Built for extreme torque and engineered for durability, the Milwaukee 80360 SHOCKWAVE™ Impact Duty Socket is a high-performance solution for demanding fastening tasks. Whether you're working on heavy-duty machinery, structural installations, or automotive repairs, this 7/8" standard socket delivers precision, strength, and reliability.

Part of Milwaukee’s SHOCKWAVE™ Impact Duty line, this socket is optimized for use with impact wrenches, ratchets, and drivers. It features a forged impact steel body, non-slip hex geometry, and stamped, ink-filled markings for quick identification and long-term visibility.

Key Features

• Stamped & Ink-Filled Size Markings – Provides long-lasting visibility and easy socket identification.
• 6-Point Non-Slip Hex Geometry – Prevents fastener rounding and enhances grip under load.
• Dual-Hole Design & Ring Groove – Allows for secure and quick attachment/removal.
• High-Strength Forged Steel Construction – Built to withstand extreme torque and heavy-duty use.
• Lifetime Guarantee – Backed by Milwaukee’s commitment to quality and durability.
• ASME Industry Standards Compliance – Meets professional-grade safety and performance benchmarks.

Specifications

• Model Number: 80360
• Drive Size: 3/8"
• Socket Size: 7/8"
• Point Type: 6-Point
• Socket Type: Standard
• Material: Forged Impact Steel
• Finish: Black oxide for corrosion resistance
• Length: Approx. 2.6 inches
• Weight: Approx. 0.55 lbs
• Compatibility: Impact wrenches, ratchets, drivers, and adapters with 3/8" drive

Applications

• Automotive Maintenance – Ideal for removing and installing bolts in suspension, engine, and drivetrain systems.
• Construction Fastening – Suitable for structural bolts and anchor fasteners.
• Industrial Assembly – Reliable for repetitive torque applications in manufacturing and heavy machinery.
• General Mechanical Work – Versatile for use in repair shops, job sites, and maintenance facilities.

The Milwaukee 80360 SHOCKWAVE™ Impact Duty Socket is a must-have for professionals who demand consistent performance and durability in high-stress environments. Add it to your toolkit for rugged reliability and precision engineering.