Meet the Milwaukee Shockwave 9 mm x 3/8 in drive Metric 6‑Point Standard Impact Socket—the tool you reach for when high-torque work demands durability and precise grip. Built to handle demanding impact applications, this socket is purposefully designed to keep fasteners turning smoothly when the going gets tough.
Engineered for toughness, the socket is forged from high-strength steel and finished in black to resist wear and corrosion in harsh work environments. The 6‑point geometry delivers a more positive grip on hex fasteners, reducing rounding and slippage during heavy torque and repeated impacts—so you can rely on it for automotive, equipment maintenance, and workshop projects.
Key specifications
-
Material: Forged steel for rugged reliability
-
Metric size: 9 mm
-
Drive size: 3/8 in
-
Length: 1.25 in
-
Number of points: 6
-
Finish: Black
-
Impact rated: Yes
-
Packaging: Carded
-
Brand family: Milwaukee Shockwave
-
In package: 1 socket
Why this socket stands out
Compared to standard non-impact sockets, the Shockwave 9 mm socket is built to endure the rigors of impact tools, delivering consistent torque transfer and resisting wear over time. The 6-point design minimizes fastener rounding, which means you’ll be able to tackle stubborn metric bolts with confidence. The compact 1.25‑inch length offers the right balance between reach and leverage for tight spaces, making it a practical choice for engine bays, suspension tasks, and equipment maintenance.
Ideal use cases
- Automotive repairs that involve metric fasteners around engines, wheels, and suspension components
- Industrial machinery maintenance where high-torque impacts are common
- DIY projects and home garage tasks that require a reliable, long-lasting impact socket
Tips for best results
- Ensure the socket fully seats onto the fastener to maximize grip and minimize rounding under load.
- Pair with a compatible 3/8" drive impact wrench or driver for efficient, high-torque performance.
- Store with other Shockwave sockets to maintain consistent performance across your metric set.