Milwaukee Shockwave 13 mm x 1/2 in Drive Standard Impact Socket is built to crush resistance and outlast the toughest fasteners. This 6-point, metric/SAE-ready socket is designed for high-torque impact tools, delivering reliable grip and precise engagement where it matters most.
Why this socket stands out in a crowded field:
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Size and drive — 13 mm metric size with a 1/2 in drive, pairing seamlessly with your mid-to-heavy duty impact wrenches and power drills.
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Six-point design — Maximizes contact with fasteners to minimize rounding and slippage under torque, making it ideal for stubborn bolts and hard-to-reach locations.
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Durable construction — Forged steel construction stands up to repeated impact blows, distributing stress to extend socket life in daily shop use.
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Finish and fit — Black finish not only looks rugged but also resists minor corrosion, keeping a clean, consistent engagement over time.
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Compact, practical geometry — Length of 1.49 inches provides better access in tight engine bays, chassis rails, and crowded workshop spaces.
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Versatile compatibility — While sized at 13 mm, the socket works with common metric fasteners and accommodates SAE equivalents when used with the appropriate hardware, all through a standard 1/2 inch drive.
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Value for professional and DIY use — Sold as a single, ready-to-use unit, this socket is ideal for automotive repair, maintenance tasks, and heavy equipment service where reliability matters most.
Use cases you’ll appreciate: brake rotor replacements, suspension work, exhaust and manifold tasks, or any job that demands a secure bite on a 13 mm fastener without cam-out. When you pair this Milwaukee Shockwave socket with a compatible impact wrench, you get repeatable performance, reduced tool wear, and consistent bin-to-bin reliability on demanding projects.
Tip for optimal use: ensure the socket seats accurately on the fastener, apply steady, straight torque, and use the proper impact-rated tool to avoid rounding or cam-out—this is where the six-point design and forged steel really pay off, especially in tight spaces and high-torque scenarios.