Milwaukee 2767 vs 2967: Which High Torque Wrench? (October 2026)

On this page (7 sections)

1. Milwaukee 2767 vs 2967: what is the difference?
2. Does the 2967 have more torque than the 2767?
3. Which is shorter and easier to fit into tight spaces?
4. When does the 2967's battery kit make sense?
5. What should you know about controls?
6. Is the 2666-20 a better alternative?
7. Which Milwaukee wrench should you choose?

Choose the 2767-20 if you already have an M18 battery; choose the 2967-20 kit if you want a 5.0Ah battery included. In this Milwaukee 2767 vs 2967 comparison, both are 1/2-inch high torque wrenches with stated output of 1,000 ft-lb fastening torque and 1,400 ft-lb nut-busting torque.

The practical differences are package contents, length and controls. The 2767 is a bare tool, while the 2967 package includes a 5.0Ah battery and adds 4-mode drive control.

Milwaukee 2767 vs 2967: what is the difference?

The 2767 is the bare-tool choice; the 2967 kit includes a 5.0Ah battery and is shorter. Their stated torque figures match, so the choice turns on what comes in the package and which features matter to you.

The 2967 bolt removal mode is designed to break a fastener free, then slow to 750 rpm for more control while removing it. The 2767's stated features include REDLINK PLUS electronics and a friction ring for one-handed socket changes.

There is a model-number inconsistency in the 2967 information: its name identifies it as a 2967-20, but one specification field gives a part number containing 2767-20. Confirm the exact model and kit contents before ordering.

Does the 2967 have more torque than the 2767?

No, the stated torque is the same for both: 1,000 ft-lb fastening and 1,400 ft-lb nut-busting. Those figures describe different jobs, so compare the right number to the work you expect to do.

Fastening torque is the stated figure for tightening work. Nut-busting torque refers to the stated force for loosening stubborn fasteners; it doesn't guarantee that a particular rusted bolt will come free.

For wheel work, an impact wrench is useful for spinning fasteners, but final tightening should follow the vehicle maker's torque specification with a torque wrench. See how to check torque after an impact wrench job for the next step.

The shared torque figures also don't mean every job will feel the same. Battery condition, socket fit, fastener condition and access can all affect how a tool works in practice.

Which is shorter and easier to fit into tight spaces?

The 2967 is shorter at 8.39 inches, compared with 9.65 inches for the 2767. That difference may help around crowded suspension or engine areas, though the shorter tool still needs room for the battery and socket.

Measure from the tool's rear to the fastener and account for the socket length. Check for nearby hoses, body panels and other obstructions before choosing based on the wrench's length alone.

If tight access is your main concern, the 2666-20 is listed at 6 inches long. It also has lower torque figures, so compare its size against the demands of your jobs rather than treating it as a direct match for the 2767 or 2967.

Our guide to mid torque versus high torque impact wrenches explains when a smaller tool class may fit better. For more model comparisons, see the Milwaukee 2967 review.

When does the 2967's battery kit make sense?

Choose the 2967 kit when you need a battery as well as the wrench. If your M18 setup already has batteries, the 2767 bare tool avoids adding another battery to your kit.

The 2967 package includes an M18 REDLITHIUM XC5.0 battery with 5.0 amp-hours. That can make it a more complete starting point, but the right choice depends on whether you need the included battery and what batteries you already own.

The 2767 is compatible with all M18 batteries, and its battery is not included. If you're buying into the platform, compare the complete tool and battery setup you need instead of looking at the wrench alone.

For a wider look at the category, our high torque impact wrench guide covers other choices. The impact wrench torque chart also explains how to read maker torque figures.

What should you know about controls?

The 2967 has 4-mode drive control with a bolt removal mode; the 2767 information here highlights its friction ring and REDLINK PLUS electronics. Pick the 2967 if its listed control feature is useful for the fasteners you handle.

In bolt removal mode, the 2967 is described as delivering maximum nut-busting torque to break a fastener free, then slowing to 750 rpm. That lower speed is intended to give you more control as the fastener comes out.

The 2767's friction ring supports quick, one-handed socket changes. Its REDLINK PLUS electronics are described as protecting the tool and battery from overload and overheating.

Impact wrench controls don't replace careful torque work. Read whether impact wrenches have torque settings before relying on a mode to tighten a fastener to a precise specification.

Is the 2666-20 a better alternative?

Consider the 2666-20 if you want a shorter 1/2-inch M18 brushless wrench and can work with lower stated torque. It measures 6 inches and is listed at 800 ft-lb fastening torque and 1,200 ft-lb nut-busting torque.

That makes it a different fit from the two high torque models, rather than a higher-output substitute. Its friction ring anvil allows quick one-handed socket changes, and its variable speed trigger is listed for 0–1,750 rpm and 0–2,000 impacts per minute.

The provided product information doesn't say that a battery is included with the 2666-20. Check the exact package contents if you need a battery in the same purchase.

Which Milwaukee wrench should you choose?

Choose the 2767 for a bare tool, the 2967 kit for a shorter wrench with a battery and 4-mode control, or the 2666-20 for a shorter tool with lower stated torque. The 2767 and 2967 share the same stated torque figures.

If you already own M18 batteries, start with the 2767 and compare its 9.65-inch length with your available space. If you need a battery and want the shorter of the two high torque options, consider the 2967 kit after confirming the model number and package contents.

If the 6-inch size of the 2666-20 is more useful, make sure its 800 ft-lb fastening and 1,200 ft-lb nut-busting figures fit your work. For deciding how much output your jobs call for, read how much torque you need in an impact wrench.

Frequently asked questions

Is the Milwaukee 2967 stronger than the 2767?

The stated torque figures are the same: 1,000 ft-lb fastening torque and 1,400 ft-lb nut-busting torque for each. The 2967 kit adds a 5.0Ah battery and has a shorter stated length, while the 2767 is a bare tool compatible with M18 batteries.

What is the main difference between Milwaukee 2767 and 2967?

The clearest difference here is the package and length. The 2767-20 is a bare tool listed at 9.65 inches; the 2967-20 is presented with a 5.0Ah battery and a length of 8.39 inches, plus 4-mode drive control.

Does the Milwaukee 2767 come with a battery?

The 2767-20 is a bare tool, and its battery is not included. It is compatible with M18 batteries, so check what you already own before choosing it or buying a separate battery.

Is the Milwaukee 2666-20 the same as the 2767?

No. Both are 1/2-inch M18 brushless impact wrenches, but the 2666-20 is listed with 800 ft-lb fastening torque and 1,200 ft-lb nut-busting torque, compared with 1,000 and 1,400 for the 2767-20.

The 2666-20 is also shorter at 6 inches.