[#ZELEX Tip – Part 3] DIY Wig Storage Cart: Solve All Wig Chaos for Just $170
DIY Wig Storage Cart: Solve All Wig Chaos for Just $170
Tired of wigs tangled, doors sagging, or shapes ruined? This guide shows you how to build a mobile wig storage cart for under $170 that keeps wigs perfectly shaped, organized, and ready to use. Includes 16 detailed real photos (materials, assembly, finished cart angles) — beginner-friendly and perfect for long-term wig care!
Wig Storage
Storing a wig correctly will keep the right shape.
You can use theses on the door but adding to much weight on a door will cause issues on the hinges and may cause your door to sag and to not close well in the future. I put them on Carts Instead.
Figure 1: Wig hanger hooks.
The Traditional Door Method vs The Cart Method
Figure 2: Traditional storage method - wigs hanging on a door.
Figure 3: The cart method - a mobile and organized alternative.
I made theses because the Wigs actually started messing with my door henges and I wanted to stop that so I made these, the total cost for the cart is around 90 USD + the wig hanger sets (with that it’s around 170 Total) It also depends on the amount of brackets you want.
Parts you need
- 4x Caster wheel
- 1x 2x4 Half inch plywood you can get a full sheet to save money in the long run.
- 3x 3” by 2” pine wood. (reality its 2½” by 1½” USA)
- 4x 4” by 1” select pine boards (reality its 3½ by ¾ USA)
- 1LB 3 ½ long wood screws
- 1x 1 ¼ inch wood screws
- 16x ¼ thick Bolts and nuts or the bolt fit the caster wheel
- 12x L brackets
Figure 4: Product example: A standard 3-inch light-duty swivel caster wheel.
Figure 5: Product example: A 3-inch swivel caster wheel with a locking brake.
Figure 6: Material example: 1"x4"x8' Premium Kiln-Dried Select Pine Board.
Figure 7: Hardware example: #8 x 1-1/4 inch Tan Star Flat-Head Wood Deck Screws.
Figure 8: Hardware example: #10 x 3-1/2 inch Tan Star Flat-Head Wood Deck Screws.
Figure 9: Product example: 2 in.x 1-1/2 in.x 1-3/8 in. ZMAX Galvanized Angle (L bracket).
When getting the plywood, you can get a full 4/8 sheet but that will be a lot of wood. You will save money in the long run cutting it yourself but some people do not have the space.
Figure 10: Assembly sketch: shows wheel placement and joinery details for the frame.
I use select pine to not have it be bulky and also be lighter. You’re not making something to carry 1000 LB (450 KG or so) of stuff.
Figure 11: Material close-up: The select pine wood.
Figure 12: Build detail: Caster wheel securely attached using a bolt and nut.
This is more so show what you can do while not spending to much. I bolted in the wheels with nuts on the other side. You can also use “lag” screws as well.
I hollowed out holes for the bolts and nut and washers to give a lot more strength. I can also use this cart to move heavier stuff in the future so I future proof these things.
Figure 13: Build detail: A counterbored hole creates a flush surface for the bolt head, resulting in a stronger joint.
You can use theses craft foam heads to hold more detailed and valuable wigs that you want to keep preserved.
Figure 14: Accessory: Craft foam heads are ideal for preserving the shape of delicate or styled wigs.
I keep my wigs largely separated from very long and more traditional lengths.
Figure 15: Organization: One side of the cart dedicated to shorter, traditional-length wigs.
Figure 16: Organization: The other side dedicated to storing long wigs.
The bottom is handy for wig parts and Wig tools.

