Woodworking routers cut the profiles, grooves, and joinery that finish a house: eased countertop edges, cabinet door details, and casings around double-glazed windows. The same tool trims out the double garage, shapes stair treads, and routs hinge mortises in solid-core doors, which is why it ranks near the top of a finish carpenter’s list. Choosing the right machine means weighing trim routers against full-size routers, fixed bases against plunge bases, and 1/4-inch bits against 1/2-inch shanks. Price history shows why timing matters: a full-size 2-1/4 hp combo kit regularly lists near $249, sells for about $189 in seasonal promotions, and occasionally drops to $169 when a coupon stacks on top of the sale price.
Trim Routers vs Full-Size Routers: Matching the Tool to the Task
Comparing router power and performance starts with the motor, because horsepower decides how fast you can push a bit through hardwood before the tool bogs down. Trim routers, also called laminate trimmers or palm routers, typically carry motors below 1 hp and spin a 1/4-inch collet. Full-size routers range from about 1-3/4 hp to 3-1/4 hp and accept both 1/4-inch and 1/2-inch shanks, which makes them the workhorses for larger bits and longer cuts.
What a Trim Router Does Best
Trim routers run one-handed, set up in seconds, and feel natural for quick jobs. Their light weight gives control on edge work, and cordless versions have become common for fast site tasks. Typical jobs include:
- Roundover, chamfer, and flush-trim edges on panels and countertops
- Hinge mortises and small inlay pockets in doors
- Shallow grooves and slots up to about 1/4 inch deep
- Laminate and veneer trimming on edges and corners
When a Full-Size Router Is the Right Call
Full-size routers earn their keep on cuts that need mass and torque:
- Deep grooves and dadoes wider than 1/2 inch
- Raised panel bits with large cutting diameters
- Long production runs where feed rate and bit life matter
- Router table duty, where the motor runs inverted for extended periods
Cordless Options in Both Classes
Runtime and Battery Platform Fit
Cordless trim routers are a mature category, and cordless full-size routers are arriving on the market. Battery draw is heavy on full-size models, so crews that already own a battery platform get the most value. If the work is mostly quick edge treatments, cordless covers it; longer workshop projects still favor a corded motor.
Fixed Base vs Plunge Base: How Each One Works
The base controls how you set cutting depth and how you start a cut, and the two styles suit different operations. Many full-size routers ship with both bases so you can switch without buying a second motor.
Fixed Base: Simple and Precise
A fixed base locks the motor at a set depth. You adjust the depth with a knob or ring, tighten the lock, and cut. That simplicity makes fixed bases ideal for edge profiling on straight stock, where the cut depth does not change mid-pass. Fewer moving parts also means less to go wrong and fewer adjustments to lose.
Plunge Base: Internal Cuts Without a Starter Hole
A plunge base lets the motor slide down against spring pressure, so you can start a cut in the middle of a board. Depth stop rods set the final depth, and the plunge action works for grooves, mortises, and inlay pockets that a fixed base cannot start cleanly. Guide bushings and template work are also easier with a plunge base.
Combo Kits: Two Bases, One Motor
Combo kits bundle one motor with both bases, and most full-size routers are sold that way. The price premium over a single-base version is usually modest, and the second base costs far less than a second router. For most shops, a combo kit is the better value from day one.
Cordless Edge Routers and Light Trim Work
Independent reviews of a 12-volt cordless edge router show how far compact machines have come: a single battery handles a day of edge profiles and laminate work, and the tool fits in a job bag. For trim work at height or in tight spaces, that convenience beats dragging an extension cord across a site.
Choosing a First Router: Features That Matter
Most guidance on selecting a wood router for beginners compares base styles first, and the short version is that a fixed base is easier to learn on while a plunge base is more versatile later. The other features worth comparing are power, collet size, speed control, and what the kit includes.
Power Ratings and Collets
For general shop use, a 1-3/4 hp motor is a realistic minimum; 2-1/4 hp covers most cabinet work and table use. Collet size decides bit compatibility: a 1/4-inch collet limits you to smaller bits, while a router with both collets runs the full range.
Variable Speed and Soft Start
Soft start lets the motor spin up gradually, which reduces kickback on wide bits. Variable speed matters for large-diameter bits, which should run slower than small bits. A router with a dial between about 8,000 and 25,000 rpm covers the practical range.
What a Typical Combo Kit Includes
| Price band | Typical configuration | Best for |
|---|---|---|
| Under $120 | Fixed base, 1/4-inch collet, basic edge bits | Light trim work and first-time buyers |
| $120 to $200 | Fixed and plunge bases, 1-3/4 to 2-1/4 hp motor | General shop use and cabinet work |
| $200 to $300 | Full-size combo, 2-1/4 to 3-1/4 hp, edge guide and case | Router table work and heavy cuts |
Budget Expectations
Street prices tell the story: a full-size 2-1/4 hp combo kit lists near $249, sells for about $189 in seasonal promotions, and occasionally reaches $169 when a coupon stacks on the sale price. Paying more buys smoother depth adjustment, better dust collection, and a wider accessory bundle.
Router Tables: Mounting a Full-Size Motor
The key decision when selecting a router motor for router table work is whether the motor can run inverted for long stretches, which favors full-size machines with adequate cooling and easy above-table adjustment. A table turns the router into a stationary tool for raised panels, tenons, and cope-and-stick joints.
Motor Mounting and Lifts
The motor mounts upside down in a base plate, and a lift mechanism lets you change bit height from above the table. Lifts range from simple screw posts to precision units that adjust in thousandths of an inch. Whatever the lift, the table insert must sit flat and the motor must not shift under load.
Switch Access, Dust Collection, and Safety
An auxiliary switch mounted at the front of the table is standard practice, because reaching under the table for the router switch is awkward and some switches are not rated for upside-down duty. Dust collection at the table and router ports keeps chips out of the cut line, and featherboards plus push blocks keep hands clear.
One Motor or Two
Some shops keep one motor mounted in the table and a second for handheld work, so they never swap motors mid-project. The convenience costs the price of a second motor, which is why many woodworkers start with one motor and add a dedicated table motor only when table work becomes routine.
Setting up a table-mounted router follows the same steps every time:
- Mount the router base plate to the table insert and check that it sits flat
- Install a lift or adjust bit height from above the table
- Connect dust collection to the table and router ports
- Wire an auxiliary switch at the front of the table
- Run a test pass on scrap before routing the workpiece
Router Bits and Finish Sanders: Building Out the Workflow
Equipping a workshop means pairing router bits and finish sanders, because a routed edge still needs sanding before any finish goes on. The bit selection covers the profiles you cut, and the sander cleans up the fuzz those profiles leave behind.
Starter Bit Sets and Common Profiles
| Profile | Typical use | Notes |
|---|---|---|
| Straight | Grooves, dadoes, mortises | Most common general-purpose bit |
| Roundover | Softening sharp edges | Radius from 1/8 to 3/4 inch |
| Chamfer | Beveled edges and corners | Fixed angle, usually 45 degrees |
| Flush trim | Matching edges to a pattern | Bearing follows the template |
| Dovetail | Drawer joints | Needs a matching jig or template |
- Carbide-tipped bits outlast high-speed steel several times over
- Keep bits sharp; a dull bit burns wood and loads the motor
- Clean pitch and resin off bits after heavy use
Finish Sanders and the Router Workflow
After routing, work through the grits in order: 120, then 180, then 220 for the final pass. Sanding removes the tiny fuzz a router leaves on end grain and softens any tear-out, but go easy on rounded profiles so you do not flatten the shape you just cut.
Cutting Edges and Cleanup
Routed profiles collect dust in their hollows, so blow out the work before sanding and wipe it clean before stain. A detail sander or sanding block reaches into coves and beads that a flat pad cannot.
Router Bit Shank Sizes: 1/4-Inch vs 1/2-Inch
Understanding router bit shank sizes matters because the shank, not the cutting edge, determines stiffness. A thicker shank deflects less under load, which shows up as cleaner cuts and less chatter on deep passes.
Why 1/2-Inch Shanks Deflect Less
Bending resistance scales steeply with diameter, so a 1/2-inch shank is noticeably stiffer than a 1/4-inch shank. Full-size routers run 1/2-inch shanks for heavier work and longer projects, while trim routers stay with 1/4-inch shanks for light edge work.
Matching Bits to Your Router’s Collet
| Shank size | Stiffness | Typical routers | Bit selection |
|---|---|---|---|
| 1/4 inch | Lower, deflects more | Trim routers and compact models | Wide range of edge and small bits |
| 1/2 inch | Higher, less chatter | Full-size routers | Largest selection and heavy-duty bits |
Adapters and Sleeves
Collet adapters let a 1/2-inch collet grip 1/4-inch shanks, which is useful when a bit only comes in 1/4-inch. The reverse does not work: a 1/4-inch collet cannot hold a 1/2-inch shank. Keep collets clean and replace them when they stop gripping squarely.
Buy in this order: a combo kit with a 1-3/4 hp motor and a starter bit set, add a plunge base if the kit lacks one, then a router table and a second motor when table work becomes regular. Sale timing saves real money, but the tool that matches your work matters more than the discount. A trim router covers the quick jobs, and a full-size machine handles the rest.