Makita XGT vs Milwaukee M18 Impact Driver | Impact Driver Comparison

Makita XGT vs Milwaukee M18 Impact Driver

The power tool industry has changed enormously, and the contest between prominent manufacturers is the reason behind this. Well, two names come to everyone’s mind. And they are Milwaukee and Makita. Since the race of innovation started in the power tool industry, both of these brands have led the field to develop innovative solutions in order to increase productivity and unmatched durability among professional construction users. However, Milwaukee is holding a peak position in the sector, but it doesn’t mean Makita is lagging behind! 

Makita vs Milwaukee Impact Driver

To answer the question of which brand is more reliable and in which you should invest, we will compare the two most powerful impact drivers of each brand. The contrast between Milwaukee 2853-20 vs Makita GDT01Z will provide you with a detailed glimpse of the efficiencies of both brands. So let’s get started and explore it. 

Driving Speed

The foremost segment to talk about an impact driver is their driving speed. Depending on the power and efficiency of the motor, impact drivers deliver substantial power that speed-up projects. Equipped with a Power state brushless motor, the Milwaukee 2853 delivers a maximum torque of 2000 inch-pounds and up to 30 percent faster-driving speed. On the other hand, Makita GDT01Z features the Makita-built brushless motor to generate up to 1950 inch-pounds of torque which is pretty similar to Milwaukee’s one. So, we can say it’s a draw!

Battery & Runtime 

When it comes to battery and runtime, professionals never want to compromise a bit to increase productivity for their most demanding jobs. Keeping that in mind, Milwaukee 2853 is packed with the M18 Redlithium-battery pack, which is the latest innovation in their battery technology. It delivers standout runtime per charge to cover up more work. In contrast, the Makita GDT01Z runs on Makita’s 40-volt max XGT lithium-ion batteries, which is also the newest battery system of the brand, providing you with industry-leading runtime for maximum productivity. This means you’ll get the corresponding performance from each of the impact drivers. 

Weight & Size

After the battery, the most unskippable segment to talk about is the size and weight, which remains a permanent concern for professionals. Well, the Makita impact driver weighs only 2.76 pounds and is 4.75 inches in length, meaning you’ll get a compact and lightweight solution to deal with all the tight spaces, while the Milwaukee 2853 is only 4.59 inches in length and 2.2 pounds in weight, providing you the most compact and lightweight tool in its class, so you can get more access in the most confined spaces.

Plus, both of the impact drivers have the same hex shank size of one-fourth inch. So, you will be getting a slight difference between both drivers, which won’t bring much impact on the regular user experience. 


To provide ultimate versatility, both impact driver features different controlling modes that will allow you to deal with a wide array of applications. For example, the 4-mode Drive control technology of Milwaukee 2853 provides greater control over output speed and power, letting you tackle multiple tasks. Meanwhile, the two T-digitally controlled modes of Makita GDT01Z handle a wide range of applications. In sum, each of the drivers is efficient and versatile in its own way, meaning no one can go way ahead of the other. 

Price & Availability

After discussing all the features and qualities, we are up to talk about the price. Though both of the tools are available in their official stores, they hold an individual price tag. However, the Milwaukee 2853 is a little less pricey than the Makita GDT01Z, but both are on the same track of efficiency. 

Final Verdict

At the end of the discussion, we can say that both Milwaukee 2853 and Makita GDT01Z has got similar power and capabilities. Meanwhile, the preference can vary among professionals depending on their project demands. So don’t get confused about choosing between these two impact drivers as they are on the same page in terms of productivity.

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