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DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded vs Makita XVJ05Z 18V LXT® Lithium-Ion Brushless

Updated August 2026 — DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded wins on power and price, Makita XVJ05Z 18V LXT® Lithium-Ion Brushless wins on ergonomics and weight.

The DEWALT Jig Saw offers more power and durability, while the Makita XVJ05Z provides cordless convenience and efficiency.

Why DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded is better

Power

DEWALT has a 6.5 amp motor compared to Makita's brushless motor.

Durability

DEWALT features an all-metal gear case.

Price

DEWALT is $25 cheaper than Makita.

Why Makita XVJ05Z 18V LXT® Lithium-Ion Brushless is better

Cordless

Makita offers cordless operation for better mobility.

Battery Life

Makita's brushless motor provides up to 50% longer run time.

Ergonomics

Makita has a compact barrel grip for better control.

Overall score

DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded
85
Makita XVJ05Z 18V LXT® Lithium-Ion Brushless
78

Specifications

SpecDEWALT Jig Saw, Top Handle, 6.5-Amp, CordedMakita XVJ05Z 18V LXT® Lithium-Ion Brushless
Motor Type6.5 AmpBrushless
Strokes/Min500-3100800-3000
Blade ChangeKeylessTool-less
Orbital Settings43
WeightUnknown5.0 lbs

Dimension comparison

DEWALT Jig Saw, Top Handle, 6.5-Amp, CordedMakita XVJ05Z 18V LXT® Lithium-Ion Brushless

Overview of the DEWALT Jig Saw and Makita XVJ05Z

The DEWALT Jig Saw is priced at $189.00, while the Makita XVJ05Z is available for $214.99, making the DEWALT about 17% cheaper. Both tools cater to professional woodworkers and contractors, offering unique features to enhance cutting precision and efficiency. The DEWALT model boasts a powerful 6.5 amp motor, whereas the Makita is equipped with a brushless motor for longer battery life and efficiency. These distinctions make each jig saw appealing depending on the user’s preferences for corded versus cordless operation.

Power and Performance

When it comes to power, the DEWALT Jig Saw features a robust 6.5 amp motor that can deliver cutting speeds ranging from 500 to 3,100 strokes per minute. This range allows it to tackle demanding materials effectively. In contrast, the Makita XVJ05Z, with its brushless variable speed motor, offers a slightly lower range of 800 to 3,000 strokes per minute. However, the brushless technology in the Makita provides up to 50% longer run time per charge compared to similar non-brushless tools, which can be a significant advantage for extended tasks. Thus, while DEWALT offers higher power, Makita champions efficiency.

Design and Ergonomics

The DEWALT Jig Saw is designed for durability, featuring an all-metal gear case and a keyless blade lever for quick blade changes. It also incorporates an extra-large rubber grip that dampens vibration, enhancing comfort during prolonged use. Conversely, the Makita XVJ05Z adopts a compact barrel grip design that allows for better control and more precise cuts. This ergonomics-focused design is particularly useful for intricate work. While both models prioritize user comfort, the choice between them may depend on whether the user prefers a top handle or barrel grip.

Cutting Versatility

Both jig saws excel in versatility, but they cater to different cutting needs. The DEWALT model includes a 4-position orbital action that allows users to control cut quality and speed, making it suitable for various applications. It also features positive bevel detents for accuracy at common angles of 0°, 15°, 30°, and 45°. On the other hand, the Makita XVJ05Z offers three orbital settings plus straight cutting, enabling quick adjustments for different materials. This feature is particularly beneficial for users who regularly switch between tasks, making the Makita a bit more versatile for varied cutting applications.

Blade Change Mechanism

The DEWALT Jig Saw is equipped with a keyless, lever-action blade clamp that allows for quick and easy blade changes, a feature that is essential for professionals who need to switch blades frequently. In comparison, the Makita XVJ05Z boasts a “tool-less” blade change system, further simplifying the process. This convenience can save time and enhance productivity on the job site. Both systems are user-friendly, but the Makita’s tool-less feature may appeal more to those who prioritize rapid blade changes.

Maintenance and Durability

Durability is a crucial factor in tool selection, and both products are built to withstand demanding environments. The DEWALT Jig Saw's all-metal gear case enhances its longevity, particularly in a professional shop setting. The integrated dust blower also helps maintain visibility of the cut line, which is vital for accuracy. Meanwhile, the Makita XVJ05Z's brushless motor not only reduces the need for maintenance due to the absence of carbon brushes but also runs cooler and more efficiently. This design consideration can lead to a longer lifespan for the tool, making it a strong contender for users who prioritize maintenance-free operation.

Battery Life and Convenience

The DEWALT Jig Saw operates corded, ensuring an uninterrupted power supply, which is ideal for heavy-duty tasks without the worry of battery life. However, this limits mobility. In contrast, the Makita XVJ05Z runs on an 18V LXT lithium-ion battery (sold separately), allowing for greater flexibility and portability on the job. Users can efficiently cut up to 135 feet of 1" MDF on a single charge with a 5.0Ah battery. For users who frequently move between job sites or prefer working in varied locations, the Makita's cordless design provides significant convenience.

Which should you buy?

Ultimately, the decision between the DEWALT Jig Saw and the Makita XVJ05Z boils down to personal preference and specific needs. If you prioritize power and durability in a corded tool, the DEWALT at $189.00 is an excellent choice. However, if you value the convenience of a cordless tool with advanced efficiency and ergonomic design, the Makita at $214.99 may be worth the extra investment. Each jig saw brings distinctive benefits to the table, making them both worthy of consideration based on the user’s specific requirements in cutting applications.