Steel Truss Design for Boxing Bags - 10/03/2025 00:05 EDT
Budget: $250 – $750 AUD
I'm in need of a professional who can design a steel truss to support boxing bags in a commercial gym. The truss needs to be robust enough to handle 12 boxing bags, each weighing up to 100kg.
You need to do.
1. Review current boxing ring configuration.
2.Design Truss (including 12 bolt on canter lever boxing bag support bracket).
3. Prove design math on live loads/modeling
4. Steel welding fabrication drawings.
5. Truss will bolt to existing boxing ring.
Key Requirements:
- Design a steel truss that can be attached to the existing boxing ring and will withstand heavy weights and rigorous use.
- Truss must be suitable for a commercial gym setting.
- Use of steel for the truss
- I have sketch and photos
- The corners of the gym are 75x75x5mm gal steel standing 3920mm tall. I want you to design a truss on each side of the boxing ring (4). Each truss will carry 3 evenly spaced boxing bags. Each boxing bag will be canter levered 1m off the truss. Diagonal bracing OK on multiple plains. Truss can also be tied back to a concrete wall if absolutely required.
I will have an Australian REPQ done here in Australia. I will only provide you with hand sketches. I will answer text messages and will speak over the phone with you.
Ideal Skills and Experience:
- Extensive experience in structural engineering, particularly with steel design and modeling.
- Previous work in designing gym equipment or commercial gym installations
- Familiarity with the properties and uses of square tube steel.
You need to do.
1. Review current boxing ring configuration.
2.Design Truss (including 12 bolt on canter lever boxing bag support bracket).
3. Prove design math on live loads/modeling
4. Steel welding fabrication drawings.
5. Truss will bolt to existing boxing ring.
Key Requirements:
- Design a steel truss that can be attached to the existing boxing ring and will withstand heavy weights and rigorous use.
- Truss must be suitable for a commercial gym setting.
- Use of steel for the truss
- I have sketch and photos
- The corners of the gym are 75x75x5mm gal steel standing 3920mm tall. I want you to design a truss on each side of the boxing ring (4). Each truss will carry 3 evenly spaced boxing bags. Each boxing bag will be canter levered 1m off the truss. Diagonal bracing OK on multiple plains. Truss can also be tied back to a concrete wall if absolutely required.
I will have an Australian REPQ done here in Australia. I will only provide you with hand sketches. I will answer text messages and will speak over the phone with you.
Ideal Skills and Experience:
- Extensive experience in structural engineering, particularly with steel design and modeling.
- Previous work in designing gym equipment or commercial gym installations
- Familiarity with the properties and uses of square tube steel.