FLEX 24V Brushless Cordless 6-Tool Combo Kit: vs RYOBI P884 18-Volt ONE+ Lithium-Ion Combo Kit
Updated July 2026 — FLEX 24V Brushless Cordless 6-Tool Combo Kit: wins on power and price, RYOBI P884 18-Volt ONE+ Lithium-Ion Combo Kit wins on runtime and weight.
The FLEX kit offers superior performance and advanced features, while the RYOBI kit provides excellent value for casual users.
Why FLEX 24V Brushless Cordless 6-Tool Combo Kit: is better
Performance
FLEX tools have higher efficiency and power.
Battery
FLEX includes a 5.0Ah battery for longer runtime.
Technology
FLEX features a sensor-free brushless motor.
Why RYOBI P884 18-Volt ONE+ Lithium-Ion Combo Kit is better
Price
RYOBI is significantly cheaper at $299.
Weight
RYOBI tools are lighter and easier to handle.
Compatibility
RYOBI batteries work with the entire ONE+ line.
Overall score
Specifications
| Spec | FLEX 24V Brushless Cordless 6-Tool Combo Kit: | RYOBI P884 18-Volt ONE+ Lithium-Ion Combo Kit |
|---|---|---|
| Hammer Drill | 750 in-lbs | Variable 0-1600 rpm |
| Impact Driver | 1,800 in-lbs | Not specified |
| Circular Saw | 5,800 RPM | 4,700 RPM |
| Reciprocating Saw | 4000 RPM | 3100 SPM |
| Work Light | 300 lm | Not specified |
Dimension comparison
Price Comparison
When it comes to price, the RYOBI P884 is significantly cheaper than the FLEX 24V Brushless Combo Kit. The RYOBI kit is priced at $299.00, while the FLEX kit costs $649.00, making RYOBI about 54% less expensive. This substantial price difference makes the RYOBI P884 an attractive option for budget-conscious consumers or those just starting their tool collection. However, the FLEX kit promises enhanced performance and advanced features, which might justify the higher cost for professionals or serious DIY enthusiasts.
Tool Variety
Both kits include six essential tools, catering to a range of tasks, but they do differ in the specific tools provided. The FLEX kit features a hammer drill, a hex impact driver, a circular saw, a multi-tool, a reciprocating saw, and a work light. Meanwhile, the RYOBI P884 also includes a hammer drill, an impact driver, a circular saw, a reciprocating saw, a multi-tool, and a work light, but the specifications of these tools vary. For instance, the FLEX hammer drill has a compact power of 750 in-lbs, while the RYOBI drill offers variable speeds of 0-440 and 0-1600 rpm. Thus, while both kits provide a comprehensive toolset, the specifications may cater to different user needs.
Battery and Charging
The FLEX kit comes with two lithium-ion batteries (2.5Ah and 5.0Ah) and a 160W fast charger, ensuring longer runtime and quicker charging. The RYOBI P884 also includes two 18-volt lithium batteries, which can be recharged in as little as 30 minutes. While the FLEX's THERMA-TECH heat management boasts a longer runtime and faster charging, RYOBI's batteries are compatible with the entire ONE+ product line, offering flexibility for users already invested in RYOBI tools. This compatibility may be a deciding factor for consumers who prioritize versatility in their tools.
Performance
In terms of performance, the FLEX tools are designed for higher efficiency and power, with a sensor-free brushless motor that optimizes operation. The FLEX reciprocating saw operates at 4000 RPM and features both orbital and linear modes, while the RYOBI reciprocating saw has a stroke length capable of 3100 SPM. This indicates that the FLEX may offer superior cutting power and speed, making it potentially better suited for demanding tasks. However, the RYOBI tools are designed for a variety of applications and are user-friendly, appealing to those who may not need the highest performance levels.
Weight and Portability
Weight can play a critical role in user comfort and portability. The FLEX kit's tools are not explicitly listed with weights, whereas the RYOBI P884 provides specific weights for each tool, making it easier for users to assess handling. For example, the RYOBI drill weighs 2.7 lbs, and the circular saw weighs 4.7 lbs. This information suggests that the RYOBI tools are relatively lightweight and may be easier for casual users to manage over extended periods. If portability is a key concern, the RYOBI P884 may offer the advantage of lighter tools.
Brand Reputation and Customer Trust
Both FLEX and RYOBI have established reputations within the tool industry, but their target audiences may differ. FLEX, which is newer to the market, focuses on high-performance tools with advanced technology, appealing to professionals and serious DIYers. The FLEX kit has a sales rank of 205,950, indicating a decent level of market activity. RYOBI, on the other hand, is known for its affordability and extensive product line, making it a popular choice among casual users and home improvement enthusiasts. The RYOBI P884 has a sales rank of 304,851, which suggests it is also well-regarded but may appeal to a different customer base.
User Experience and Versatility
User experience can greatly impact satisfaction with a tool set. The FLEX kit is designed for high performance and efficiency, making it ideal for more intensive tasks and offering a more professional experience. The RYOBI P884, with its user-friendly design and lightweight tools, is better suited for those who may be less experienced or looking for everyday solutions. RYOBI's work light can be positioned in multiple ways, enhancing its versatility on the job. Meanwhile, the FLEX kit's cross-compatibility with all FLEX 24V batteries and tools adds a layer of convenience for users who invest in multiple FLEX products.
Which should you buy?
Choosing between the FLEX 24V Brushless Cordless 6-Tool Combo Kit and the RYOBI P884 18-Volt ONE+ Lithium-Ion Combo Kit ultimately depends on your specific needs and budget. If you are a professional or a serious DIY enthusiast looking for high performance, advanced features, and superior battery technology, the FLEX kit may be worth the investment despite its higher price. However, if you are a casual user or a beginner seeking an economical and versatile toolset, the RYOBI P884 offers excellent value at a significantly lower price. Consider your tool usage, required performance levels, and budget when making your decision.

