How to Make a Gymnastics Bar at Home:- DIY and Under $100 (Materials needed, Tools and Step-by-Step Guide included)

You can make a gymnastic bar for your little one at home. Yes, it is possible and easy to do as well. Now you must be thinking, “how to make gymnastics bars at home?”

With this article, we will guide you through the entire process. The task is not excessively difficult can be completed over a few weekends. It would generally take a day or two but if you do a little every weekend, 2 to 3 weekends is all you need.

You will require just a few essential tools and supplies that are easily available. Basic building skills are required; you can get assistance from a friend who has an understanding of handy work. But if you have done similar tasks earlier, then this will not be complicated for you.

Most parents of gymnastic kids understand the amount of investment required for gymnastic classes, equipment, and meets. So, it’s only reasonable to save some money where possible. One practical option is to make some equipment yourself; don’t fret…it’s going to be easy.


As most gymnastic related products and equipment have a high price tag. A simple gymnastic bar has a starting price of about $400 to $600. But it is possible to make a gymnastic bar under $100 and save a lot of money.

So, the first and biggest benefit of a DIY gymnastics bar is that you save money. Also, a gymnastic bar for your kid is not a one time buy. You will have to get a new one in a couple of years when your kid outgrows the current one.

So, if you make a gymnastic bar yourself, it will be possible to customize it according to the height of your kid. And when you think about investing in a gymnastics bar with adjustable height, it will be priced higher. Moreover, your kids might already be enrolled in a gymnastic class.

Such classes have good quality equipment for training. But when your kid wants a gymnastic bar for home, you can make them one yourself. We are here to help you.


Gymnastics Bars for Sale Under $100

Is it even possible to get a gymnastics bar under $100? It is!!

But you will have to make one yourself! It is not possible to get a gymnastic bar from the market at such low price. For a kid under 5 years, you might get some gymnastic bar options for $400 or more.

how to make a gymnastics bar

But for kids above 5 years of age, finding a high rated adjustable bar at this price is almost impossible. Most bars cost about $800 or even more!

In addition to regular gymnastics class, your kid will require practice at home for professional gymnastics. In such case, gymnastics bar is not the only thing you will have to buy, there is so much more. Chances are that you might not have so much money to spend.

In such a case, you can buy some equipment and make the rest (that can be made). On the other hand, the gymnastics bar you made yourself should not be the sole equipment for practice. When your child primarily practices in class, this self-made gymnastics bar can be used for secondary weekend practice and warm-ups.


Material Needed

Now, your next question should be, “How to make a gymnastics bars?” I will guide through the entire process and everything just under $100. Making a gymnastics bar is going to save you some money and you will not regret this decision.

Following is a list of all the basic materials you will need to make this gymnastics bar. The list corresponds to a wooden gymnastic bar. The material required will vary if you want a metal bar (next list).

For Wooden Gymnastics Bar

Each product is explained with quantity and estimate maximum cost, total expenditure is about $90 to $100. Depending on the weight of your kid you can buy lower quality (hence even lower cost) material. But we strongly recommend buying good quality products.

  • $4.00 = 1 quantity – 10 foot 2 X 4 lumber
  • $9.00 = 2 quantity – 12 foot 2 X 4 lumber
  • $8.00 = 3 quantity – 8 foot 2 X 4 lumber
  • $9.00 = 1 quantity – 4 foot, 0.75” wide (diameter) wooden bar
  • $5.00 = Multiple – 2.5” and 3” wooden screws
  • $2.00 = 4 quantity – Steel washers
  • $40 to $50 = 1 quantity – Wood glue

Important: For lumber, we recommend pine wood as it is strong enough to withstand some gymnastic practice. The bar radius has to be a minimum of 0.75” in diameter and can be up to 1.5” or 1.75” to the maximum.

For Steel Gymnastics Bar

As I told you earlier, the materials listed above are for a wooden gymnastics bar. But, if you choose to go with a steel bar, everything remains the same; just replace the wooden bar with a steel bar. This steel bar should be galvanized with threaded ends.

In addition to the steel bar, you will require two more items. The additional products are listed below:

  • $10.00 = 1 quantity – 4 foot galvanized steel bar
  • $5.00 = 2 quantity – 4” threaded pipes
  • $6.00 = 4 quantity – 0.75” bushings/couplers

Tools Required

Now as you buy the material you will need for this gymnastics bar, you will also need some tools to work with. These are basic tools that might be generally present in all households. But in case you do not have any of these at home, you might not need to buy a new one just for one project.

Your other option is to borrow the tools from a friend or neighbor. Or, you can also get these tools on rent from any hardware store. Here is a list of the necessities:

  • Wrench
  • Cordless Drill or Screwdriver
  • Hole Saw
  • Saw

The saw is for cutting the lumber according to the steps that follow in the guide. If you are not comfortable using a saw, get help from any home improvement store. They will assist you by making cuts in the wood according to your directions.

Another tool is the Hole Saw; it is similar to a drill and has a wide end. It will be used for drilling holes; a 3/8” pipe uses a 1-1/8” Hole saw. To know more about the Hole saw that you will need for this bar, ask the experts at a home improvement store, they will help you for sure.


Step-by-step Guide

So now, let me answer your actual question, “how to make a Gymnastics Bar?” after procuring the required material and tools, just follow this guide.

1. Cut for Legs

You have 2 pieces of 12 foot lumbers, cut them into half, one after the other. Now you have 4 pieces of 6 foot lumber.

2. Build the Legs

Pick out any two of the above 6 foot lumbers that you just cut according to Step 1. Glue them face to face and screw them, using 2.5” wooden screws. Now, you have a double 2 X 4 piece (4 X 4).

Repeat this process with the other two pieces (6 foot each) you got in Step 1. These two 4 X 4 pieces you have as outcome will be used as legs of the gymnastics bar.

3. Cut for Feet

To make feet for the gymnastics bar, cut the 10 foot 2 X 4 lumber into equal halves. This will give you 2 pieces of 5 foot lumber.

4. Find Crossbars and Cut

You have 3 quantities of 8 foot lumber boards, locate the longest among them and keep it handy. Each of these might vary in size a little from the other, but this will not be any issue. Cut the other two 8 foot boards into equal halves, you have four 4 foot pieces.

5. Build Leg Braces

Miter both the ends of each 4 foot piece at a 45 degree angle. These pieces are angled so that they can be utilized as braces for strength and stability of the gymnastics bar legs. The miter cut of 45 degrees must be done length-wise.

When you place it on a level ground and watch it from the side, it will look as a support. This tilted lumber supports the perpendicular frame. This will give you 4 leg board braces and two 2 foot scrap pieces.

6. Drilling Holes

Use the 2 double 2 X 4 (4 X 4) pieces you got in Step 2. Measure them from floor to the bar height (height as you desire). The height of this homemade gymnastics bar should be near the gymnast’s chest.

But, to get the correct estimate, first measure the height of the gymnast. Measure till the gymnast’s chest and add a few inches according to the landing mat that will be used with it. Next, you measure from bottom to top not from the top to bottom and mark the position.

Measure this position across the board and mark the position of the hole. Through this 4 X 4, a 1-1/8” hole needs to be drilled. Also, repeat the process and drill a hole in the other 4 X 4.

7. Attach the Feet

Attach the 5 foot board (feet from Step 3.) to the 6 foot boards (legs from Step2). These will be attached together from the bottom using 3” wooden screws. Repeat the same for the other side and make sure that the hole drilled in these 4 X 4’s is in right direction.

8. Attach Leg Braces

Take the 3 foot (45 degree angled) leg braces made in Step 5. Attach these to both sides of the leg and feet using 3” wooden screws. Each side of the frame will need two braces.

This can be done by measuring approximately 25” starting from each side in such a way that the edges of a square are formed.

9. Attach the bars

For the Wooden Bar

Put the wooden bar in drilled holes and secure using screws. Make sure that the bar is stable and strong.

For the Steel Bar

You need to thread a coupler or bushing on both sides of the steel bar (threaded bar). With a small 4” bar, arch the end of the coupler. Add a steel washer to either end before putting this bar through the drilled holes.

Now, add another steel washer followed by threading a coupler on the outside like a cap using a wrench for tightening. Repeat this on the other side too.

10. Attach the Crossbars

The longest 8-foot lumber board you kept handy in Step 4 is required now for additional stability and support. Measure the width between both the legs and cut the 2 X 4 board accordingly. Attach these pieces to the front and back with 3” wooden screws.

You have made a Gymnastics Bar!!


Conclusion

Hopefully after reading this, “How to Make a Gymnastics Bar?” will not remain a question for you anymore.

However, ensure that you get the right measurements, especially the height of the bar. Lumber boards might vary in size; ensure that you check beforehand. Also, it is recommended that you supervise your child while they practice on this bar. Alternatively, if you don't mind spending a little more money to get a better quality gymnastic bar, check out the best gymnastics bars for home use.

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