Page 26 - The Complete Rigger’s Apprentice
P. 26

Figure 1-8. A figure-eight coil will run clear even at
             Figure 1-7. To secure large lines and wire rope for  high speed. It is always made on deck rather than in
             long-term storage, coil them and bind with small stuff  hand. Believe it or not it was only coincidence that
             at regular intervals.                       made Figure 1-8 a figure eight.


             ing through the coil, twisting a bight near the belay,  ning by converting the regular coil, which can be
             then putting that bight over the coil and jamming it  hung up but might run foul, into a figure-eight coil
             down on the pin or cleat (Figure 1-4A), or by mak-  (Figure 1-8), which can’t readily be hung up but
             ing a round turn with the (untwisted) bight. This is  will run clear even at high speed. In every instance,
             the best method for braided rope, or for very stiff  even when the line is apparently securely belayed,
             twisted rope. When there’s a great large amount of  keep your extremities out of the coil; getting your-
             line to deal with, as on the halyards of a gaff-rigged  self jammed upside-down into a halyard block is a
             vessel, it’s best to toggle the coil to a sheer pole with  nuisance and an annoyance.
             a separate piece of line (Figure 1-4B).
                Spare lines can be coiled and hung up out of       TWO MORE TOOLS
             the way with a Bight Coil Hitch (Figure 1-5), a
             very quick and tidy method. More security can be  There are many tools associated with ropework, but
             obtained with a Gasket Coil Hitch (Figure 1-6),  only three are truly indispensable: rope, the mar-
             which is good for working lines as well as for spare  lingspike, and the rigging knife. The latter two in
             ones, either hung up or stowed below. Note that the  use reveal characteristics and properties of rope in
             coil is finished using turns of the standing part, not  much the same way that hammer and saw teach a
             the end. That way the weight of the hanging coil  carpenter to understand wood.
             doesn’t deform the turns. To stow very large lines
             and wire rope below, the best method is to tie small      Snap-On Spikes
             stuff at regular intervals around the circumference
             of the coil (Figure 1-7).                      Snap-On, makers of seriously high-quality tools,
                                                            is under the delusion that they produce three sizes
                                                            of scratch awls. What they actually make are three
             Letting It Run   When it’s time to put a coil to use,   sizes of small marlingspikes with a taper very sim-
             lay it face down on deck—that is, with standing part   ilar to the classic Drew pattern. The steel in these
                                                            alleged awls is very hard and highly finished; all
             uppermost. When you cast off and let the line run,   a sailor has to do is file the point into an accept-
             guide it by letting it run through your hand above   able, rounded, not-too-sharp “duckbill taper” and
             the coil. This minimizes the whipping-around of the   drill a lanyard hole in the plastic handle. Not as
             turns as they come out, and gives you some control   classy as having the real thing machined up, but
                                                            an excellent tool nonetheless. The middle or large
             should a tangle appear. For those gaff halyards or   sizes are good for the average yacht.
             other long lines, it’s a good idea to prepare for run-

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