Autotether is a wireless tether device designed to shut off your boat should you fall overboard. Unlike traditional lanyard kill switches that requires the operator to be tethered to the boat, the AUTOTETHER™ is an unobtrusive wireless receiver that clips right into the emergency stop switch (kill switch). The operator and/or passenger wears a wireless personal sensor that sends radio waves to the receiver. When the sensor is submerged in water, the signal between the receiver and the sensor is instantly broken, because radio waves do not travel through water. AUTOTETHER™ wireless lanyard activates the emergency stop switch which stops the boat’s motor. For added safety, should the operator or a passenger notice a potential danger, he or she can push the red alert button AUTOTETHER™ on the sensor to sound an alarm and stop the boat.
When you stop for fuel, keep in mind that other boats may be waiting to get to the fuel dock. Do not leave your boat to pick up groceries or hang out in the bait shop. Tie up securely, follow proper fueling procedures, pay the bill and move away to another docking area or guest slip if you need to do other business ashore.
If you are already safely docked in the marina and there is no dockmaster or helper around to assist boaters as they dock and undock, it is courteous to assist others in your vicinity with their lines. This may sound like an oxymoron, but boating is like a fraternity of individuals. Everyone has a right to their space but everyone provides assistance whenever necessary.
Make sure to keep the area around your slip clear. Roll up and stow hoses, place power cords in such a manner as to not trip a passerby who is looking up at your new radar reflector. Keep buckets, mops, tackle, docking lines and other items stowed in their proper place, not strewn around on the dock. When finished with carts or other equipment at the marina intended for common use, be sure to put it back where it belongs so others have access.
As you prepare for getting back on the water this boating season don’t forget to check that you have all required equipment onboard. Below is a list of U.S. Coast Guard required equipment.
|U.S. COAST GUARD MINIMUM REQUIREMENTS
FOR RECREATIONAL BOATS
||Boats less than 16ft/4.9m
||16 to less than 26 ft/7.9m
||26 to less than 40 ft/12.2m
||40 to not more than 65 ft/19.8m
|One approved Type I, II, III or V (must be worn) PFD for each person on board or being towed on water skis, tubes, etc.
||One approved Type I, II or III PFD for each person on board or being towed on water skis, etc.; and one throwable Type IV device. ( A type V PFD may be used in lieu of any wearable PFD if approved for the activity in which the boat is being used. A TYPE V HYBRID MUST be worn to be legal.)
|Check state laws for PFD wearing requirements for children and for certain water craft and sports. Federal Regulations mandate that states without child life jacket laws require that youths under 13 wear an approved PFD whenever a recreational boat is underway, unless below decks or in a closed cabin. States with existing regulations are not required to alter their status. Make sure you check your state regulations before getting underway with children onboard.
||Every vessel less than 65.6 ft. (20 meters) in length must carry an efficient sound producing device.
||On Federally controlled waters, every vessel 65.6 ft. (20 meters) or larger in length must carry a whistle and a bell. They must be audible for 1 nautical mile.
|Visual Distress Signals
(Coastal Waters, the Great Lakes &
U.S. owned boats on the high seas)
|Required to carry approved visual distress signals for night-time use.
||Must carry approved visual distress signals for both daytime and night-time use.
(Must be Coast Guard approved)
|One B-I type approved hand portable fire extinguisher. (Not required on outboard motorboats less than 26 ft in length if the construction of the motorboat is such that it does not permit the entrapment of explosive or flammable gases or vapors, and if fuel tanks are not permanently installed.)
||Two B-I type OR one B-II type approved portable fire extinguishers.
||Three B-I type OR one B-I type PLUS one B-II type approved portable fire extinguishers.
|When a fixed fire extinguishing system is installed in machinery spaces it will replace one B-I portable fire extinguisher.
on or after
|At least two ventilation ducts capable of efficiently ventilating every closed compartment that contains a gasoline engine and/or tank, except those having permanently installed tanks that vent outside of the boat and which contain no unprotected electrical devices. Engine compartments containing a gasoline engine with a cranking motor are additionally required to contain power operated exhaust blowers that can be controlled from the instrument panel.
|At least two ventilation ducts fitted with cowls (or their equivalent) for the purpose of efficiently and properly ventilating the bilges of every closed engine and fuel tank compartment using gasoline as fuel or other fuels having a flash point of 110 degrees or less. Applies to boats constructed or decked over after April 25, 1940.
|Back-fire Flame Arrestor
||One approved device on each carburetor of all gasoline engines installed after April 25, 1940, except outboard motors.
|Note: Some states have requirements in addition to the federal requirements.
Check your state’s boating laws for additional requirements.
Spring is the time that boaters need to be especially aware of the weather conditions. You can get weather information from TV, radio or from one of the weather channels on your VHF radio. At certain times of the year, weather can change rapidly and you should continually keep a “weather eye” out in order to foresee changes which might be impending.
Certain signs you can look for indicate an approaching weather change:
- Although weather changes generally come from the west, you should be observant of weather from all directions, so scan the sky with your weather eye, especially to the west.
- A sudden drop in temperature and change in the wind often mean that a storm is near.
- If you have a barometer on your boat, check it every two to three hours. A rapid drop in pressure means a storm is approaching.
- Watch for cloud build up, especially rapid, vertically rising clouds. Be alert for the sound of thunder.
- Watch for lightning and rough water. Remember that boats, particularly sailboats, are vulnerable to lightning if not grounded.
Thunderstorms form when warm, moist air rises, cools and condenses. The thunderstorm develops in three stages:
- The cumulus stage occurs as the warm moist air rises in a great vertical development. You will notice that the top of the cloud formation appears to “boil” as it rapidly rises.
- The mature stage occurs when the cloud formation has reached its maximum height, sometimes 60,000 feet. At this point you will see the top in the shape of an anvil. This is being driven by winds aloft and the front of the anvil will point in the direction that the storm is moving. If you cannot see the anvil shape the storm is either coming toward you or going directly away.
- The dissipation stage occurs as the cloud has released its precipitation and starts to go down. You will first observe a fuzzy, fibrous (called glaciated) top. As the storm continues to dissipate you will see cirrus clouds streaking from the top.
One of the weather phenomena that you may find associated with a thunderstorm is wind sheer. Wind sheer is low mixed turbulence that occurs in front of a thunderstorm.
Thunderstorms contain thunder and lightning that can be used to determine the distance that the storm is from your current location and whether or not the storm is moving toward you or away from you. In order to make this estimate, count the seconds between the time you see the lightning and the time you hear the thunder. Divide this number by 6 and this will be the approximate distance in nautical miles that the storm is from your location. If the time between the flash of lighting and the clap of thunder were 12 seconds, the storm would be approximately 2 nautical miles away. This formula works because of the difference in the speed of light (when you see the lightning) and the speed of sound (when you hear the thunder). By using this calculation several times in a row you should be able to determine if the storm is coming toward you or going away. If it were coming toward you, obviously the seconds between the lightning and thunder would be decreasing. On the other hand, if the seconds between lightning and thunder were increasing, the storm would be moving away.
Thunder can only be heard for approximately 15 miles, so if you see lightning but hear no thunder the storm is more than 15 miles away.
IF A STORM IS NEAR…
- First and foremost, make sure all aboard are wearing USCG approved PFDs.
- Reduce speed and proceed with caution.
- Close all hatches and ports.
- Head for the nearest shore that is safe to approach and duck into the lee of land.
- Put the bow into the wind and waves at about a 40 degree angle and watch for floating debris.
- Pump out bilges and keep dry.
- Change to a full fuel tank.
- Secure loose items that could be tossed about.
- Keep everyone low in the boat and near the centerline.
- Minimize the danger of having your boat struck by lightning by seeking shelter in advance of a storm. If caught on open water during a thunderstorm, stay low in the middle of the boat.
- If there is lightning, disconnect all electrical equipment. Stay as clear of metal objects as possible.
Be aware that thunderstorms can also include tornadoes and or waterspouts which are much more violent. A waterspout is a small, whirling storm over ocean or inland waters. Its chief characteristic is a funnel-shaped cloud. When fully developed, it extends from the surface of the water to the base of a cumulus cloud. The water in a waterspout is mostly confined to its lower portion.