What Cordless Drill Has the Most Torque? See Results

A contractor starts drilling a large hole through a dense timber beam when the drill suddenly stalls, raising a common question: what cordless drill has the most torque?

This search for power leads many buyers to spec sheets claiming 1,400 in-lbs of torque on flagship models from Milwaukee, FLEX, and Metabo HPT (Milwaukee Tool, Metabo HPT).

Marketing numbers look impressive, but torque ratings vary by testing method, battery choice, and drill mode, leaving many users confused about real-world performance (Pro Tool Reviews).

Independent reviews reveal that measured torque often differs from published claims, with soft-joint testing producing lower results than hard-joint measurements (Project Farm).

These differences matter when drilling large holes, driving long lag bolts, or using hole saws where torque translates directly into speed and efficiency.

At the same time, safety features like electronic kickback control and side handles have become essential as torque levels increase on modern drills.

Choosing the right model requires balancing raw power with control, battery platform compatibility, and tool weight for specific job requirements.

This guide explores leading high-torque cordless drills, explains how torque is measured, and compares lab tests with manufacturer claims for a complete view.

Readers will also find a quick-answer section, detailed model breakdowns, and a practical buying checklist for selecting the right tool.

By the end, anyone researching torque will understand which cordless drills deliver top performance and why specifications alone do not tell the full story.

Quick Answer — What Cordless Drill Has the Most Torque Right Now

Several flagship models currently lead the torque race with published specs hitting up to 1,400 in-lbs. Milwaukee’s M18 FUEL 2904-20, FLEX 24V Turbo, and Metabo HPT 36V MultiVolt DV36DC all claim this top figure with their strongest battery packs (Milwaukee Tool, Metabo HPT).

Makita’s XPH14 follows closely with 1,250 in-lbs, while DeWalt’s DCD999 FlexVolt Advantage publishes Unit Watts Out (UWO) instead of torque numbers. This makes direct comparisons across brands difficult without independent testing.

Real-world torque output also depends heavily on the battery size, voltage platform, and drill mode used. Bigger packs often allow drills to maintain peak torque longer under heavy loads.

Independent tests show that some drills outperform their published numbers, while others fall short. That is why specs alone do not tell the whole story for buyers.

Does 1,400 in-lbs make one drill the absolute strongest?
 Not always, because torque varies with testing methods and battery configurations.

Why does DeWalt list UWO instead of torque?
 UWO measures power under load, combining speed and torque into one metric.

Do bigger batteries increase torque output?
 Yes, high-capacity packs deliver more current, sustaining torque longer.

Are all these models hammer drills?
 Yes, most top-torque drills include hammer modes for masonry work as well.

Torque 101 — How Cordless Drill Torque Is Measured

Torque measures the twisting force a drill applies to a fastener or bit. It is expressed in inch-pounds (in-lbs) for cordless drills, with higher numbers meaning greater rotational power.

Manufacturers often list maximum torque achieved under controlled conditions. This figure does not always reflect real-world performance because it represents peak output, not sustained torque.

Independent testing rigs measure soft-joint torque for wood or metal and hard-joint torque for solid materials. These methods produce different numbers, which explains the variation across brand specifications.

Some brands, like DeWalt, publish Unit Watts Out (UWO) instead of torque. UWO combines speed and torque into a single power metric but prevents direct inch-pound comparisons.

Is hard-joint torque always higher than soft-joint torque?
 Yes, hard-joint torque ratings are typically higher because the material resists rotation less.

Do clutch settings reflect maximum torque?
 No, clutch positions control driving depth and not the drill’s total power.

Why does UWO confuse comparisons?
 Because it mixes speed and torque, making it impossible to convert directly to inch-pounds.

Which torque test matters most for buyers?
 Soft-joint torque often reflects real drilling conditions better than hard-joint numbers.

The Leading High-Torque Models

The Milwaukee M18 FUEL 2904-20 claims 1,400 in-lbs of torque along with AutoStop Kickback Control for safety. Its compact length and M18 platform compatibility make it a popular choice among professionals.

The FLEX 24V Turbo Drill also lists 1,400 in-lbs, offering Turbo Mode for maximum power output. Its 24V platform provides strong runtime but requires larger battery packs compared to 18V or 20V systems.

The Metabo HPT 36V MultiVolt DV36DC includes Reactive Force Control (RFC) to stop rotation during sudden stalls. This feature adds protection for users when drilling large holes or using self-feed bits.

Makita’s XPH14 delivers 1,250 in-lbs in a compact 7-inch design, making it one of the strongest drills for its size. DeWalt’s DCD999 uses FlexVolt batteries for increased output but lists UWO instead of torque ratings.

Which drill claims the highest torque?
 Milwaukee, FLEX, and Metabo HPT all publish 1,400 in-lbs with top batteries.

Is Makita XPH14 still competitive?
 Yes, its compact size and 1,250 in-lbs make it a top choice for many users.

Why does torque vary across tests?
 Battery size, voltage platform, and testing methods all influence results.

Do all these drills support hammer mode?
 Yes, most flagship models include hammer functions for masonry work.

Specs vs Independent Tests

Independent testers often measure torque using standardized rigs under controlled conditions. These tests reveal whether published numbers reflect real-world performance or only ideal scenarios.

Soft-joint torque tests simulate driving into wood or softer materials. Hard-joint torque tests use solid metal or concrete surfaces to measure peak resistance levels.

Many independent reviews show differences between spec sheets and lab results. Some drills exceed published numbers, while others fail to meet manufacturer claims.

Buyers benefit from reviewing third-party data because it offers a clearer view of drilling speed, torque output, and battery performance.

Do independent tests always match manufacturer specs?
 No, real-world results often differ from marketing claims.

Which test type reflects real drilling better?
 Soft-joint tests approximate typical wood or metal fastening conditions.

Do bigger batteries improve test results?
 Yes, high-capacity packs deliver more sustained power under load.

Are speed tests as important as torque tests?
 Yes, speed under load affects drilling efficiency along with torque.

Safety With High Torque

High torque can cause dangerous kickback if a bit binds suddenly in the material. Side handles and electronic anti-kickback control help prevent wrist injuries during stalls.

Some models feature Reactive Force Control or AutoStop functions to shut down the motor instantly. These technologies protect both the user and the drill’s internal components.

Proper technique also matters when using powerful drills. Secure workpieces and maintain a firm grip on the drill to prevent loss of control.

Manufacturers recommend always using side handles for maximum torque applications like hole saws or large augers.

Is a side handle necessary for high-torque drills?
 Yes, it improves safety and control during heavy drilling.

Do electronic cutoffs prevent injuries?
 Yes, they stop the motor instantly when the bit binds.

Should beginners use maximum torque settings?
 Only when needed, and always with proper safety gear.

Do safety features reduce drilling power?
 No, they activate only during overload conditions or stalls.

Battery Platform Effects

Battery voltage affects torque output, runtime, and drilling performance. Higher voltage systems like 24V or 36V often deliver stronger sustained torque under load.

Battery capacity, measured in amp-hours (Ah), extends runtime but adds weight to the tool. Choosing the right balance between power and portability is essential.

Some brands design entire ecosystems around one battery platform. This allows users to share packs across drills, saws, and other cordless tools.

Bigger packs often unlock maximum torque levels for flagship drills, especially during demanding applications.

Do 24V systems always outperform 18V or 20V?
 Not always, but they can deliver more sustained power under load.

Does higher Ah mean more torque?
 Not directly, but it allows torque to be maintained longer.

Should buyers stay within one battery ecosystem?
 Yes, it reduces cost and simplifies charging across tools.

Do compact batteries limit torque output?
 Yes, smaller packs often reduce peak current delivery.

Use-Cases — Matching Torque to Jobs

High torque drills excel at driving large lag bolts, boring big holes, and using hole saws in wood or metal. They prevent stalling and complete demanding tasks faster than mid-range drills.

For masonry work, hammer drills with high torque provide better drilling speed and reduced bit wear. Users should pair the right drill with carbide or masonry bits for best results.

Light-duty applications like cabinet assembly or furniture building rarely need maximum torque. Compact, mid-torque drills save weight and cost while delivering sufficient power.

Matching torque output to job requirements improves productivity and prevents overpaying for unused performance.

Which jobs need maximum torque?
 Large hole saws, augers, and lag bolts in dense materials.

Do homeowners need high-torque drills?
 Not usually, unless tackling heavy-duty projects.

Are mid-torque drills better for everyday tasks?
 Yes, they balance weight, cost, and performance for light work.

Do all hammer drills have high torque?
 No, torque levels vary even among hammer drill models.

Buying Checklist — Decide Quickly

Start by defining your project requirements like material type, bit size, and expected workload. Match torque output to job demands without overspending on unused features.

Check whether you already own batteries for a specific platform. Staying within one ecosystem saves money and improves tool compatibility.

Look for safety features like kickback control and side handles on high-torque models. These additions reduce injury risk during demanding drilling tasks.

Compare independent test results alongside manufacturer specs to make informed purchasing decisions.

What is the most important buying factor?
 Project requirements, including materials and bit sizes.

Do battery platforms matter?
 Yes, they determine runtime, compatibility, and overall cost.

Should buyers check torque and speed ratings?
 Yes, both affect drilling performance and efficiency.

Do warranties vary by brand?
 Yes, longer warranties often come with premium models.

Conclusion — What Cordless Drill Has the Most Torque?

Milwaukee’s M18 FUEL 2904-20, FLEX 24V Turbo, and Metabo HPT 36V MultiVolt DV36DC currently lead with 1,400 in-lbs of published torque. Makita’s XPH14 and DeWalt’s DCD999 also rank highly depending on test methods and battery configurations.

The best drill choice depends on power needs, battery platform, safety features, and budget. Independent tests provide valuable insight beyond manufacturer specifications.

High-torque drills deliver speed, efficiency, and control for demanding applications. Buyers should balance torque output with comfort, weight, and runtime requirements before investing.

Which drill claims the most torque today?
 Milwaukee, FLEX, and Metabo HPT all list 1,400 in-lbs with top packs.

Do specs alone decide the best drill?
 No, real-world testing and safety features also matter.

Is maximum torque always necessary?
 Only for heavy-duty applications like large holes or structural fasteners.

What should buyers prioritize?
 Torque, safety features, battery platform, and independent test results.