Greenworks 24V Brushless Cordless Drill and Impact vs Ryobi 18V ONE+ 3/8 in. Drill Driver Kit Bundle Set
Updated July 2026 — Greenworks 24V Brushless Cordless Drill and Impact wins on rpm and price, Ryobi 18V ONE+ 3/8 in. Drill Driver Kit Bundle Set wins on sales rank and weight.
The Greenworks kit offers superior torque and battery life, making it the better choice for demanding tasks.
Why Greenworks 24V Brushless Cordless Drill and Impact is better
Torque
Greenworks has 1,950 in-lbs torque vs Ryobi's undisclosed torque.
Battery Life
Greenworks includes two batteries for extended use.
Sales Rank
Greenworks ranks 55,863 compared to Ryobi's 198,933.
Why Ryobi 18V ONE+ 3/8 in. Drill Driver Kit Bundle Set is better
Price
Ryobi is $125.00, slightly cheaper than Greenworks at $129.99.
Compact Design
Ryobi's design is optimized for tight spaces.
Included Accessories
Ryobi includes a 31-piece drill and driver kit.
Overall score
Specifications
| Spec | Greenworks 24V Brushless Cordless Drill and Impact | Ryobi 18V ONE+ 3/8 in. Drill Driver Kit Bundle Set |
|---|---|---|
| Drill Type | 1/2 in Drill | 3/8 in Drill |
| Impact Driver | Yes | No |
| LED Light | Yes | Yes |
| Clutch Positions | 18 + 1 | 24 |
| Battery Type | Lithium-Ion | Lithium-Ion |
Dimension comparison
Overview of the Greenworks 24V Brushless Cordless Drill and Impact Driver
The Greenworks 24V Brushless Cordless Drill and Impact Driver is priced at $129.99 and features a powerful combo kit that includes a 1/2" drill and a 1/4" hex impact driver, along with two batteries and a fast charger. This product is suitable for both professional and home use, offering a balance of performance and convenience. The drill provides a two-speed transmission, allowing users to switch between 0-380 RPM and 0-1450 RPM, while the impact driver can reach an impressive 3,500 IPM and 1,950 in-lbs of torque. With a sales rank of 55,863, it appeals to users looking for reliable performance in various tasks.
Overview of the Ryobi 18V ONE+ 3/8 in. Drill Driver Kit
The Ryobi 18V ONE+ 3/8 in. Drill Driver Kit is priced at $125.00, making it about 4% cheaper than the Greenworks option. This kit includes a drill/driver, a 1.5Ah battery, a charger, and a 31-piece drill and driver kit, all housed in a convenient tool bag. The drill features a 24-position clutch for torque adjustment, enabling precise control over the depth of screws and fasteners. Additionally, the variable speed trigger provides a maximum RPM of 600. Despite its lower sales rank of 198,933, it offers a good entry point for DIY enthusiasts.
Performance Comparison
In terms of performance, the Greenworks drill excels with a torque rating of 310 in-lbs for the drill and 1,950 in-lbs for the impact driver. This translates to greater power for more demanding tasks, such as driving screws into tougher materials. The Ryobi drill, while capable, offers a maximum torque specification that is not disclosed but is evident in its 24-position clutch system, which allows for controlled depth adjustments. The Greenworks kit's brushless motors deliver enhanced runtime and efficiency, making it better suited for prolonged use without overheating, a significant advantage for users tackling extensive projects.
Battery Life and Charging
Battery life is a crucial factor in cordless power tools. The Greenworks kit comes with two 1.5Ah batteries that provide a longer runtime and quicker charging capabilities, ensuring that you can keep working without extended downtime. In contrast, the Ryobi kit includes a single 1.5Ah battery, which may limit continuous operation compared to Greenworks’ dual-battery setup. Both kits use lithium-ion technology for fade-free power, but the additional battery with the Greenworks kit makes it a more practical choice for users who need to complete larger tasks without waiting for a recharge.
Portability and Design
When it comes to portability, both the Greenworks and Ryobi kits are designed for ease of use. The Greenworks kit weighs only 4.7 lbs, allowing for comfortable handling during extended use. The Ryobi kit's compact design also facilitates working in tight spaces, which is critical for various applications. However, the Greenworks kit's ergonomic non-slip handle provides additional comfort, particularly for users who may be using the tools for extended periods. The inclusion of a tool bag in the Ryobi kit adds convenience for storage and transport.
Additional Features
Both power tool kits include features that enhance usability. The Greenworks drill offers built-in LED work lights to illuminate dark work areas, making it easier to see what you’re doing. The Ryobi kit also features an LED light, which is essential for visibility during tasks. Furthermore, the Greenworks model boasts a higher number of driving applications, owing to its impact driver’s capabilities, whereas the Ryobi focuses on versatility with its drill/driver features. This can be a deciding factor for users who require a range of functionalities from their tools.
Customer Reception and Value
Customer reception can often indicate how well a product performs in real-world conditions. The Greenworks drill has a better sales rank of 55,863, suggesting that it is favored among consumers compared to the Ryobi's rank of 198,933. This may reflect the overall satisfaction and effectiveness that users find in the Greenworks kit, making it a more trusted option. Priced at $129.99, it offers considerable value for its performance and features. On the other hand, the Ryobi kit, while slightly cheaper at $125.00, may attract budget-conscious buyers but lacks the same level of power and performance.
Which should you buy?
Choosing between the Greenworks 24V Brushless Cordless Drill and Impact Driver and the Ryobi 18V ONE+ 3/8 in. Drill Driver Kit ultimately depends on your specific needs. If you require higher torque and longer battery life for extensive projects, the Greenworks kit, priced at $129.99, is the superior choice. However, if you are looking for a more budget-friendly option with sufficient capabilities for light to moderate tasks, the Ryobi kit at $125.00 is a viable option. Consider your project requirements and usage frequency to make the best decision.

