Close-up of an Eye Nut featuring a looped top and threaded base for surface attachments in lifting tasks. Designed for vertical load resistance, its textured surface adds depth to the grayscale image.

A close-up of a metallic Eye Nut with hexagonal details and a threaded shaft, highlighting its textured surface. This sturdy component, designed for optimal vertical load resistance, stands out against a plain white background.

The Tie Down Plate is a metallic ground anchor featuring a square plate and an eyelet, designed for securing objects. It is displayed on a white background, highlighting its sturdy and functional design.

Close-up of the Eye Nut, featuring a circular loop atop and a threaded base. It’s designed for vertical load resistance with a metallic, slightly textured surface.

The Eye Nut is a silver metal D-ring with a threaded hole, crafted for secure attachments and fastenings. Its textured surface provides reliable vertical load resistance, giving it a sturdy look against a plain white background.

A close-up shows a persons finger touching an Eye Nut secured to a flat metal surface, demonstrating its vertical load resistance. The scene is set against a textured gray backdrop with blurred grass in the background.

Eye Nut

Use the heavy-duty Eye Nut with any of our Augers to tie down structures requiring vertical load resistance. They are well-suited for holding down bunkies, sheds, and any other structures subject to vertical lift.

M16 thread. 1 3/4" H x 1 1/2" W opening. Hot zinc galvanized for superior performance. Cables are sold separately.

Price: $17.99

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Frequently Bought Together

Warning: Rocks, roots, or a weak impact wrench (we recommend a corded 350 ft-lbs DeWalt) may prevent you from driving the auger fully into the soil. Use only a 6 point socket as a 12 point socket may strip the driver head. To test your soil for auger suitability, use a 3/4" spade bit with a 24" bit extender and try driving it into your soil. This will give you a good indication of this system will work in your location.

SIDE BAND BOARD ATTACHMENT

Use cable, cable clamps and thimbles to make two very strong loops. Use a thimble over the cap screw and also for the eye nut. Do not turn the eye nut fully down on the threaded stud. Make the cable as tight as possible and allow for one or two turns of the eye nut to fully cinch the cable tight.

LOOPING AROUND BAND BOARD OR BEAMS

A single loop around a band board or beam can also be used. To get full tension make the loop around the Eye Nut as tight as possible but leave room for one or two final turns of the Eye Nut to fully tension the cable.

OVER WALL TOP PLATE

Cables can be laid over the top plate of a wall by drilling small holes through the bottom and top plates of the framing. This provides additional shear resistance to the walls of the structure during very high winds.

EASILY DRIVE IN OR OUT

It's dependable Direct Drive system ensures you can drive the anchor forward or reverse for quick installation. Installs with a handheld ½" impact wrench.

Turn a week-long job into a weekend project.
Save money on labor, materials and time.
No sledge or jackhammers or heavy machinery.
Install in the morning and build in the afternoon.

*For floating or free-standing structures where freezing soil conditions exist.

UPLIFT

Pull out resistance (tension) from undisturbed soil varies by soil type and auger length. If you are building a project where known uplift data is required please see our Tension Test data for sandy or clay soils based on auger length. This is data taken from field testing by Intertek in a location in Colorado and is part of an extensive residential code compliance review program this is expected to be completed in the spring of 2022.

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