Questions and Answers for Husky 5-Tier Heavy Duty Industrial Welded Steel Garage Storage Shelving Unit in Red (90 in. W x 90 in. H x 24 in. D)

A:  You can install caster wheels, however, you must span a 2x4 between each leg, secure through the available hole, and then attach the wheels to the 2x4. Watch this video: https://www.youtube.com/watch?v=lm7z70wkUCE&ab_channel=ToolRev

A:  You don’t mount casters on these units. That would be a dumb idea.

A:  Larry, the unit is not designed to be mobile. You cannot put castors on this item. Thank you.

A:  Put casters directly to the holes in bottom of uprights tonight. BUT when I tilted it up, the base bent immediately. The steel isn't strong enough for the torque. Then I read the Q&A and realized they would be very tippy with wheels.

A:  Chad, casters cannot be added to this unit. It is not designed to be mobile.

A:  Morgan, the 77" wide box dimensions are 80”L x 25” W x 7”H

A:  No, the vertical ends are a single piece to provide for a much higher weight capacity. Look for the smaller units that are about 48” wide.

A:  No the frame on both ends are a single piece 78" in height.

A:  The HBR is the older model and the N2W is the new version of this item? There are some modifications in the frame and parts in the new model, but the specs, dim, and weight capabilities are essentially the same.

A:  Dub- You can do this at your local Home Depot store via Special order at the Pro desk. If you have any questions, contact us at customerservice@edsal.com or 773-475-3131 Mon – Fri 8 AM to 5 PM CST. Thank you Edsal Customer Service.

A:  Greg- for damaged, missing or defective parts please contact us at customerservice@edsal.com or 773-475-3131 Mon – Fri 8 AM to 5 PM CST. Thank you Edsal Customer Service.

A:  Joseph, I am sorry wheels cannot be added to this product. It is not designed to be mobile. Thank you.

A:  No, the tabs you see on the bottom of the racks are for securing to the floor. The instructional sheet states not to alter the racking in any way. The stability of the unit depends on allowing the transfer of the load to to floor. the