Step 1: Woodworks (Preparing the wooden rods)
Step 2: Duct Tape Heaven
Step 3: Rope it up
Materials:
2 wooden rods (Broom or mop will do)
Duct Tape : 50m
Rope
Tools:
Saw
Drilling machine
6 mm drill
Good mood :)
Step 1:
1.Take 2 wooden rods(20 mm Diameter). I took my old Broom and mop.
2.Saw the rods to get 90 cm length.
3. Drill two 6 mm holes at 30 mm from each end of each rod. (The hole diameter depends on the diameter of the rope you will use)
4. Recommended tip - polish the preccessed area of the wood to avoid splinters.
Step 2:
To your convinience I will devide this step into 2 main substeps:
Substep 2.1
This is the most time consuming step.
a. Place the Rods (which we prepared in step 1) at a distance of 220cm from one another. Make sure to fix their position (I used Duct Tape to fix it to the floor however i recommend fixing the position elevated from the floor to prevent back pain)
b. Wrap 6 long peices of 50mm duct tape with approximatly 50 mm of spacing between pieces (wrap back and forth and tighten together).
Step 3:
Substep 2.2:
1. Wrap 10 pieces of 50 mm Duct tape with approximately 150 mm of spacing betwwen them. (in vertical to the pieces in step 2).
2.Make sure that 2 pieces (out of the 10) are taped tightly near the wooden rod (to prevent the longtitudional duct tape from opening).
3.We now obtained a web of duct tape (this will take our weight when we sit in the hammock)
Step 4:
1. Take the rope and cut 2 even pieces (length depends on the distance between the supports you are intending to hang your hammock on)
2. Insert each end of the rope into the holes we drilled in step 1.
3. Make sure that you have even length of rope emerging from each hole
4. Bring the ropes together (forming an isosceles triangle) and tie a not (make sure to leave enough rope for the supports.
5. After you have done this on both sides.. your done!
Step 5:
Just go outside, hang it up and enjoy the breeze...















































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hm i wonder if i could make a good looking jacket out of duct tape................
http://www.youtube.com/watch?v=Q55CoehL-84
Congrats!
Also, I can't wait to use this at the summer camp I work at as duct tape is always seen as being the ultimate thing.
what is this website?
"Step 4
...
4. Bring the ropes together (forming an isosceles triangle) and tie a not (make sure to leave enough rope for the supports."
it should read:
4. Bring the ropes together (forming an isosceles triangle) and tie a knot (make sure to leave enough rope for the supports.
you just missed the 'k'
:)
but it held my weight fine.
i suppose for future reference you should use a rod with a bigger diameter or different material (like aluminum for example)...
Basic problem:
Because all of your weight is bearing between the tiangulated ends of the rod to the center of the cord, it forces the rods to bend. If instead, each line of duct tape had a corrosponding line extending beyond the rods and were then tied together at a central point, that would eliminate most if not all of your torsional bending. Also, based on past history with duct tape, weight and time, you need to doulble your longitudinal lines (not make them double thick, make more of them). More distribution of weight equals less weight based damage to each line of tape equals longer lasting. ANd it has the added advantage of being more comfortable because of a finer mesh in your hammock.
However my solution works too since the bending stress is in reverse relation to the moment of inertia of this rod (the higher it is the smaller the stress). Plus, the yield strength is higher in relation to the material you choose (wood is weaker than aluminum and aluminum is weaker than steel).
On the aluminum subject: An equal sized "rod" of aluminum would be prohibitively expensive for a duct tape project and surprisingly heavier than you'd expect; steel even more so. If you used a tube of aluminum, you'd have greater tensile strength in straight compression but the bend your picture shows in section 5 would be disastrous for a tube. A) once bent, the tube would stay mostly deformed and lateral strength would be reduced exponentially. B) at some point the bend would create a kink in the tube and the bent part would shoot through the back of the hammock rider's head with the force of his weight driving it. This tragic and horrific death can be avoided by balancing the load correctly.
:)
G
if you would like i can calculate what tube diameter and thickness is required to hold a 100 kg person with a safety factor of 1.5. would you like me to calculate it?
But you are right, for the common DIY guygirl, balancing the load will work fin.
Gary
thanks for the intelligent banter! lol.
great and fun project!
i'm penny btw. lol.