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Hammock Camping 101 |
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Most hammocks are like a tarp in one way: they can be set up in more than one way. For light rains and warm weather, setting the fly up high with lots of ventilation is only logical. But if the weather ever turns nasty you will need to "batten down the hatches" so to speak. Even though a good hammock gives good foul weather coverage, you will need to take precautions or end up wet. 1. Select the proper site. The best location is on the back side of a hill, preferably in a draw with some vegetation in the direction of the wind to help wind block, get the wind to hit at an angle to the side, with the foot downwind. Get the wide spot by your head into the wind. Hard compacted ground can cause a lot of splash and pooling of water, so look for a site over forest duff. 2. Choose the right trees. Don't get the biggest, oldest trees around. Try to find some smaller trees that do not have heavy old or dead branches over you. Lightning is a remote possibility even though you are attached to trees, you are not the shortest route to ground and are in an object that will offer resistance to electricity even if the tree were struck. The main threat is from falling braches in high winds. Another slightly more remote danger is falling trees when they become water logged and the ground supporting them gets soft in the rain. 3. Tie the hammock so that there is 9"-12" between the bottom of the hammock
and the ground and the support ropes are as tight as possible. Make sure you
don't go too tight, but you don't want to get blown around. Check the hammock
for stretch. For the Hennessy, fold the hammock over to make a seat (see
Tips) and sit in it to check for
stretch, then tighten again. I am often asked how to get into the hammock, and the Hennessy Hammock web site does discuss it. My technique is slightly different.
When you tie off to a live tree, the stress generated is normally not enough to bother the tree too much because it has a good root system and generally you will be tying off to a tree 4" or more thick. But what if you want to tie off to a post in your yard or in a shelter. That big beam may look strong enough, but the forces acting on it and the few nails holding it in place are a lot greater than you may think.
Force = ( occupants weight/2 ) / ( sin ( rope angle ref. to the horizon)).
So the more slack your ropes are, the less stress you put on the support. A totally horizontal line (realistically impossible to have) would have infinite force. Example: If I weigh 160, and I have a 2 pound hammock and about 5 pounds of gear in the hammock with me, then the total weight is 167 pounds. If I decide to set up using the roof support for the front of the shelter so I can be inside the shelter, and I put up the tightest pitch I can get, then the force I am putting at each point is 10 times the weight being supported, or 1,670 pounds of force. That might be enough to damage the shelter! Page 1, Page 2, Page 3, Page 4,Page 5, Page 6, Page 7
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