across end grain without support. When possible, rout end grain first, then rout the long grain. This way, any breakout from the end-grain pass gets cleaned up by the long-grain pass.
On figured or highly grained woods like oak or cherry, take shallower passes and slow your feed rate. A sharp bit makes a bigger difference here than almost any other adjustment.
Feed Rate and Speed
Move the router steadily. Going too slow causes burning, while going too fast can leave ridges and chatter marks. If you hear the motor bog down, slow the feed. If you see smoke, speed up slightly or lift the bit out of the cut and let it cool.
Checklist Before You Start
- Sharp bit with the correct profile for your project
- Bit fully seated in the collet
- Workpiece clamped with edge fully supported
- Depth set for the first pass
- Safety glasses and hearing protection on
- Dust collection connected if available
Common Mistakes
- Cutting the full depth in one pass, which causes burning and bit stress.
- Routing against the bit’s rotation, which can pull the router out of your hands.
- Skipping end-grain passes first, leading to blowout on the long grain.
- Using a dull bit, which leaves scorched edges and rough surfaces.
- Forgetting to support the workpiece, causing the router to tip or chatter.
Recommended Gear
- Roundover bit set: Useful for building a range of edge radii without buying a separate bit for each one. View on Amazon
- Bench clamps: Hold the workpiece steady so both hands stay on the router. View on Amazon
- Hearing protection: Router noise adds up over a long session. View on Amazon
FAQ
Which direction should I feed a router on wood?
Feed the router counterclockwise around the outside edge of the workpiece. This keeps the bit cutting into the wood and helps you maintain control.
How deep should each pass be?
Aim for about one-third to one-half of the final depth on the first pass, then increase depth on each following pass. Shallower passes produce cleaner results on hardwoods.
Why does my router leave burn marks on wood?
Burn marks usually come from a dull bit, feeding too slowly or taking too deep a cut in one pass. Sharpen or replace the bit and take lighter passes at a steady feed rate.
Conclusion
Routing clean edges comes down to the right bit, shallow passes and a steady feed in the correct direction. Practice on scrap wood first, especially on end grain, to learn how your router and wood species respond. Once you’ve got the rhythm, you can move on to more complex profiles with confidence.
