Space-Saving 2-Piece Hammock Stand: A DIY Solution for Lateral Pull on Walls

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SUMMARY

The discussion centers on creating a space-saving, DIY hammock stand that minimizes lateral pull on walls. Users suggest constructing two freestanding supports, but caution that an L-shape design may not provide adequate stability. Recommendations include using galvanized steel pipes with specific dimensions for strength and stability, such as an outside diameter of 33.4 mm and wall thickness of 3.38 mm. An alternative solution involves mounting crossbeams on opposite walls to reduce floor footprint and wall stress.

PREREQUISITES
  • Understanding of structural stability principles
  • Familiarity with materials like galvanized steel pipes
  • Knowledge of hammock weight capacity and dimensions
  • Basic DIY skills for construction and installation
NEXT STEPS
  • Research the specifications for galvanized steel pipe dimensions and load capacities
  • Explore designs for wall-mounted hammock supports
  • Learn about the best practices for securing crossbeams to wall studs
  • Investigate alternative hammock stand designs for stability and aesthetics
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DIY enthusiasts, interior designers, and anyone looking to install a hammock in a limited space without damaging walls.

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I want to put a hammock in my room but don't want to damage the walls from putting too much lateral pull on a 2X4 stud. So I decided that I need a hammock stand, but don't want a huge ugly thing spanning my room. Do you think its possible to build two separate free standing supports that can support two people in a hammock? I figure some sort of L shape with a bracket,, maybe metal instead of wood for strength, that can just sit on opposite walls and not be too noticable. also maybe a Y shape for the floor part so it doesn't tip over sideways. Thoughts! Opinions! Ideally I will dissconnect one side when not in use so I can pass through the space easily.
 
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pizzapop: Two freestanding supports, even in an L shape, generally would not be able to support the load, even for one person, and would pull in together, and overturn.

Instead, perhaps try something like this hammock stand[/color], shown also here[/color] or here[/color], taken from, e.g., http://hammocks.com/hammock-stands/metal-stands/exclusivedeluxefauxwoodhammockstands.cfm page. Or http://ak1.ostkcdn.com/images/products/3/L11162998.jpg it is again, from, e.g., this[/color] page.

They claim it can support a maximum occupant weight of 2000 N. The round steel tube size (outside diameter and wall thickness), of the larger tubes, appears to be perhaps 42.9 x 2.11 mm (?). But someone would need to actually measure and confirm the outside diameter (OD) and wall thickness of the above tube. (I am currently not sure if the OD of the larger tube shown in the above images is 41.3, 42.9, 44.5, or 47.6 mm.)

You could alternately use this double[/color] tube style.

Here[/color], here[/color], and http://img844.imageshack.us/img844/7936/dwrmx.jpg is another approach, which works well, using galvanized steel pipe supposedly having an OD of 33.4 mm, and a wall thickness of 3.38 mm. In the particular case of the second and third images here, this particular person used dimensions A = 3050 mm, B = 1525 mm, C = 915 mm. (However, his dimension C value sounds too small, and should be increased, to achieve adequate stability. Notice in the fourth link in paragraph 2, above, for a hammock attachment height of B = 1140 mm, they use dimension C = 1220 mm.) Also, most sources seem to recommend A = 3650 mm to 4570 mm, instead of 3050 mm. However, for dimension A > 4000 mm (?), you might need to increase the top horizontal pipe size to an OD of 42.2 mm, and a wall thickness of 3.56 mm. If you give us the exact dimensions you want to use, and the exact pipe or tube outside diameter and wall thicknesses available, which you plan to buy, then we might be able to get a better idea of adequacy.
 
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It might be easier to mount a couple of 5 foot crossbeams on two opposite walls.
You can fasten them to three studs, assuming the room has the usual 16" stud spacing.
Then hook your hammock to the crossbeams when you need it.
That should minimize the floor footprint and keep the stress on the wall structure low.
 

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