ACR ResQLink Personal Locator Beacon

I will be doing many more solo trips now and that has made acquisition of an emergency signaling device a higher priority.  I considered one of the SPOT devices since they seem to get the most attention but after a couple days of research chose the ACR ResQLink PLB.  Although a little more expensive up-front, there is no annual fee for monitoring so it’s much less expensive in the long run.  The main decider though was that the ResQLink is a real Personal Locator Beacon, unlike the SPOT devices, and I have more confidence in it getting someone rescued.

The ResQLink is the same technology that has been used for years in aviation and maritime applications and connects to the the same proven satellite network and infrastructure that helps find crashed planes and lost boats.  Its sole purpose is to summon emergency help – it doesn’t have the “keep track of where I’ve been” feature that newer SPOTs have, nor does it have the ability to send text messages (though there is a service that tries to piggy-back that feature on top of the self-test mode, with mixed results and an annual fee).

The device is registered to me and the registration database has contact information for friends & family.  I can also enter my itinerary and any other information that could be useful to search and rescue – like the the channel and code I’m using if I’m carrying my FRS/GMRS radio.

My understanding of the basic operation is that once I activate the device it sends a 406 MHz distress signal at 5 watts every 50 seconds that is (hopefully) received by a satellite.  This signal contains my personal identifier and also a location coordinate if the GPS receiver was able to obtain it.  If a GPS fix couldn’t be obtained then the satellites will probably triangulate my position eventually anyhow.

The ResQLink and most/all other PLBs also transmit a continuous signal at 121.5 MHz at 50 milliwatts that search and rescue crews can use as a homing beacon once they are in the right vicinity even if they didn’t get a coordinate with the 406 MHz signal.

Finally, the ResQLink will activate a white LED strobe.  All 3 signals continue until the device is turned-off or the battery dies (about 30 hours?).  The battery cannot be replaced nor recharged by me – it has to go back to the factory for replacement after 5 years (or after being activated).  I’m hoping I never get to report on how well it works!

I have no material connection with any companies, products or services mentioned in this post.

About Michael R

I enjoy hiking, landscaping with native plants, nature photography, dark chocolate, fine dining, good movies, and old jazz.
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