Serious torque
The brushless motor generates up to 610 N·m of max torque, making quick work of stubborn bolts and fasteners.
Why customers love it
The DEWALT ATOMIC 20V MAX Brushless Impact Wrench delivers professional-grade torque in a lightweight, cordless design—ideal for automotive work, equipment repair, and DIY projects.
The brushless motor generates up to 610 N·m of max torque, making quick work of stubborn bolts and fasteners.
A variable speed trigger lets you modulate power for delicate tasks, from snugging up small hardware to heavy removal jobs.
The detent pin anvil holds sockets firmly in place, so you can work with confidence under heavy load.
Its compact and lightweight build reduces strain during extended sessions, even in tight spaces.
Specs
Built to last outdoors, season after season.
Comparison
Not all products in this category are built the same.
If your order arrives damaged, defective, or not as described, contact us within 14 days and we will make it right with a replacement or refund.
Everything you might want to know before you order.
No—the battery and charger are sold separately. This is a bare tool that works with the DEWALT 20V MAX battery platform.
It features a detent pin anvil, which uses a spring-loaded pin to securely retain sockets during heavy-duty use.
The brushless motor produces up to 610 N·m of max torque, suitable for high-demand fastening and removal tasks.
Yes, the variable speed trigger gives you precise control, allowing you to adjust power for delicate applications.
Yes, the compact and lightweight design reduces fatigue and helps you reach fasteners in confined areas, making it ideal for automotive and equipment repair.
You can request a return within 14 days after delivery. Standard returns have a €4.00 EUR (approximately $4.66 USD) flat-rate return shipping fee, deducted from your refund. Return shipping is free for items that arrived damaged, defective, or incorrect. Items should be unused and in original packaging where possible. Contact us before sending anything back.