Milwaukee 2695-24 M18 18V Cordless Power Tool vs Milwaukee Electric - M18 Fuel 1/2 HTIW 3/8 MTIW
Updated July 2026 — Milwaukee 2695-24 M18 18V Cordless Power Tool wins on user base and versatility, Milwaukee Electric - M18 Fuel 1/2 HTIW 3/8 MTIW wins on price and torque.
The Milwaukee 2695-24 offers greater versatility and value for general use, while the Milwaukee Electric excels in high-torque automotive applications.
Why Milwaukee 2695-24 M18 18V Cordless Power Tool is better
Price
Milwaukee 2695-24 is $399.99, significantly cheaper than Milwaukee Electric at $619.74.
Versatility
Milwaukee 2695-24 includes a hammer drill, impact driver, reciprocating saw, and work light.
User Base
Milwaukee 2695-24 caters to a broader range of professionals.
Why Milwaukee Electric - M18 Fuel 1/2 HTIW 3/8 MTIW is better
Specialization
Milwaukee Electric is designed specifically for automotive applications.
Torque
Milwaukee Electric provides high-torque impact wrenches.
Sales Rank
Milwaukee Electric has a higher sales rank at 51725.
Overall score
Specifications
| Spec | Milwaukee 2695-24 M18 18V Cordless Power Tool | Milwaukee Electric - M18 Fuel 1/2 HTIW 3/8 MTIW |
|---|---|---|
| Tools Included | Hammer Drill, Impact Driver, Reciprocating Saw, Work Light | 1/2" HTIW, 3/8" MTIW |
| Battery Capacity | 3 Ah | N/A |
| Charger Included | Yes | No |
| Weight | Lightweight | Moderate |
| Warranty | 5 Years | 3 Years |
Dimension comparison
Overview of the Products
When choosing between the Milwaukee 2695-24 M18 18V Cordless Power Tool Combo Kit with Hammer Drill and the Milwaukee Electric M18 Fuel 1/2 HTIW & 3/8 MTIW Automotive Combo Kit, it's essential to consider their intended uses and value propositions. The Milwaukee 2695-24 is priced at $399.99, while the Milwaukee Electric is priced at $619.74, making the former about 35% cheaper. This significant price difference reflects the varied functionalities of each kit, catering to different user needs.
Target User Base
The Milwaukee 2695-24 is tailored for a broad range of professionals, including those in construction, carpentry, plumbing, and maintenance. Its versatile tools, which include a hammer drill, impact driver, reciprocating saw, and work light, offer the ability to perform various tasks efficiently. In contrast, the Milwaukee Electric is specifically designed for automotive applications, making it ideal for mechanics and automotive technicians who require high-torque impact wrenches. Hence, the intended user base of the Milwaukee 2695-24 is more diverse, while the Milwaukee Electric focuses on a specialized market.
Tool Variety and Functionality
The Milwaukee 2695-24 offers a comprehensive toolkit, featuring a hammer drill, impact driver, reciprocating saw, and a work light, enhancing its versatility for different jobs. Each tool in the combo kit serves a unique purpose, allowing for a range of applications from drilling to cutting. On the other hand, the Milwaukee Electric provides a specialized automotive combo kit that includes a 1/2" and a 3/8" high-torque impact wrench, focusing on delivering powerful automotive solutions. While the Milwaukee 2695-24 caters to general construction and maintenance tasks, the Milwaukee Electric is more suitable for specific automotive needs.
Performance and Power
In terms of performance, the Milwaukee 2695-24 utilizes Milwaukee's RED LITHIUM technology, which enhances torque, power, and runtime. The combination of a hammer drill and impact driver allows for efficient fastener driving and drilling in wood, masonry, and other materials. Conversely, the Milwaukee Electric is built for high-torque applications, making it a powerful choice for automotive tasks. The distinct focus on torque in the Milwaukee Electric may provide advantages in automotive settings, where high power is crucial. Therefore, while both kits excel in their respective areas, their performance metrics cater to different types of users.
Portability and Convenience
The Milwaukee 2695-24 kit is designed with portability in mind, including a tool case for easy transport. It comes with two extended capacity batteries and a charger, which is essential for users who need to work in various locations without worrying about power outlets. In contrast, the Milwaukee Electric kit is also portable but is designed with a more fixed purpose in mind, targeting automotive mechanics who may not require the same level of versatile mobility. The added convenience of the Milwaukee 2695-24 makes it a better option for those who work across different job sites.
Price Comparison
The Milwaukee 2695-24 is priced at $399.99, while the Milwaukee Electric costs $619.74. This price difference of about $219.75 highlights a significant value proposition for users considering their budget. The Milwaukee 2695-24 not only offers a broader range of tools but does so at a lower price point, making it a compelling choice for those looking to maximize their investment. In contrast, the higher price of the Milwaukee Electric reflects its specialized features tailored for automotive work.
Sales Ranking and Market Performance
The Milwaukee 2695-24 holds a bestseller rank of 100118, indicating a solid presence in the market, though not at the top tier. Meanwhile, the Milwaukee Electric ranks higher at 51725, suggesting it might have a stronger following among automotive professionals. This distinction in sales ranks can reflect user preferences, with the Milwaukee Electric possibly being favored for its specialized automotive capabilities. However, the Milwaukee 2695-24's versatility may attract a wider audience.
Which should you buy?
Choosing between the Milwaukee 2695-24 and the Milwaukee Electric comes down to your specific needs. If you're a professional looking for a versatile toolkit that covers a broad range of applications, the Milwaukee 2695-24 is the better option, especially considering its lower price of $399.99. However, if your work is primarily in the automotive field and requires high-torque tools, the Milwaukee Electric, priced at $619.74, may justify its cost for the specialized features it offers. Ultimately, your decision should align with the tasks you perform most frequently.

