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DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded vs Makita VJ04Z 12V MAX CXT Lithium-Ion Cordless Jig

Updated August 2026 — DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded wins on power and durability, Makita VJ04Z 12V MAX CXT Lithium-Ion Cordless Jig wins on portability and weight.

The DEWALT Jig Saw excels in power and durability, while the Makita VJ04Z offers portability and a lower price.

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

Power

6.5 amp motor vs 12V max motor

Durability

All-metal gear case vs plastic components

Precision

4-position orbital action vs 3 settings

Why Makita VJ04Z 12V MAX CXT Lithium-Ion Cordless Jig is better

Portability

Cordless vs corded

Weight

3.8 lbs vs heavier design

Price

$125 vs $189

Overall score

DEWALT Jig Saw, Top Handle, 6.5-Amp, Corded
85
Makita VJ04Z 12V MAX CXT Lithium-Ion Cordless Jig
75

Specifications

SpecDEWALT Jig Saw, Top Handle, 6.5-Amp, CordedMakita VJ04Z 12V MAX CXT Lithium-Ion Cordless Jig
Motor Power6.5 amp12V max
Strokes per Min500-31000-2900
Orbital Settings43
WeightN/A3.8 lbs
Blade ChangeKeylessStandard

Dimension comparison

DEWALT Jig Saw, Top Handle, 6.5-Amp, CordedMakita VJ04Z 12V MAX CXT Lithium-Ion Cordless Jig

Overview of the DEWALT Jig Saw and Makita VJ04Z

The DEWALT Jig Saw is priced at $189.00, while the Makita VJ04Z is significantly cheaper at $125.00, making it about 17% less expensive. While both jigsaws cater to different user needs, they excel in distinct areas. The DEWALT model is a corded option with a powerful motor, whereas the Makita is a cordless tool designed for portability and ease of use. Understanding these differences can help users make an informed decision based on their specific requirements.

Motor Power and Performance

The DEWALT Jig Saw features a powerful 6.5 amp motor that delivers impressive cutting power, with a variable speed ranging from 500 to 3,100 strokes per minute. This capability makes it ideal for demanding materials and various applications. In comparison, the Makita VJ04Z has a Makita-built variable speed motor that ranges from 0 to 2,900 strokes per minute. Although slightly less powerful, it still provides ample performance for a range of cutting tasks. Users requiring heavy-duty performance may prefer the DEWALT for its higher stroke rate, while those looking for versatility in lighter applications might find the Makita suitable.

Design and Ergonomics

In terms of design, the DEWALT Jig Saw has an extra-large rubber grip that dampens vibration and enhances comfort during prolonged use. It is built for durability in professional shop environments, featuring an all-metal gear case. On the other hand, the Makita VJ04Z boasts a compact and ergonomic design at just 9-1/8 inches long and weighs only 3.8 lbs with the battery. This lightweight design reduces operator fatigue, making it an excellent choice for extended use. Users prioritizing comfort and ease of handling may lean towards the Makita, especially in situations requiring mobility.

Blade Change and Compatibility

The DEWALT Jig Saw includes a keyless, lever-action blade clamp, facilitating quick and easy blade changes. It accepts T-shank blades for optimal holding power, which is crucial for maintaining cutting precision. Conversely, the Makita VJ04Z also offers convenience with its compatibility with various blade types, but it does not specify the same ease of change as the DEWALT. For professionals or serious DIYers who frequently switch blades, the DEWALT's user-friendly mechanism may provide a significant advantage.

Cutting Versatility

When it comes to cutting versatility, the DEWALT Jig Saw features a 4-position orbital action that allows users to control cut quality and speed. It also has positive bevel detents for accuracy at common angles of 0°, 15°, 30°, and 45°. The Makita VJ04Z, while offering three orbital settings plus straight cutting, focuses on a wide range of materials but may not be as precise for specific angled cuts as the DEWALT. Users looking for precise cutting options may find the DEWALT superior, while those needing general versatility might appreciate the Makita's multiple settings.

Dust Management

The DEWALT Jig Saw incorporates an integrated dust blower to maintain visibility of the cut line, which is essential for accuracy during intricate cutting tasks. The Makita VJ04Z also features a dust port for use with a vacuum, providing efficient dust management. While both models address dust control effectively, the DEWALT's integrated blower offers an advantage for users who prefer a cleaner working environment without external attachments.

Portability and Power Source

Portability is a significant difference between the two jigsaws. The DEWALT is a corded model, which means it requires a power outlet to operate, potentially limiting mobility on job sites. In contrast, the Makita VJ04Z is a cordless tool that operates on a 12V MAX CXT Lithium-Ion battery (sold separately), making it more convenient for users who need to move around freely without being tethered to a power source. For users prioritizing portability, the Makita is the clear choice.

Pricing and Value Proposition

The DEWALT Jig Saw is priced at $189.00, while the Makita VJ04Z is available for $125.00. This price difference of about $64 highlights a significant cost-saving opportunity with the Makita, particularly for casual users or those on a budget. However, the DEWALT may justify its higher price with enhanced performance and durability, making it potentially worth the investment for professionals who demand reliability and power.

Which should you buy?

Choosing between the DEWALT Jig Saw and the Makita VJ04Z largely depends on your specific needs and preferences. If you require a powerful motor, precision cutting, and durability for heavy-duty tasks, the DEWALT is likely the better option despite its higher price. Conversely, if you prioritize portability, ease of use, and a lower price point, the Makita offers excellent value without compromising too much on performance. Ultimately, both jigsaws serve different user bases effectively, making your intended use a key factor in the decision-making process.