But Joe does not own the GMRS repeater he uses in NYC. It belongs to his neighbor. And his brother in LA doesn’t own a repeater either. So while I understand if both brothers were in NYC, they could use the same GMRS license, but since both brothers live thousands of miles apart, they can never talk to each other on GMRS.![]()
General Mobile Radio Service (GMRS)
AboutRule Part47 C.F.R, Part 95 Subpart ERadio Service Code(s)ZA - GMRSwww.fcc.gov
Any individual who holds an individual license may allow his or her immediate family members to operate his or her GMRS station or stations. Immediate family members are the licensee's spouse, children, grandchildren, stepchildren, parents, grandparents, stepparents, brothers, sisters, aunts, uncles, nieces, nephews, and in-laws.eCFR :: 47 CFR Part 95 -- Personal Radio Services
www.ecfr.gov
The licensee must maintain access to and control over all stations authorized under its license.
Unless each has their own GMRS license and an IP linked repeater system that they can each access (distance and permission) from opposite ends is in place.But Joe does not own the GMRS repeater he uses in NYC. It belongs to his neighbor. And his brother in LA doesn’t own a repeater either. So while I understand if both brothers were in NYC, they could use the same GMRS license, but since both brothers live thousands of miles apart, they can never talk to each other on GMRS.
Which begs the question how an IP linked GMRS repeater system can ensure compliance if user A on site A, geographically separated from user B on site B isn't keying up over other repeaters/licenses? No repeater coordination exists on GMRS. Everyone must share and ensure a frequency is clear before keying up, simplex or repeater. I would love to hear how one would articulate they are being mindful of the 8 shared repeater pairs with a linked system where all sites key up when a user is on one single site. That's plain piggish and one the FCC should put a stop to.We, as license holders, are responsible for what and where our radios transmit, not necessarily what they receive.
Of course, if the FCC, or other agency, locate the source of the transmission to the repeater, that person(s) could be held responsible for their actions.
The bottom line is the FCC regulation is somewhat clear, and the requirement pretty much is included in all of the radio services, ". . . The licensee must maintain access to and control over all stations authorized under its license. . ."
So if I live in Montana and my Brother lives in South Florida it’s kinda difficult to explain or demonstrate how his radios are under my control.
It's easy. Repeater links go both ways, so if you're listening to any linked repeater, you're effectively listening to all the frequencies used by the linked repeaters. If anyone keys up on any of the remote input frequencies being used by the network, you'll hear it. The only thing you'll miss is simplex comms on the remote repeater outputs. But stepping on those has nothing to do with repeater coordination, so your entire premise is a red herring / strawman.But how does one effectively monitor ALL frequencies they are intending to transmit on in a linked environment every time before transmitting? They can't. If a subscriber is programmed with transmit inhibit on busy (the way it should be to allow for proper use of shared frequencies) on a single frequency/pair, then one can ensure they aren't stepping on anyone. The argument about bubble packs, bootleggers, et al isn't the issue as they aren't compliant anymore than IP linked repeaters hogging up all 8 repeater pairs linked together. Both are violating the rules as written.
How so? You're ASSuming that a repeater is setup for carrier squelch. 99.9 percent aren't. They're PL/DPL access. So how is one aware of activity on said frequencies if they aren't monitoring. Answer, they aren't. Example, my repeater on 462.600 has a PL of 141.3 and yours is PL 162.2. Unless your linked repeater is monitoring in CSQ mode on it's uplink, nothing is going to activate it and therefore unless one is monitoring the input and output in CSQ, you aren't aware.It's easy. Repeater links go both ways, so if you're listening to any linked repeater, you're effectively listening to all the frequencies used by the linked repeaters.
Again, if the remote system isn't running CSQ or the same PL/DPL, one isn't gonna hear a peep and just blast out their transmissions. Again, the rules say such operation is illegal. Nothing straw man about it. And it's just being a LID and a hog. Go put up a coordinated part 90 or part 97 (for non-commercial use of course) and link all you want where there are plenty of repeater pairs and coordination to ensure interference isn't likely to occur.If anyone keys up on any of the remote input frequencies being used by the network, you'll hear it.
it has everything to do with the fact that in GMRS, there is no repeater coordination, and per part 95 rules, everyone must share and not intentionally interfere with each other. It's called not being a lid and a rule breaker. In case you missed it, the sharing of channels is addressed in CFR title 47, chapter 95.359:But stepping on those has nothing to do with repeater coordination, so your entire premise is a red herring / strawman.
How so? You're ASSuming that a repeater is setup for carrier squelch. 99.9 percent aren't. They're PL/DPL access. So how is one aware of activity on said frequencies if they aren't monitoring. Answer, they aren't. Example, my repeater on 462.600 has a PL of 141.3 and yours is PL 162.2. Unless your linked repeater is monitoring in CSQ mode on it's uplink, nothing is going to activate it and therefore unless one is monitoring the input and output in CSQ, you aren't aware.
Again, if the remote system isn't running CSQ or the same PL/DPL, one isn't gonna hear a peep and just blast out their transmissions. Again, the rules say such operation is illegal. Nothing straw man about it. And it's just being a LID and a hog. Go put up a coordinated part 90 or part 97 (for non-commercial use of course) and link all you want where there are plenty of repeater pairs and coordination to ensure interference isn't likely to occur.
it has everything to do with the fact that in GMRS, there is no repeater coordination, and per part 95 rules, everyone must share and not intentionally interfere with each other. It's called not being a lid and a rule breaker. In case you missed it, the sharing of channels is addressed in CFR title 47, chapter 95.359:
§95.359 Sharing of channels.
Unless otherwise provided in the subparts governing the individual services, all channels designated for use in the Personal Radio Services are available for use on a shared basis, and are not assigned by the FCC for the exclusive use of any person or station. Operators of Personal Radio Service stations must cooperate in the selection and use of channels in order to avoid interference and make efficient use of these shared channels.
So articulate to me how a linked repeater system operating with controlled access (e.g. PL, DPL, etc) can foster a proper compliance with 95.359 as written?