The GlobalFix™ PRO broadcasts a unique registered distress signal that not only tells rescuers where you are, but who you are. The internal GPS will automatically turn on and acquire your position upon activation and then utilizes a powerful 406 MHz signal to relay your distress call to orbiting satellites. As local Search and Rescue is deployed, a separate homing signal and integrated LED strobe light guide rescuers to your exact location.
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NEW FEATURES: Send I'm OK Messages. Increase the functionality of your beacon with optional 406Link.com non-emergency messaging service.
Head offshore with confidence. With three levels of integrated signal technology — GPS positioning, a powerful 406 MHz signal and 121.5 MHz homing capability — the GlobalFix™ PRO quickly and accurately relays your position to a worldwide network of Search and Rescue satellites, reducing search time and increasing your chances of survival. It’s reliable signaling technology that has saved more than 26,800 lives since 1982.
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Meeting the demands of both commercial mariners and recreational boaters, the new McMurdo SMARTFIND heralds the arrival of the next generation in EPIRB technology. This compact and stylish unit is available as a standard 406 MHz EPIRB.
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Meeting the demands of both commercial mariners and recreational boaters, the new McMurdo SMARTFIND heralds the arrival of the next generation in EPIRB technology. This compact and stylish unit is available as a standard 406 MHz EPIRB with built-in high-accuracy GPS for enhanced position location.
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The ACR SATELLITE series has quietly built a strong reputation in the commercial and recreational marine industry. This redesigned workhorse utilizes a patented, proprietary electronics package for faster, more stable 406 MHz transmissions to low-earth orbiting LEOSAR satellites.
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The ACR SATELLITE series has quietly built a strong reputation in the commercial and recreational marine industry. This redesigned workhorse utilizes a patented, proprietary electronics package for faster, more stable 406 MHz transmissions to low-earth orbiting LEOSAR satellites.
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