Mobile Tool Cart

Build a simple mobile tool cart to keep tools organized and accessible wherever you are in your makerspace.


Assembling a rolling tool cart requires just one or two people, simple tools, and materials that can be cut in advance at your local hardware store.

Difficulty Level: hammer2


Number of Makers Needed: Screen Shot 2015-12-19 at 10.43.11 AM

All steps can be done by one person, but for some steps an extra pair of hands can be helpful.

tool cart supplies on table


 Cost per rolling tool cart:

  • About $170 for construction materials
  • About $130 to stock with tools and supplies


Assembling a rolling tool cart takes only one or two people and minimal tools, and materials can be pre-cut at your local hardware store.

rolling tool cart cut list

Three 6-Foot 2×4’s

Cut three 6-foot 2×4‘s into seven planks as shown in the cut list shown in the image. 6-foot lengths will waste the least amount of material, but 8-foot lengths may be easier to find. We recommend spending an extra dollar or two per beam for “top choice” lumber, which is much better quality and less likely to be bowed or twisted. Also note: 2x4s actually measure only 1 1/2″ x 3 1/2″.

  • The two 48″ planks will be called the side posts
  • The three 21″ planks will be called the cross beams
  • The two 18″ planks will be called the foot boards

rolling tool cart cut list

A Sheet of Peg Board

Pegboard, also known as perforated hardboard, is generally available in two thicknesses: 1/4″ and 1/8″. For this project, make sure that you purchase 1/4″ pegboard; it is much sturdier and fits most standard size pegs. Most hardware stores carry 1/4″ pegboard in a dark brown color and will cut sheets down to size for you according to the cut list shown in the image. We purchased 4×4 sheets in a lighter brown color which blends nicely with the natural wood color of the 2x4s, and cut each sheet in half ourselves using a circular saw.

tool cart hardware laid out on table


tool cart peg kit pieces laid out on a table

Peg Kit

A basic Durahook multi-pack will contain everything that you need for one tool cart. In fact, it will contain more than you need, so you might want to consider buying peg hardware individually.  Pro tip: sometimes peg board hooks can pop out when you remove a tool. To eliminate this problem we chose Durahooks, which come with mounting screws to semi-permanently attach each hook. The pegs can still be rearranged when you want, but the screws prevent them from coming off while you are working.

How to Make a Rolling Tool Cart

Our rolling tool cart is made from a simple frame built from 2×4’s, with pegboards attached to both sides of the frame and caster wheels mounted to its base.

tool cart step 1 measuring and marking side posts

Step 1: Measure and mark the side posts

At the end of one of the two 48″ side posts, use a pencil and tape measure to mark a line 3/4″ from one end. Then mark cross lines 1″ in from each side edge to indicate screw hole targets, as shown in the figure.  Repeat these marks halfway down the side beam at the 24″ mark, and again 3/4″ from the other end of the beam, for a total of six screw hole marks.  Then repeat these six marks on the other side beam.

tool cart closeup of drill bit

Step 2: Drill pilot holes

Select a drill bit the same width as the shank of the 2” screws, and use it to drill pilot holes through the side posts at each of your earlier marks., for a total of six pilot holes on each of the two 48″ side posts. Drill each pilot hole approximately the depth of the length of the screw; for more information see Wikihow’s helpful step-by-step guide for How To Drill Pilot Holes.

Step 2-2

Step 3: Arrange one side of the frame

Place the three 21” cross beams standing up on the floor in an evenly-spaced line. Then lay one of the 48” side posts across the top, with the pilot holes facing up so they are visible. Make sure that the center cross beam is centered with the pilot holes you made at the 24″ mark of the side beam.

tool cart arranging side of frame

Step 4: Check alignment

Line up the corners of the frame so that the side post is flush with each of the three cross beams.

tool cart attaching the sides

Step 5: Screw the side post to the cross beams

Drive 2″ screws into each of the six pilot holes on the side post, two through each of the three cross beams. An extra set of hands is helpful for this step, but it can also be done standing over the boards and using your legs to help hold them in place while you drill.

Step 5-3

Step 6: Repeat on the other side of the frame

Once secure, flip the frame over and repeat the process: Lay the other side post across the cross-beams so that the pilot holes face upwards, check alignment, and then drive 2″ screws into the pilot holes to secure the frame.

Step 6-2

Step 7: Measure and mark the pegboard

At each of the four corners of one of the pegboard pieces, use a pencil and tape measure to mark a screw hole location 1″ in from each edge. Note that although this will not be directly centered on the beam, it is more likely to avoid matching up with one of the existing peg holes. Repeat marks for the other piece of pegboard.

Step 6-1

Step 8: Align the pegboard with the frame

Lay the frame flat on the floor and line up one sheet of peg board on the top. Make sure that edges are aligned and square all around the board.

Step 6-3

Step 9: Screw the corners of the pegboard to the frame

Use 2” wood screws to attach each of the four corner of the pegboard to the frame. It is not necessary to drill pilot holes for this step; just start the drill with a few quick bursts to drive in the sharp tip of the screw. Once the screw bites into the pegboard you can drill full speed to drive it the rest of the way in.

Screen Shot 2016-01-01 at 1.49.26 PM

Step 10: Add more screws to the frame

Repeat the step above, adding more screws around the pegboard to secure it to the frame. We suggest the placements shown in the figure.  Be sure that the center screw location passes through the center cross beam of the frame.

Step 6-4

Step 11: Repeat with the remaining pegboard

Flip the frame over and repeat the process: align the pegboard with marks facing upward, check alignment, and then drive in 2″ screws to secure the pegboard to the frame.

Step 7

Step 12: Measure and mark the foot boards

Mark each of the two 18″ foot boards halfway in the center, at the 9″ mark. Then make a cross-mark 1” from each side.

Step 8

Step 13: Mark the wheel hardware holes

Place a wheel the end of one of the foot boards, centered about 1/2” from the edges. Use a pencil to draw a small X to mark the center of each hole and then set the wheels aside. Repeat for the other end of the foot board and for both ends of the other foot board.

Step 9-1

Step 14: Get a lag screw drill bit

Select a drill bit that has the same width as the shank of the lag screws.

Step 9-2

Step 15: Flag the drill bit

Pro Tip! To prevent drilling too far into the legs, place a piece of tape 1” from the tip of the drill bit to “flag” it. You’ll know when to stop when the flag reaches the surface of the board.

Step 9-3

Step 16: Drill pilot holes into the foot boards

Drill pilot holes into each X-mark on the foot boards, stopping when the drill bit flag reaches the wood.

Step 10

Step 17: Attach the wheels to the footboards

Position each wheel over a set of pilot holes in the footboards and secure the wheels by using the socket wrench to drive the lag screws into the holes.

tool cart attaching the wheels to the footboards

Step 18: Align the footboards with the frame

Turn the frame so that it stands up on the floor. Position each leg at the edge of the top of the frame, and align the 9” mark on the leg with the center of the frame.

tool cart drilling footboard to align with frame

Step 19: Drill pilot holes into the footboards

Choose a drill bit that corresponds to the 3” deck screws, and use it to drill pilot holes at the marked locations on each of the footboards.

tool cart using drill to drill pilot holes into footboards

Step 20: Screw the foot beams to the frame

Find a driver that corresponds to the 3″ deck screws. Deck screws often have star-shaped heads and come with the matching driver in the box.  Drive the deck screws through the pilot holes to secure the footboards to the frame.

tool cart adding the wheels to the footbeam frame

Step 21: Turn over the frame and lock the wheels

Flip the frame over so that it stands upright on its wheels. Lock the wheels in place by stepping down on the “On” switch on each lever.

tool cart using the handle to make a measurement

Step 22: Use the handle to make a measurement

Place top of the handle flush with the top of the frame and put a mark on the frame at the bottom edge of the handle, about 5 1/2″ down from the top. Repeat for the other side of the frame.

tool cart marking the handle for placement

Step 23: Mark the handle holes

Move the handle down so that your mark passes through the top holes, and then mark a small X in each of the four hardware holes. Repeat for the other side of the frame.

tool cart drill attaching handle to frame

Step 24: Attach the handle to the frame

Drive in the screws that came with the handle hardware set to secure the handle to the frame. Repeat for the second handle on the other side of the frame.

Stocking a Rolling Tool Cart

Now that you have a tool cart, what tools should you put in it? Below is a list of the tools that we’ve found the most useful, and how we chose to arrange our tools on the rolling cart pegboard.

tool cart basic tools pliers wrench hammer screwdrivers

tool cart measuring and marking tools

tool cart connecting items tape and glue

tool cart cutting tools

tool cart safety items eyeglasses and gloves

tool cart front and back with tools displayed

Tool arrangement

Here’s how all these tools look when hung on the front and back sides of our tool cart. Click the image to zoom in if you want more detail.

Learn More

Related Posts

  • Make soldering tools and equipment safely accessible to every corner of your makerspace with a sturdy…

  • Pre-fabricated rolling whiteboards are expensive, but you can easily assemble one yourself for half the cost!  Requirements…

  • Finding a table that works well for your space can be very difficult to do,…