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EPIRBS & Emergency Signaling Devices
Products
There are 17 products.
Greatland Rescue Laser Flare MAGNUM - Laser Emergency Signaling Device
RLFAA024-01
GREATLAND Rescue Laser Flare MAGNUM. Most popular model with mariners - Hand-held day / night laser signaling device provides a convenient, effective way to signal a rescue party. Waterproof, rugged design. Effective for up to 20 miles by night, 3 miles by day . Unlike pyrotechnic flares, the Greatland Rescue Laser Light is non-flammable, environmentally safe, and can operate continuously for 72 hours on two AA batteries. Part Number: RLFAA024-01.
In Stock: 1
$109.99
In Stock: 1
$109.99
ACR Float-On Light
2983
These lights are designed to provide visibility in low-light conditions, enhancing the safety of individuals who are out on the water, designed to attach to life jackets or other personal flotation devices.
Part number : 2983
In Stock: 6
$129.95
In Stock: 6
$129.95
$169.95
Greatland Green Rescue Laser Flare - Laser Emergency Signaling Device
GLF032-01
GREATLAND Green Rescue Laser Flare - Hand-held day / night laser signaling device provides a convenient, effective way to signal a rescue party. Waterproof, rugged design. Brilliant green light makes it most visible of the three Greatland laser flares and preferred style of Search and Rescue (SAR) professionals. Effective for up to 30 miles by night, 1-5 miles by day . Non-flammable, environmentally safe, and can operate continuously for 5 hours on a single, replaceable CR123 lithium battery (available at most department stores). GLF032-01.
In Stock: 3
$239.99
In Stock: 3
$239.99
EPIRBS & Emergency Signaling Devices FAQ
Do I need an EPIRB or PLB?
EPIRBs are required if you are heading out more than two miles from the coast, while PLBs are more suited for those heading out relatively short distances. EPIRBs are registered to a boat while PLBs are registered to an individual. An EPIRB usually has more battery life, and always includes a strobe light. Both devices send out an SOS via satellite communications to aid in search-and-rescue operations.
What types of emergency signaling devices are there?
The most important marine emergency signaling devices are EPIRBs and PLBs, visual signals, such as a flame, red flare or laser flare, orange smoke signal, or sound signals, such as a gun or signal horn and radio signals such as the morse group SOS, the international code signal NC, or the spoken word “Mayday” by radiotelephone.
Do I need an EPIRB or PLB?
EPIRBs are required if you are heading out more than two miles from the coast, while PLBs are more suited for those heading out relatively short distances. EPIRBs are registered to a boat while PLBs are registered to an individual. An EPIRB usually has more battery life, and always includes a strobe light. Both devices send out an SOS via satellite communications to aid in search-and-rescue operations.
Is an EPIRB required on a boat?
EPIRBs are not required for recreational boats registered in the U.S. Only commercial fishing industry vessels operating beyond the three mile territorial sea line or beyond three miles from the coastline of the Great Lakes must carry a 406 MHz EPIRB. However, EPIRBS are highly recommended for all vessels in the case of emergency situations, in order for coast guard search and rescue teams to locate the vessel anywhere and anytime, as soon as possible.
How do emergency signaling devices work?
Emergency signaling devices are designed to alert people of a potentially dangerous situation by producing an attention-grabbing signal. These devices transmit your location to the AIS receivers on the boats around you, and also send out a GPS signal to satellites to alert authorities to your position. Common emergency signaling devices include EPIRBs, flares, sirens, strobe lights, and audible messages.
How accurate is an epirb with gps?
The EPIRB system has a detection accuracy of 2-5 km. New GPS enhanced EPIRBs provide a location accuracy of 100 meters in 50 to 120 seconds. The emergency positioning accuracy is made possible by a system of satellites, providing worldwide coverage and ensuring a reliable transmitted signal. This system helps marine search and rescue teams accurately locate individuals in distress more quickly and efficiently.