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 most commonly used steel tube sizes for batting cages are 1-3/8 inches, 1-5/8 inches, and 2 inches in diameter. These sizes provide a balance between strength and ease of handling.
When choosing the size of steel tubes for your batting cage, consider factors such as the overall size of the cage, the expected wind and weather conditions, the weight of the netting, and the level of durability required. Larger diameters provide more strength and stability.
There is no single standard size for batting cage steel tubes, as the appropriate size can vary depending on the specific requirements of the cage. However, sizes like 1-5/8 inches and 2 inches are frequently used for their balance of strength and manageability.
Yes, you can use smaller diameter steel tubes, such as 1-3/8 inches, for a portable batting cage. These tubes are lighter and easier to transport, but may not be as durable or stable as larger diameters, especially in windy conditions.
The wall thickness of the steel tubes significantly affects the strength and durability of the batting cage structure. Thicker walls provide more rigidity and resistance to bending and breaking, making the cage more stable and long-lasting. Common wall thicknesses range from 16 gauge to 11 gauge, with thicker gauges offering more strength.