The Festool OF 1400 EQ-F-Plus is a 1,400-watt plunge router that weighs under 10 lb, so compare it with a compact cordless router by the cuts you need to make—not just by whether the tool plugs in or runs on a battery. [1] The product details available here don’t support a full head-to-head specification comparison, so use the Festool’s documented details as one side of your decision and check the exact cordless model for the rest.
Start with the workpiece and the cut: are you routing a broad edge or making a deep plunge, or are you handling smaller jobs where moving around the shop matters more? For example, a router that suits a fixed bench setup may not be the easiest choice when you need to move between work areas. Define the work first, then compare each tool against it.
Also consider your usual projects rather than a single unusual cut. If you mainly shape edges on small parts, your comparison may center on convenient handling and setup; if a project calls for a substantial plunge, pay close attention to each model’s confirmed capacity. Don’t assume the compact cordless option matches the Festool’s specifications just because both are routers.
Use the Festool’s published power and weight as a starting point, not a complete verdict. The product details identify it as a 1,400-watt router weighing under 10 lb, but they do not provide enough information here to compare every performance or setup detail with a specific cordless router. [1] Before deciding, identify the exact cordless model and verify the specifications that matter for your planned cuts. That keeps the comparison focused on what you’ll actually ask the tool to do. For a closer look, read How to Use a Wood Router for Clean, Controlled Cuts.
How the two router types compare at a glance
A quick comparison is most useful when you separate the Festool’s documented plunge-router details from the cordless model’s specifications, which you should check before comparing capabilities.
Criterion | Festool OF 1400 EQ-F-Plus | Compact cordless router |
|---|---|---|
Compatible bit sizes | 1/2-inch, 1/4-inch, and 8 mm [1] | Check the exact model’s specifications |
Reported plunge depth | 2 3/4 inches [2] | Check the exact model’s specifications |
Work fit | Consider it when you need the documented plunge capacity and a choice of the listed bit sizes. | Consider it when cordless operation suits the work location, then verify the capacity and compatible accessories for the job. |
Portability | A corded tool; plan around access to power at the work area. | A cordless format may suit work away from an outlet; verify the model and battery platform. |
Setup | Check the bits and accessories included with the package you are considering. | Check the included bits, accessories, and battery platform for the exact package. |
The table gives you a useful starting point, not a complete specification match: it lists confirmed Festool details and leaves cordless performance open for you to verify. For example, if a cut needs the Festool’s reported plunge depth, compare that requirement with the cordless model’s stated depth capacity rather than assuming it can reach the same depth. [2] If you plan to rout away from a convenient outlet, compare the work location and cordless setup, but confirm the exact router’s battery platform and included accessories before choosing.
Use the work fit row to narrow your comparison. For a plunge cut, check whether the cordless model’s stated depth capacity covers the cut; for a job using a particular bit, confirm that bit size is supported by the tool you plan to use. The Festool’s listed bit sizes are 1/2-inch, 1/4-inch, and 8 mm. [1]
Setup can change what is ready to use on day one. Compare the exact packages for included accessories and storage, and check that your existing bits fit the chosen router. Before buying the cordless option, verify its specifications for the work you intend to do instead of treating “compact cordless” as a guarantee of a particular capacity or included setup.
When the Festool OF 1400 makes more sense
The Festool OF 1400 makes more sense when you need a plunge router with substantial power, a light-for-its-class body, and compatibility with several common bit shank sizes. It is listed at 1,400 watts and under 10 lb., so you can consider it for jobs where you want a capable router without moving up to a heavier machine. [1]
Where its power and size fit
That power-and-weight combination can suit a shop where one router needs to handle varied work. For example, you might use it for routing grooves in cabinet parts, shaping an edge, or plunging a pocket; match the bit and cut to the job, and make sure your setup can control the workpiece and router.
A lighter body can also matter when you need to reposition the tool during a project or carry it between work areas. Treat weight as one part of the decision, though: the shape and depth of the cut, your workholding, and the complete setup matter too.
Check bit compatibility and plunge depth
The OF 1400 accepts 1/2-inch, 1/4-inch, and 8 mm bits. [1] That gives you options when your existing bits or planned cutter use one of those shank sizes; check the shank before buying a bit rather than assuming every cutter will fit.
A reported maximum plunge depth is 2 3/4 inches. [3] That figure may help if you are considering a deep plunge cut, but confirm the details for the exact model and regional package you plan to buy. For a specific project, check that the stated depth works with your cutter, material, and planned cut rather than treating maximum travel as a recommended cut depth.
Think through a real job before choosing
Picture the work you do most: a shallow edge profile, a groove, or a pocket that needs a plunge. The Festool’s listed power, weight, bit compatibility, and reported plunge depth may make it a practical fit when those capabilities line up with your work.
Before purchasing, confirm the exact model and package details with the seller or manufacturer. Then compare the tool’s stated capacity with the bits and cut you actually plan to use, so you are choosing for the job rather than relying on a headline specification.
When a compact cordless router may suit the job better
A compact cordless router may suit a job better when you need to move around the work or work where a cord is inconvenient; decide by checking the actual task and the exact model rather than assuming portability settles the choice. For example, if you are trimming an edge at several locations, compare how each setup will move between them and whether the cordless tool’s battery platform fits the batteries you already use.
Before choosing a compact cordless model, check which bits it accepts, how much depth it can reach, which battery platform it uses, and what accessories come in the package. Those details affect whether it can make your intended cut and whether you need to buy or gather anything else. For instance, confirm that a bit you plan to use is compatible and that the depth is sufficient for the groove or recess you have in mind.
Think about where the job happens, too. A cordless tool might be easier to bring to a workpiece that cannot be moved near a power outlet, while a corded setup may be perfectly practical at a stationary bench. Treat these as questions to test against your workspace and routine, not as guarantees about any particular cordless router.
The OF 1400 is the better fit to consider when your work calls for the Festool’s documented power and plunge capacity: it provides 1,400 watts and accepts bits in 1/2-inch, 1/4-inch, or 8 mm sizes. [1] That makes it relevant to jobs where you need its stated capacity, rather than only a light, mobile tool. For a smaller, occasional edge trim away from your bench, a compact cordless model may be worth comparing; for a cut that depends on the Festool’s documented plunge capability, compare the required depth with the exact tool’s specifications before deciding.
Make the choice around the cut and the work location. List the bits and depth your job needs, then verify the cordless model’s battery platform and included accessories; compare that setup with the OF 1400’s documented capabilities. If the cordless model meets the task and its portability helps in your workspace, it may be the more convenient fit. If your cut calls for capacity documented for the Festool, weigh that against the convenience of working cordless.
Compare the setup as well as the router
Compare the complete setup—not just the router body—before you buy: verify what comes in the package, whether your bits fit, and whether the tool can reach the cut depth you need. Package contents can vary by listing; one retailer identifies the OF 1400 EQ-F-Plus as supplied with a Systainer, while another product listing labels its router an “Old Model.” [2][4]
Check the package and storage
Read the exact listing for the model and package you plan to order, then compare its accessory list with your current setup. For example, check whether it includes the guide or dust-control accessories you expect, rather than assuming those items come with every version. The available product listings do not provide a matching, complete accessory inventory for every package, so confirm the included items directly with the seller or manufacturer.
Check the case as part of the purchase, too. A Systainer may matter if you want the router stored and carried in that case, but confirm that the specific package includes one before relying on it. If you already own storage or accessories, note what you have and identify any missing pieces before comparing the total setup.
Match your bits and cut depth
Inventory the bits you use most, then check the router’s collet compatibility before buying. Festool lists the OF 1400 as accepting 1/2-inch, 1/4-inch, and 8 mm bits. [1] If your usual work depends on a particular shank size, make that a direct compatibility check rather than assuming a bit will fit because it looks close.
Next, compare the tool’s depth capacity with the actual cut. The product listing describes a 2 3/4-inch plunge capacity, but your cut setup may also depend on the bit and how you plan to make the pass. [2] For example, check the required depth for a mortise or edge profile against the exact model’s specifications, and allow for your workpiece and setup instead of treating the maximum plunge figure as a promise about every cut.
Confirm the exact version
Before ordering, verify the model name, package contents, and specifications on the seller’s current listing or with the manufacturer. Product titles can distinguish versions; one listing explicitly calls its router an “Old Model.” [2] If two listings appear to describe the same OF 1400 EQ-F-Plus, compare their included accessories and case details line by line rather than assuming the packages match.
Keep a short checklist: exact model, included accessories, storage case, bit compatibility, and depth capacity. That makes it easier to compare the Festool setup with a compact cordless router without filling in missing package details by guesswork.
Which router should you choose?
The right pick depends on the cuts you make and the complete setup you will use.
For example, if your project calls for a plunge cut and you already own 1/2-inch, 1/4-inch, or 8 mm bits, the Festool’s listed power and bit compatibility give you concrete criteria for deciding whether it fits your work. Its published maximum plunge depth is 2 3/4 inches, so compare that figure with the depth your cut requires. [1][3]
If you’re considering a compact cordless router for work around the shop or at a job site, treat portability as a priority to verify against your needs—not as proof that the tool can make every cut you have planned. Before choosing, check the exact model’s specifications for its capacity and confirm it suits the task. That check matters if you need a particular bit size or cut depth.
Think through a real project before buying. For a repeated plunge cut, ask whether the Festool’s documented capacity matches the cut and whether its bit sizes work with the bits you plan to use. For a task where carrying a compact tool is the deciding factor, compare the cordless model’s published specifications with the same cut requirements rather than choosing by format alone.
Your final choice should account for more than the router body: consider the cuts you make and the full setup you will use. Write down the bit and depth requirements for your next project, then compare them with the specifications for the exact router package you’re considering. If those requirements point clearly to one tool, you have a practical basis for your pick; if not, check the model details before committing.