Extractor Pro Model PWC Rescue Sled

Special Aquatic Service (SAS) Water Safety first utilized the Extractor sleds back in 1997 and found them to be invaluable for PWC rescue operations and event support. Today, the Extractor PRO model has been an industry standard for quick rescue pick ups in the surfline, rivers and other near shore situations for the past 20 years. This model, due to its size and weight, is designed for use with PWC’s where a single rescue operator is available to operate the PWC, or may be used in situations where a rescue swimmer is used to assist the victim.

Extractor made the ‘original’ PWC rescue sled in winter of 1991 and patented the water rescue sled back in 1993.  Several revisions have been created over the years to improve durability, performance and adapt the sled to be able to connect with ever-changing hull designs of various personal watercraft.  Current sled designs have features that take into consideration the many different makes and models of personal watercraft.

Not all personal watercraft makes and models are ideal for connecting and using a rescue sled. For the models that do, the optimum connection between personal watercraft and sled differ slightly. Some pwcs already come with hard points ideal for towing, and some pwcs still require installation of hard points onto the rub rails, seat housing, transom or stern in order to provide the most stable and secure connection. 

Taking the time to properly mount your sled is critical: a sled that is too loose or too tight on the transom above the jet, can affect maneuverability and stability. In the worst-case scenario, this could damage your boat, the sled itself, or cause serious injury.

When mounting your sled, you will always want to keep three points for attaching the stern. Some connection systems utilize a solid hitch connection and others use soft rigging, like rope or webbing.  The solid hitch or the middle rope become the main tow point.  Ideally the shorter the connection is between the sled and pwc, the more the board will be stable in the water.

The Extractor Jet Ski Rescue Sled is the result of 30 years of experience, manufacturing several revisions of sleds, using different materials and construction methods along the way. Ultimately, the end users and customers have driven the demand for the current design, using the most durable materials, which can be molded into a hull shape that optimizes functionality for being towed behind a watercraft, which do not delaminate from water pressure working on glued seams, rot from sitting in the salt water or sun, and are recyclable, so they don’t end up polluting the ocean or taking up space in land-fills. The plastic is easily repaired and welded, minimizing time out of commission. 

Check out Extractor Sleds full line of sleds and rescue equipment

Rescue Watercraft for the Fire Service

 

The fire service is the epitome of adapting to the changing environment and the needs of the community. The leadership of the fire service continues to evaluate and meet the needs to our dynamic environments and response districts. The fire service of 2020 is not what the fire service of 2000 was, nor what it was in the ‘90s, ‘80s, or any previous era.

The public’s interest in the fire department goes much deeper than making sure we can handle any fire incident. We are the all-hazards agency that continues to be tasked with greater responsibility for helping those who live in or visit our communities. Many agencies have taken on more increased roles with the same or even less staffing. The term “emergency services” better defines our agencies today as we do much more the fight fires.

An area that has always received our attention is water-related emergencies. Today, we have more options to address emergencies on or in the water. The hazards in water-related rescues are vast and complicated. Swiftwater, ocean, and lake and pond environments have many different features without considering the environmental impacts.

In 2018, the Coast Guard counted 4,145 accidents that involved 633 deaths, 2,511 injuries, and approximately $46 million dollars of damage to property as a result of recreational boating accidents. These accidents contributed to a fatality rate was of 5.3 deaths per 100,000 registered recreational vessels. (1)

Open water is a term that includes natural bodies of water (lakes, rivers, oceans) and man-made bodies of water (canals, reservoirs, and retention ponds). In 2016, open water drownings made up 43 percent of fatal childhood drownings (2).

If your agency has any open water, you must take these statistics seriously, complete a needs assessment, and look for ways to prevent these incidents. Beyond prevention, you must adequately prepare for and respond equipped and trained to rescue those in need.

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Drifting Towards Catastrophe: What Water Rescue Teams Can Learn from Air Medevac Procedures

RWC Operations Risk Management

By Mike Hudson

On a typical, nondescript summer morning, a fire department water rescue team mulled through their morning preventative maintenance and checklists for its personal watercraft (PWC), which includes confirmation of hull integrity, including the insertion of the bilge’s hull plugs. After the checklist was completed, the rookie on the team was ordered to wash and rinse the inside and outside of the primary PWC, which requires the removal of the bilge plugs. Later that day, the team was dispatched to a water rescue “job” for multiple children caught in a rip current at a neighboring beach. Normally, the unwritten rule is to check the plugs before launching the PWC, but the crew deviated from that step and the craft was hastily launched into the four-foot surf; soon after, the engine compartment flooded, rendering the craft inoperable. Read More