Sliding T-handle 3/8" 165 mm NEO tools model 08-155

The Sliding T-handle 3/8" 165 mm by NEO tools model 08-155 is a manual turning tool with a 3/8-inch drive and a 165 mm shaft designed to deliver adjustable leverage for sockets and fasteners in confined or awkward spaces. Its sliding T-handle design allows the crossbar to move along the shaft so the user can change hand position to increase torque or reach into narrow openings while keeping a compact overall profile.

Advantages

The sliding T-handle offers variable leverage and improved access compared with fixed handles, enabling more efficient torque application in tight locations. The 3/8" drive provides compatibility with a broad range of sockets commonly used in automotive and mechanical work. The 165 mm shaft balances reach and control, allowing work in recessed areas while maintaining manageable rigidity for turning fasteners.

Suitable for

• Automotive repair and maintenance tasks
• Mechanical assembly and disassembly in workshops
• General maintenance where access is limited or reach must be adjusted
• Situations requiring rapid change of leverage without switching tools

Key specifications

• Drive size: 3/8 inch
• Shaft length: 165 mm (overall reach)
• Sliding crossbar (adjustable along the shaft) for variable leverage
• Suitable for use with standard 3/8" sockets

How to use

Slide the T-handle crossbar along the shaft to the desired position before attaching a compatible 3/8" socket. Insert the socket onto the drive square and engage the fastener. For higher torque, move the crossbar towards the end of the shaft to increase leverage; for access in narrow spaces, position the crossbar close to the drive to shorten the effective handle. Apply steady, controlled force rather than sudden impacts. After use, retract the crossbar if needed for storage.

Usage recommendations

Use sockets that match the fastener size and are rated for hand use with a 3/8" drive. Avoid applying extreme impact loads or using the tool as a breaker bar substitute. Inspect the sliding mechanism periodically for debris and wear, and keep the shaft clean and lightly lubricated to maintain smooth movement.