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Milwaukee Electric Tools 2598-22 M12 Fuel 2 Pc vs Ryobi ONE+ 18V Cordless 3/8 in. Drill/Driver Kit

Updated July 2026 — Milwaukee Electric Tools 2598-22 M12 Fuel 2 Pc wins on price and weight, Ryobi ONE+ 18V Cordless 3/8 in. Drill/Driver Kit wins on sales rank.

The Milwaukee kit offers superior performance and versatility, making it ideal for professionals, while the Ryobi kit is a budget-friendly option for casual users.

Why Milwaukee Electric Tools 2598-22 M12 Fuel 2 Pc is better

Performance

Milwaukee has M12 fuel technology for better power.

Battery Life

Includes two batteries for extended use.

Versatility

Offers both a hammer drill and impact driver.

Why Ryobi ONE+ 18V Cordless 3/8 in. Drill/Driver Kit is better

Price

Ryobi is significantly cheaper.

Weight

Ryobi is lightweight and easy to handle.

Convenience

Includes a holster for portability.

Overall score

Milwaukee Electric Tools 2598-22 M12 Fuel 2 Pc
85
Ryobi ONE+ 18V Cordless 3/8 in. Drill/Driver Kit
70

Specifications

SpecMilwaukee Electric Tools 2598-22 M12 Fuel 2 PcRyobi ONE+ 18V Cordless 3/8 in. Drill/Driver Kit
Hammer DrillYesNo
Impact DriverYesNo
Battery TypeLithium-IonLithium-Ion
Charger IncludedYesYes
Tool BagYesNo

Dimension comparison

Milwaukee Electric Tools 2598-22 M12 Fuel 2 PcRyobi ONE+ 18V Cordless 3/8 in. Drill/Driver Kit

Overview

In this comparison, we will examine the Milwaukee Electric Tools 2598-22 M12 Fuel 2 Pc Kit and the Ryobi ONE+ 18V Cordless Drill/Driver Kit. The Milwaukee kit is priced at $290.00, while the Ryobi kit is significantly cheaper at $119.00, making it about 59% less expensive. Both products cater to different user needs and preferences, so let’s delve deeper into their features, usability, and overall value.

Design and Build Quality

The Milwaukee Electric Tools kit features a compact design, weighing only 6.6 lbs, which is ideal for tight spaces. It includes a 1/2" hammer drill and a 1/4" impact driver, both engineered for durability and efficiency. In contrast, the Ryobi kit, while lightweight, focuses more on home improvement tasks. Its 3/8" drill/driver is designed for versatility, allowing users to handle various materials such as wood, metal, and plastic. Though both are user-friendly, the Milwaukee kit may appeal more to professionals needing robust tools, while the Ryobi caters to DIY enthusiasts seeking lightweight options.

Performance

When it comes to performance, the Milwaukee Electric Tools kit stands out with its M12 fuel technology, which delivers impressive power and speed, particularly with its hammer drill. This model is praised for its reliability in professional settings, making it a solid choice for heavy-duty tasks. Conversely, the Ryobi kit is designed for everyday usage, providing sufficient power for home repairs and DIY projects. While it may not match the Milwaukee in terms of raw power, it delivers reliable performance for users who need a dependable tool for lighter tasks.

Battery Life and Charging

Battery life is crucial for cordless tools, and here the Milwaukee kit includes two batteries: a 4.0 XC and a 2.0 XC, ensuring extended usage without frequent recharges. The Ryobi kit, featuring a 1.5 Ah battery, offers decent battery performance for lighter tasks, but it may require more frequent charging during extended use. This difference in battery capacity highlights the Milwaukee kit's advantage for users needing longer operational times, particularly in professional environments.

Versatility

The Milwaukee Electric Tools kit offers versatility with two different tools, the hammer drill and the impact driver, allowing users to switch between drilling and driving tasks effortlessly. This functionality can be particularly advantageous for construction professionals. The Ryobi kit, while only featuring a single drill/driver, is designed for a wide range of materials and tasks, making it suitable for home repairs and projects. Ultimately, the Milwaukee kit provides more flexibility for varied applications, while the Ryobi excels in simplicity and ease of use.

Price Point

At $119.00, the Ryobi ONE+ kit is significantly more budget-friendly than the Milwaukee kit, which retails for $290.00. This price difference of about $171 indicates that Ryobi is targeting casual users who require basic functionality without the investment in high-end features. The Milwaukee kit, despite its higher price, appeals to professionals willing to invest in premium tools for demanding jobs. The substantial price gap reflects the differing target markets for each product, with Ryobi focusing on affordability and convenience.

Customer Reception

The Milwaukee kit holds a sales rank of 132976, while the Ryobi kit has a slightly lower rank at 195340. This suggests that the Milwaukee kit is perceived as a more popular option within its segment, likely due to its reputation for quality and performance among professionals. However, the Ryobi kit's value proposition may attract a different demographic, particularly homeowners and DIYers who prioritize cost-effectiveness over extensive capabilities.

Accessories and Bundles

The Milwaukee kit comes complete with a tool bag and two batteries, offering an all-in-one solution for users ready to start working immediately. In contrast, the Ryobi kit includes a lithium-ion battery, charger, and a Buho holster, making it ideal for those who appreciate portable convenience. While both products provide essential accessories, the Milwaukee kit’s inclusion of multiple batteries enhances its usability for longer tasks, while the Ryobi's bundled holster emphasizes ease of transport for home projects.

Which should you buy?

Ultimately, the decision between the Milwaukee Electric Tools kit and the Ryobi ONE+ kit depends on your specific needs. If you require high performance, versatility, and longer battery life for professional applications, the Milwaukee kit is worth the investment at $290.00. However, if you are a DIY enthusiast or a homeowner looking for a reliable and budget-friendly tool for everyday tasks, the Ryobi kit at $119.00 offers excellent value for money. Consider your usage scenarios carefully to make the best choice for your projects.