Spring winds got ya thinking? It's also time to inspect those universal joints and review the what to do when you did when you didn't want to do. - "Ed the Shred"
A helmet can save your life. The alternative to not using the helmet is not pleasant to think about, months in a rehab center trying to get over a head injury at the worst, to having memory problems from a concussion the best. A helmet is cheap insurance. I've worked in the hospital and the fire dept and I've seen too many head injury cases not to be afraid of the aftereffects. Serious head injuries do not heal 100 percent, and actually require retraining//rehabilitation of the brain to return to a functional level of thinking. On the water a head injury can lead to drowning, whereas on land you might have a bruise on your butt. Helmets will keep your head warm, keep you safer and out of the hospital or hearse. I even wear a helmet when I'm using a snow blower. (Mostly to keep my head warm. Wind doesn't go through plastic) People say they never been hit in the head, well head injuries account for 18 percent of windsurf injuries or deaths. As far as the dork factor I think wearing a harness kind of surpasses that. Plus you see snowboarders wearing helmets all the time. Windsurfing Magazine admitted that they would not publish photo with helmets, a policy they have stopped. Accidents happen when you least expect them. Living is hard. Dying is easy.
rec.windsurfing safety & rescue faq - Fifth draft- First posted AUG 94"""""""""""""""""""""""To the point""""""""""""""""""""
"Offshore winds: just say no. The second closest I saw somebody come to dying windsurfing was a guy who tried to paddle a 9' board less than 100 yds back to the beach in a 30 knot breeze. When the Coasties picked him up he was so tired he couldn't get into the boat by himself; dead tired = plain old dead, in situations like that."--Rolland Waters
"You are flirting with death."--Kirk Lindstrom, on whether a carbon mast would conduct a lightning strike.
"Big ebb, little wind, big problem."--Chrissy Field maxim.
"Don't forget folks, when you're sailing on the coast, you are lower on the food chain."--Bingen Bart.
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Coast Guard officials recommend a Type I PFD for high speed water sports and/or turbulent waters. US Coast Guard certification appears on a tag sewed to the PFD. State laws requiring windsurfers to wear PFDs usually specify that the devices must be certified in accord with federal performance requirements.
Because Type I PFDs are so bulky, most windsurfers who wear approved PFDs wear Type III. A Type III PFD will provide at least 15 lbs of buoyancy, enough to maintain the wearer in a vertical or slightly reclined position at the surface of calm water. Passively buoyed by a Type III PFD, you may or may not be face up, so it is best to be semiconscious following your encounter with the mast. There are several models of Type III PFDs that are appropriate for windsurfers; widely available are those for waterskiiers and kayakers, who also need freedom of movement in the arms.
There are also PFDs for windsurfers that are not tested or certified by safety agencies. Like the certified PFDs, they provide buoyancy during waterstarting, insulation of body heat, and protection during slams. They differ in that they are usually less bulky (providing less flotation) and are cut to allow unencumbered arm and shoulder movement. They may include features such as:
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"The waves kept pumping and crashing, tossing me and my rig about, like a t-shirt in a washing machine. The wind had increased even more, and it was difficult to stay on the board. A few times large waves would pull me into the water, and I realized that I was still crying. Thank God I was smart enough to wear my life jacket."--Grace Jackson.
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Another common distress signal is to wave arms overhead and cross them. This signal may be more visible in heavy swells or chop.
Research by social psychologists indicates that you are more likely to receive bystander intervention if you direct your overtures to the closest person rather than to the crowd. It is not unusual for everybody in a crowd to assume that someone else is going to take care of the person in need. Once you have a person's attention, try to maintain eye contact and get them as close as possible. Seek a minimal commitment first: "Please get help", or if attempting self-rescue, "Will you watch me 'till I get in?" Barbara Morrow tells of an incident that led her to hail a pair of sailors. When they slowed, she asked for a tow, and the one who heard yelled that they were "...having enough problems handling conditions". They continued on their way, and she ended up swimming for an hour.
If no one is presently within sight, you should assess the situation to make a plan of action. Do not derig immediately; the rig may be serving as a sea anchor (dragging to resist wind that is moving you away from the shore). Assess your equipment to see what you can use for self rescue techniques. Assess whether you can be standing upright on the board if you secure a tow. This may yield the smoothest trip in instances of a broken fin, broken boom, or mast break above the booms (see below).
For upright towing, you must have a tow line. Did you remove your uphaul when you learned how to water start? Some descriptions suggest that a tow line can be fashioned by tying together your harness lines, or that the broken top portion of the mast can be used as a tow bar. These may not be easy solutions. Think solutions through the next time you inspect your own equipment. Can you slide off the tube on your harness lines to get enough to tie? Do you know a hitch that would hold on a tapered mast? Does the tow line allow you to follow in the wake? You and your buddy could practice sometime in some friendly rollers.
If you must derig alone, try to do so while straddling the board and squeezing it with your legs. You can periodically scan the horizon and blow your whistle in this position. Some work may be easier to accomplish in the water; consider lashing the mast base to your harness hook before entering. If staying on the board, remove the rig from the mastbase and work the rig around as it lays across the board in front of the mastbase. Remove and shorten the booms and place lengthwise on the board. Loosen the downhaul and use it to lash the mast extension to the mast so that the extension does not work out. Loosen the cambers and remove the mast from the luff sleeve. Roll the sail around the mast so that the battens are parallel to the mast, and place the roll on top of the booms. Use outhaul line to hold the roll and secure to the booms. Position your belly on the lumpy mass and begin steady paddling. Keep looking for a tow.
If you have lost your rig and have no tow line, it is possible to hold on to the back footstrap of a towing board. Minimize resistance for your tower: Shift your body to keep your board streamlined and keep the nose up.
Your tower may also be able to take portions of your rig. If your boom is dragging in the water, slip it over the top of your tower's sail to rest on the boom. A boomless rig can also be carried. Slip your sail in the gap between your towerÕs sail and boom, and tie the two masts together. The bottom of your mast can be tied with the downhaul remaining after the cleat, and you can also fasten your mast near the booms with your inhaul. It may add stability to tie your clew near the boom end with any remaining outhaul.
The board being towed should be tied near the nose. Look for an embedded cleat or shove the mast base forward and use it. The towing board can be tied at the back footstrap or to the towerÕs spreader bar. There is some suggestion that tying to the spreader bar makes it easier to control the towing board. Use a slip knot on the spreader bar in case the tower has to disengage quickly. One post suggested that it is not difficult to tow from the harness hook while hooked in. The tower should keep knees bent and weight low to prepare for some sudden give and take.
When paddling or towing, it may be effortful to approach a current head on. Assume a bearing tangential to the current or follow the current to a weak point, then head in. Weak points in the current may be associated with relatively shallow water, broad water, or where there are no turns in its course.
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"Another option is to sit on your board and use your mast (or mast remnants) as if it were a kayak paddle. I have done this and was surprised to learn that my progress was faster and less fatiguing than if I were hand paddling. This option is only applicable if the seas are relatively calm and your board is relatively floaty."--Timothy Dierauf.
"It is customary in the windsurfing subcultures of the west coast that soon after arrival on shore the towee will offer liquid refreshments to the tower."--Rightback Johnson.
Second solution. Consider the function of the broken part. It provides resistance in the water that prevents lateral movement of the board. Strap your harness to the tail of the board. Put the harness spreader-bar-up through the rear footstraps and tighten the straps so that the back of your harness is smooth on the underside of the board. This will provide lotsa drag. Walt Z. suggests a smoother alternative, but you will still have to hold on without your harness. Walt towed his spreader bar tied to the uphaul line tied to the back footstrap.
Third solution. Sail it in. This is difficult and your efforts will be considerably easier if you have stayed well upwind of your planned landing site (see section on Preparation under Prevention). Waterstart by placing your feet very close to the mast. You may find you can best control the board by placing one foot in front of the mast while sailing. You will be unable to hook in and you will find yourself sliding on a slight broad reach back to shore. This solution can be practiced by sailing your board backwards (fin first). It is easiest to begin practicing from a beach start with a floaty board. The maneuver is challenging, looks cool, and becomes part of the safety repertoire of a skilled sailor.
If the bottom half of your mast has pinched shut, you might consider the second method. Ease up on the downhaul and outhaul and remove the top half of the mast from the luff sleeve above the booms. See if you can slide the top half of the mast fat end down through the luff sleeve opening below the booms. Tighten the downhaul slightly. Attach the fat part of the top half of the mast next to the fat part of the bottom half by looping both with your sail tack strap. If you can only loop one, make it the fat part of the top half of the mast and reinforce this attachment with the extra line dangling from your cleated downhaul. Next, use one harness line (the one you won't need heading back to shore) to lash the skinny parts of the two masts together as close under the booms as possible. Slide the top half of the sail over the portion of the mast that sticks up the furthest. You may have to push the sail down toward the boom to contract the boom tie luff opening. Fold the top of the sail over the top of the makeshift mast, and tie as described above.
If the entire boom breaks, you can make a rope boom from harness, inhaul, and outhaul lines. The rope boom should be the length of the sail with the fattest lines positioned to be the ones you will be holding. Tie one end to the mast where the boom head used to be. Tie the other end to the clew of the sail. Spread your arms; you will soon discover why rigid booms are important. This solution seems applicable when being towed or when the rig may be uphauled; I would like to hear how anyone has waterstarted using a rope boom.
Depending on the break, you can try to hold together the universal by taking what is left of your downhaul line after the cleat and tying it to the remaining pieces. Before you tie, loop a sturdy hitch around the lower mast with the leftover downhaul so that it doesnÕt rip out of the cleat. Look to see what is left on the board. If the plate of the universal base is still in the mast well, run the downhaul line around it and then tie it off above the cleat on the mast. This arrangement may chew portions of your board; you might want to put a bootie on the bottom of the mast before tying off.
Another course of action involves even more balancing of the rig, and I have little information about how a water start might be accomplished. Take off a bootie or your mast pad and attach it to the mast base. Get the rig out of the water, perhaps by bracing the edge of the mast base against the mast track or against your foot. If you can do this, you are probably talented enough to sail by pushing the booms down and toward you to hold the mast on the board braced against your front foot.
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"Lifeguarding in high surf areas as I did teaches you some basic survival rules. You learn that panic is your worst enemy. When you panic, you lose your body heat faster, you tire faster from increased heart rate, you don't think straight, and without decisions there is often no action at all. In one incident, the downed sailer had started to panic. For him, the hassle in high seas to break down everything properly was not on the menu. I made the call to unclip his rig and let it go. We just towed the guy in on his board--simple! He kissed the sand when he landed."--Barry Keane.
Pace, T. & Montague, D. (1989). Self-rescue techniques. *Windrider*, 8, 60-64.
Royal Yachting Association video: Starting point. (Details of reference sought).