Man Drowns After Slipping out of Life Jacket: A man drowned after being thrown from an inner tube he was on with two other people. He was wearing a personal floatation device while on the tube, but after falling off he slipped out of his life jacket and drowned. His body was not immediately recovered, but his life jacket was. It is believed that his life jacket was not secured effectively or did not fit properly.
- In 2018, there were 2,511 injuries and 633 fatalities from boating accidents.
- Of the people who died, 77% drowned.
- Of those who drowned, 84% were not wearing personal floatation devices.
- Alcohol use was the leading contributing factor in fatal boating incidents.
The United States Coast Guard (USCG) conducted a further study on boating fatalities and the effectiveness of wearing life preservers. Some of the most significant aspects of their study include:
- 9 out of 10 drownings occur in inland waters, not on the ocean like most people think.
- Most boat-related drownings involve boats less than 20 ft. long or less.
- Almost every drowning victim had a life jacket available and chose not to wear it.
Types of PFDs
Personal floatation devices, also know as life jackets, life preservers, and PFDs, come in a variety of shapes and sizes – they even make life jackets for dogs! Different PFDs are available for different types of water-related activities, so understanding each design’s intended use is extremely important. The Coast Guard classifies PFDs into five main categories, each with unique properties and intended uses.
Class I PFDs: Bigger and More Buoyant
These are also known as offshore life jackets and are designed to keep an individual afloat and face up for extended periods. They provide 22 pounds of buoyancy, the most of any PFD, and are designed for use in deep, open waters where an individual may be in the water for a significant duration before help arrives. Class I lifejackets are more bulky than the other PFDs, but are the most likely to keep an unconscious person face up in the water for the longest period of time.
Class II PFDs: The Industry Standard
Class II PFDs, also known as near-shore buoyant vests, are the most common floatation devices. Also referred to as “classic” life jackets, these are the type most people are familiar with as they’re found on most recreational watercraft. They provide 15.5 pounds of buoyancy and may turn an unconscious person face up. Their use is suggested in calm inland water where any rescue would be relatively swift. Class II lifejackets come in a wide variety of shapes and sizes designed for both children and adults.
Class III PFDs: Floatation Aids
Also called floatation aids, these PFDs come in a variety of shapes and sizes and are designed for use in calm, inland waters where rescue will be swift. Class III PFDs will most likely not turn an unconscious person over. They come in many different varieties designed for various boating activities. They provide 15.5 pounds of buoyancy.
Class IV PFDs: Throwable Aids
Various throwable flotation devices comprise the Class IV category. These PFDs do not replace wearable PFDs, but are designed to be used for extra support or aid someone who was not wearing their lifejacket. Common types of throwable PFDs include boat cushions, horseshoe buoys, ring buoys, and others. These devices are only useful if they are kept readily accessible to be thrown quickly in the event of an emergency. Class IV PFDs are not designed for children, non-swimmers, or anyone unconscious.
Class V PFDs: Specialty Devices
These PFDs are mostly used in occupational settings. These include deck suits, work vests, and other specially designed PFDs. Their use in any type of recreational setting would be highly unlikely.
Inflatable Life Jackets
Inflatable life jackets are designed to take up less space and be less bulky than traditional PFDs. These devices rely on internal chambers that, when inflated, provide buoyancy. There is a wide variety of Coast Guard-approved devices that meet the definition of an inflatable flotation device. Some of the defining characteristics of an inflatable floatation device include buoyancy levels, inflating mechanism, in-water characteristics, and more. When deciding to use an inflatable PFD make sure you are familiar with the manufacturer’s instructions and that the device is the appropriate size.
When Do I Have to Wear a PFD?
The United States Coast Guard requires approved life jackets on all recreational boats. The appropriate number of lifejackets on board a vessel depends on the number of passengers, the size of the boat, and what activities the boat is engaging in. Federal regulations require all children under the age of 13 to wear a life jacket at all times. Some states and municipalities have their own age requirements so always check local ordinances before launching. In general, it’s best for everyone on a recreational water vessel to wear a PFD at all times. More information on each state’s specific PFD requirements is available from the U.S. Coast Guard. Please note that boats 16 feet or longer are required to have at least one throwable (i.e., Class IV) flotation device on the boat. This law excludes canoes and kayaks.
Selecting Appropriate PFDs
As seen in the story at the beginning of this article, wearing a PFD is not always enough to keep someone safe. PFDs should be fitted not only for size, but also for the activity the wearer is going to use it for. Another consideration to take into account when fitting someone with a PFD is to ensure it has the proper buoyancy for his or her weight. To make sure everyone has an appropriate PFD the following criteria should be met:
Finding the Right Size PFD
PFDs come in all shapes and sizes. There are life jackets for infants and for extremely large individuals – there are even PFDs for dogs – so there is no excuse for someone to be outfitted with a poorly sized personal floatation device. Always read the PFD manufacturer’s recommendations on sizing, which is usually based on a person’s weight, to determine if each individual’s PFD is appropriate.
PFDs are classified by adult and child varieties, with several different sizing options available. Never allow an adult to use a child-sized PFD and vice versa. Never assume that a specific life jacket will work, always make sure everyone actually tries it on to ensure a good fit. The PFD should be snug, but not overly tight, and all fasteners should close completely.
Fastening a PFD
Whether using a PFD that fastens via zippers, snaps, or claps, it is important that it closes completely and stays closed while wearing it. To make sure a PFD fits and fastens properly, lift your arms above your head and have someone grab the top of the arm openings and lift upward, if the PFD stays in place it will most likely not come loose in the water. This YouTube video shows exactly how to test a proper PFD fit.
Test PFDs in the Water
In addition to the aforementioned test, a PFD should be tested by getting in shallow water to ensure it effectively keeps the wearer buoyant. The wearer should be able to float comfortably with their head well out of the water. Look to see if the PFD rides up on the individual as this could indicate that the PFD is too large.
Only personal floatation devices that are in good, working condition are safe to use. PFDs that are damaged in any way should be discarded immediately as even the slightest damage can greatly reduce their effectiveness. Other ways to help maintain your PFDs include:
- Never alter a PFD in any way. A PFD altered in any way no longer carries U.S. Coast Guard approval. If a PFD needs to be altered to fit an individual then another one should be found. If any alterations are discovered, immediately discard that PFD as its effectiveness may be compromised.
- Allow PFDs to dry before placing in storage. Storing a wet life jacket can cause the buoyant materials to break down which ultimately decreases the PFD’s floatation ability. While allowing a PFD to dry is important, it is not recommended to aid the drying of a PFD in any unnatural way like putting them in the dryer or placing them on a radiator.
- Do not use PFDs for anything other than their intended use. Using any type of PFD as a boat bumper, kneeling pad, or seat cover can decrease the device’s buoyancy. The buoyant material inside the PFD can break down when crushed so avoid using them for anything other than their intended use.
- Store your PFDs properly. Keeping your PFDs away from excess moisture and heat can help preserve their buoyancy and keep them effective longer. Store them in cool, dry places and keep them out of direct sunlight when not in use. In addition, storing them in a secure place can prevent someone from misusing, altering, or tampering with a life jacket.
Even a well-maintained PFD will break down over time. Routine inspection is essential for preventing the unsafe use of a PFD. Life jackets should be inspected before every use, but extremely thorough inspections at the start of every season should be standard practice. To conduct a thorough PFD inspection:
- Check for damage. Rips, tears, cracks, holes, or any other significant wear are an indication that a PFD should not be used. This type of damage can lead to decreased functionality and may not keep someone afloat.
- Check for waterlogging. If a PFD appears to become saturated after being used in the water, there is a good chance that the PFD is permanently damaged and the buoyant material has been compromised. A life jacket that absorbs water can actually weigh the person down more than help keep them afloat.
- Check for air leaks. If, after gently squeezing a PFD, air can be heard to be escaping the buoyant material, it is likely that there is damage to the exterior casing, which creates the potential for water to enter the PFD and decrease buoyancy.
- Check for mildew. A life jacket that smells or appears moldy is not shedding water properly. It is likely that water has saturated into the PFD and it is no longer viable and should be discarded.
- Check the buoyant material. If the buoyant material inside the life preserver appears to have shrunk, the amount of buoyancy produced by the PFD is likely lower than intended and may not be as effective in keeping someone afloat. If there seems to be excessive amounts of open space between the outer covering material and the internal buoyant material, it most likely has shrunk.