The answer to that question can be found by looking at batting cages in your area. Use someone else's knowledge at the cost of a small amount of vehicle fuel.No_Diva said:
I'd think that would be the most relevant factor - plus the effect of flying debris during storms and possibly the build up of wet leaves in autumn. Again, studying existing structures would be valuable.berkeman said:
Just 4??? I re-read this and I assumed there would need to be a lot of guy lines to give it strength. Will you have room for the guys (at the side and at the ends)? A 70' span will involve a lot of tension to keep it from sagging badly (unless it is spider's web).No_Diva said:
The recommended diameter for steel tubes in batting cages typically ranges from 1.25 inches to 2 inches. The size can vary depending on the overall size of the cage and the expected level of usage. For commercial or heavy usage, larger diameters provide more durability and strength.
The thickness of the steel tubes, also known as the gauge, is crucial for durability. A gauge of 12 to 14 is commonly used for batting cages. Thicker gauges (lower numbers) will be more durable and resistant to bending or warping over time.
Yes, using galvanized steel tubes is highly recommended because they offer better resistance to rust and corrosion, especially in outdoor environments. Galvanization adds a protective zinc coating to the steel, which prolongs the life of your batting cage.
The length of steel tubes required depends on the dimensions of the batting cage you plan to build. Standard cages are typically 70 feet long, but the tube lengths will depend on the design and structure of the cage. It's common to use tubes that range from 10 to 20 feet in length, which are then joined together to form the frame.
Yes, square steel tubes can be used instead of round ones for building a batting cage. Square tubes can provide a higher degree of stability and can be easier to assemble in certain designs. However, ensure that the corners are properly protected to prevent injury and that the square tubing is of comparable thickness and material quality as round tubing would be.