Proto J07524MT Impact Socket 3/4 in Drive 24mm 12-pt

Product Description

The PROTO J07524MT is a 3/4 inch drive impact socket designed for use with 1/2 inch and 3/4 inch drive impact wrenches in heavy-duty fastening and removal applications. It accepts a 24mm fastener head and features a 12-point geometry that allows socket engagement at 30-degree increments, useful in tight working angles. Constructed from alloy steel, the socket is built to withstand the high-torque, shock-load cycling produced by pneumatic and electric impact tools. Overall length is 2 inches. At 0.72 pounds, the socket is compact and manageable for repeated use in professional shop and field conditions.

This socket is suited for automotive, fleet, heavy equipment, and industrial maintenance applications where 24mm fasteners are common. Typical use cases include wheel lug nuts, suspension components, engine mounting hardware, and structural bolts. The 3/4 inch drive size targets applications requiring higher torque output than a 1/2 inch drive can reliably deliver. Licensed mechanics, fleet technicians, and industrial maintenance workers commonly carry this size for drivetrain and chassis work.

Key Features

• 3/4 inch drive accepts standard 3/4 inch drive impact wrenches and ratchets
• 24mm socket size for metric fastener applications
• 12-point design allows engagement at 30-degree increments in restricted access areas
• Alloy steel construction rated for impact tool use and high-torque cycling
• 2 inch overall length fits standard depth fastener applications without extension
• Compact 0.72 pound weight reduces fatigue during repetitive fastening tasks

Compatibility

Designed as an OEM-style impact socket compatible with standard 3/4 inch square drive impact wrenches, torque wrenches, and ratchets used in automotive, fleet, and industrial maintenance service.

Installation Notes

This socket is intended for use with impact-rated drive tools only. Do not use standard chrome hand-tool sockets with impact wrenches, as non-impact-rated sockets can fracture under shock loading. Verify the fastener size and drive compatibility before applying torque. Inspect the socket for cracks or deformation before each use and remove it from service if any damage is found.