SEEKONK PRECISION TOOLS - 65 in/lb Torque Handle

SEEKONK PRECISION TOOLS 1/4" DRIVE TORQUE HANDLE

The Seekonk Precision Tools 1/4" Drive Torque Handle is a professional-grade preset torque wrench designed to deliver consistent and repeatable torque when installing firearm components, scope bases, rings, trigger guards, and other precision fasteners. Engineered to eliminate guesswork, this specialized tool breaks away at a predetermined torque value, helping ensure that critical screws are tightened to the same specification every time.

Built for gunsmiths, armorers, and precision shooters, the torque handle features a convenient T-handle design that provides excellent control and leverage during installation. The preset mechanism helps reduce the risk of over-tightening while promoting greater consistency, making it an ideal tool for firearm assembly, maintenance, and optics mounting applications.

FEATURES

• Preset torque setting for consistent results
• Break-away torque mechanism helps prevent over-tightening
• Ideal for scope rings, scope bases, trigger guards, and firearm fasteners
• T-handle design provides excellent leverage and control
• Accepts standard 1/4" drive attachments
• Back-off feature allows fastener removal after installation
• Designed for repeatable torque application
• Professional-grade construction
• Suitable for gunsmithing and firearm maintenance
• Made for precision assembly tasks

SPECIFICATIONS

• Drive Size: 1/4"
• Torque Setting: 65 in-lbs
• Wrench Style: Torque Wrench
• Material: Steel
• Finish: Chrome Plated
• Height: Approximately 3.5"
• Width: Approximately 4.125"
• Application: Firearm Assembly and Maintenance

The Seekonk Precision Tools 1/4" Drive Torque Handle is an effective solution for anyone requiring precise torque control during firearm assembly and maintenance. Featuring a preset 65 in-lb torque setting, durable steel construction, and a user-friendly T-handle design, it helps ensure consistent fastener installation while protecting critical firearm components from damage caused by improper torque application.