What should I do radio setup-wise as a newbie trying to get his license?

NATHANRITTING

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I am currently working on getting my license and when I do I plan on buying a radio or two.

Goals:
Buy two or more stationary radios with VHF and UHF (I know how to build jpole antenna's so they aren't needed in this current question).
Have these radios be able to scan and connect to repeaters .
Have these two radios work as repeaters when needed.
If possible I want these radios to be semi connected to devices so that I can remotely change them.

Currently my place of where the radios will be are in the basement but I do believe I have a plan on how I can connect feed line to go into the attic through a system on how the television antenna wire goes through the house. (Keep in mind when I say this in no way shape or form am I stating that I am using the television antenna, I am stating this to avoid future backlash)

General Budget:
Main Radio Hardware:
2 mics
2 radios
2 power supplies
speakers aren't needed because I already have speakers that would work with this
I want this part to be under 750 American Dollars however I'd be willing to go up to 1000 but no further if needed.

I don't entirely think the rest needs to be included in this situation and from what I heard 2 radios can use the same jpole antenna but only one can be transmitting at a time. If I get anything wrong please don't get upset with me I'm a younger and just trying to get into this hobby.

Things I want to do with this is connect to other repeaters, become a repeater, and use my radio knowledge in other hobbies such as boy scouts and civil air patrol
 

K4EET

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Hi @NATHANRITTING and welcome to Radio Reference! That’s great that you want to become a ham radio operator. On your equipment list, it would probably be less expensive to buy one power supply that will handle the two radios. If you have any make and model numbers in mind, you might tell us and we can make better recommendations. As for the “repeater” you would like to to use those two radios for, what exactly are you trying to accomplish? You could potentially use just one radio in a crossband repeat configuration. Let us know and we’ll be able to assist your planning better.
 

mmckenna

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I am currently working on getting my license and when I do I plan on buying a radio or two.

Goals:
Buy two or more stationary radios with VHF and UHF (I know how to build jpole antenna's so they aren't needed in this current question).
Have these radios be able to scan and connect to repeaters .
Have these two radios work as repeaters when needed.
If possible I want these radios to be semi connected to devices so that I can remotely change them.

You need to clarify about the radios:

You mentioned two radios with VHF and UHF.
Do you mean a quantity of two radios that have both VHF -AND- UHF, or two radios, one VHF and one UHF?
This matters…

General Budget:
Main Radio Hardware:
2 mics
2 radios
2 power supplies
speakers aren't needed because I already have speakers that would work with this
I want this part to be under 750 American Dollars however I'd be willing to go up to 1000 but no further if needed.

That shouldn't be an issue.
I don't entirely think the rest needs to be included in this situation and from what I heard 2 radios can use the same jpole antenna but only one can be transmitting at a time.

No. That would be incorrect.

This is where you need to clarify what kind of radios you want, single band or dual band?

If you are using a separate VHF and UHF radio, you can combine the two different band radios using a diplexer and feed a dual band antenna.

If you are using two dual band radios, then you need two separate dual band antennas fed with their own coaxial cable, and those antennas need to be physically separated by sufficient distance.

If you are doing a repeater, that can get a lot more complex. Some dual band radios can 'cross band repeat'. In other words, the radio would receive on one band and transmit on the other. That requires a dual band antenna.
If you want to repeat within the same band (VHF -> VHF —or— UHF -> UHF), then you will need a dedicated repeater, or two separate radios, a controller, and a duplexer (different that a -diplexer-). Duplexers must be tuned for the specific frequency, and tuning duplexers takes some specialized test gear, some experience and some knowledge.


Controlling external devices takes some control and interface equipment. All doable, but how it's done will depend on the radio(s) used and what you are trying to control.

If I get anything wrong please don't get upset with me I'm a younger and just trying to get into this hobby.

No problem, we are here to help and we -all- started in the same place.


Things I want to do with this is connect to other repeaters, become a repeater, and use my radio knowledge in other hobbies such as boy scouts and civil air patrol

OK, good deal, amateur radio is the right place for that.
 

NATHANRITTING

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You need to clarify about the radios:

You mentioned two radios with VHF and UHF.
Do you mean a quantity of two radios that have both VHF -AND- UHF, or two radios, one VHF and one UHF?
This matters…



That shouldn't be an issue.


No. That would be incorrect.

This is where you need to clarify what kind of radios you want, single band or dual band?

If you are using a separate VHF and UHF radio, you can combine the two different band radios using a diplexer and feed a dual band antenna.

If you are using two dual band radios, then you need two separate dual band antennas fed with their own coaxial cable, and those antennas need to be physically separated by sufficient distance.

If you are doing a repeater, that can get a lot more complex. Some dual band radios can 'cross band repeat'. In other words, the radio would receive on one band and transmit on the other. That requires a dual band antenna.
If you want to repeat within the same band (VHF -> VHF —or— UHF -> UHF), then you will need a dedicated repeater, or two separate radios, a controller, and a duplexer (different that a -diplexer-). Duplexers must be tuned for the specific frequency, and tuning duplexers takes some specialized test gear, some experience and some knowledge.


Controlling external devices takes some control and interface equipment. All doable, but how it's done will depend on the radio(s) used and what you are trying to control.



No problem, we are here to help and we -all- started in the same place.




OK, good deal, amateur radio is the right place for that.
Sorry I meant that I wanted two radios with both having two bands VHF and UHF
Forgot to mention: When available because HF is pricey I would also like to dive into that

Hi @NATHANRITTING and welcome to Radio Reference! That’s great that you want to become a ham radio operator. On your equipment list, it would probably be less expensive to buy one power supply that will handle the two radios. If you have any make and model numbers in mind, you might tell us and we can make better recommendations. As for the “repeater” you would like to to use those two radios for, what exactly are you trying to accomplish? You could potentially use just one radio in a crossband repeat configuration. Let us know and we’ll be able to assist your planning better.
Thanks, my goals with being a "ham" is both to gain experience with technology that I can use in the world and also gain experience with radios because I am in a program called Civil Air Patrol and I have radio certification however we get our rules and regulations not by the FCC but the Air Force

I am also actually fairly interested in the ICOM transceiver IC-2300H and while I do understand it is made for mobile vehicles it would be effective considering the room I plan to put this in has other things in it. Question is can this radio be used a private repeater and can it be controlled by computer?

Hi @NATHANRITTING and welcome to Radio Reference! That’s great that you want to become a ham radio operator. On your equipment list, it would probably be less expensive to buy one power supply that will handle the two radios. If you have any make and model numbers in mind, you might tell us and we can make better recommendations. As for the “repeater” you would like to to use those two radios for, what exactly are you trying to accomplish? You could potentially use just one radio in a crossband repeat configuration. Let us know and we’ll be able to assist your planning better.
 

K4EET

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<snip> Thanks, my goals with being a "ham" is both to gain experience with technology that I can use in the world and also gain experience with radios because I am in a program called Civil Air Patrol and I have radio certification however we get our rules and regulations not by the FCC but the Air Force
The CAP is a good program. I am a USAF MARS (Military Auxiliary Radio System) member.
I am also actually fairly interested in the ICOM transceiver IC-2300H and while I do understand it is made for mobile vehicles it would be effective considering the room I plan to put this in has other things in it. Question is can this radio be used a private repeater and can it be controlled by computer?
The Icom IC-2300H is a nice radio albeit a discontinued model. There are plenty of mobile radios out there, and yes, they make great base station radios. All of my VHF/UHF radios in the shack that have more than 10 watts of transmit power are mobile radios. They all are powered by a single Astron 50 amp linear power supply. For the mobile radio, the "Big 3" manufacturers are Icom, Kenwood, and Yaesu. I am a Yaesu person because I prefer Yaesu Fusion for digital radio over D-STAR digital radio which is Icom and Kenwood. Then there are other digital modes to be considered like DMR, NXDN, P25, etc.

As for the "private repeater" capability, if you are wanting a true repeater, things are more complex as @mmckenna stated above. If you can use crossband repeat, there are some mobile radios that can do that right out of the box. What we really need to know is what you want to accomplish with a "private repeater" setup. Can you give us a better description of what capabilities that the "private repeater" needs to have?
 

AK9R

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I'm curious why you want a "private repeater". What's your use case?
 

NATHANRITTING

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I'm curious why you want a "private repeater". What's your use case?
I'm not fully against having it being public. My use case is I can connect my handheld radio to the repeater and I want to be changing the frequency transmits back out on with some sort of wireless remote setup. I feel like if I have a public repeater that the frequency is changing people might get annoyed. Also I would use this repeater for many things such as helping my church that uses radios for parking team and I could transmit the signal to the other campus among other things.
 

NATHANRITTING

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The CAP is a good program. I am a USAF MARS (Military Auxiliary Radio System) member.

The Icom IC-2300H is a nice radio albeit a discontinued model. There are plenty of mobile radios out there, and yes, they make great base station radios. All of my VHF/UHF radios in the shack that have more than 10 watts of transmit power are mobile radios. They all are powered by a single Astron 50 amp linear power supply. For the mobile radio, the "Big 3" manufacturers are Icom, Kenwood, and Yaesu. I am a Yaesu person because I prefer Yaesu Fusion for digital radio over D-STAR digital radio which is Icom and Kenwood. Then there are other digital modes to be considered like DMR, NXDN, P25, etc.

As for the "private repeater" capability, if you are wanting a true repeater, things are more complex as @mmckenna stated above. If you can use crossband repeat, there are some mobile radios that can do that right out of the box. What we really need to know is what you want to accomplish with a "private repeater" setup. Can you give us a better description of what capabilities that the "private repeater" needs to have?
Essentially I want this repeater to have far receiving distance so I can connect from a good ways away most likely 20 miles max and I want to transmit back out powerfully so that I can use the repeater for events around my home such as church events for the parking team and sending the data back to the other campus.
Thanks so much for the help, maybe I'll hear you on the air!
 

ladn

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I want to transmit back out powerfully so that I can use the repeater for events around my home such as church events for the parking team and sending the data back to the other campus.
In this scenario, all users will need to be licensed hams. if they are going to transmit.

GMRS/FRS might be better if this is short range. It would work for longer rangers as well, but users would need their own GMRS license to use more powerful radios or a repeater. Your church could also obtain a Part 90 (commercial) license that would allow all (authorized) users access to the system without individual licensing.
 

AK9R

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My use case is I can connect my handheld radio to the repeater and I want to be changing the frequency transmits back out on with some sort of wireless remote setup.
Are you familiar with frequency coordination? The concept is that frequency coordinators work with licensees to find frequencies that are usable in their area for their application. In land mobile radio (public safety and business radio users), coordinators are professionals who charge money for their services. The FCC will not give you a Part 90 license for a frequency, including repeater frequencies, unless you've gone through a coordinator. In amateur radio, the coordinators are volunteers. While the FCC does not license amateur radio repeaters, if there's an interference issue between repeaters, the FCC will defer to the coordinated repeater.

In both cases, coordinators perform an important role because radio spectrum is a finite resource. It's usually a bad idea to just pick your own frequencies for your repeater. Within amateur radio, in many parts of the country, there are no 2m repeater pairs available. And, 70cm repeater pairs can be challenging to find depending on your proximity to metro areas.

I want to transmit back out powerfully so that I can use the repeater for events around my home such as church events for the parking team and sending the data back to the other campus.
In the FCC eyes, this is conducting business. It should be done on business frequencies as this activity is probably not suited for amateur radio.
 

mmckenna

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Sorry I meant that I wanted two radios with both having two bands VHF and UHF
Forgot to mention: When available because HF is pricey I would also like to dive into that

OK, so two separate dual band radios.
Can I ask why you need two of them? Just want to understand your use case so we can make helpful recommendations.

And, two dual band radios means you will need to have two separate coax runs to the roof, two separate dual band antennas, and those two antennas will need some healthy separation.

If budget is a concern, I'd strongly recommend starting with one radio and learning what it'll do. If you still think you need two dual band transceivers after that, we can help. But with two antennas, two coax runs, two antenna mounts, plus your requirement to have two separate power supplies, you are going to quickly exceed your budget.

Yes, HF can be pricy and the antenna requirements will dictate what you can do. Many hams start with a 2 meter or 70 centimeter radio as their first entry. If you like the hobby, adding HF down the road is a possibility. What I often see is new hams "want it all, want it right now" and usually get frustrated. Take it slow, one radio. Learn the hobby, there's a lot more to learn than just passing the multiple choice test. Getting the license opens the door, but there's a lot more to learn once inside. Pace yourself….


I am also actually fairly interested in the ICOM transceiver IC-2300H and while I do understand it is made for mobile vehicles it would be effective considering the room I plan to put this in has other things in it. Question is can this radio be used a private repeater and can it be controlled by computer?

No. It's a single band radio. To act as a repeater, there needs to be a separate receiver and transmitter so they can both work at the same time. This radio will not do that.

I'm not fully against having it being public. My use case is I can connect my handheld radio to the repeater and I want to be changing the frequency transmits back out on with some sort of wireless remote setup.

That's called a "remote base" and you don't need a repeater to do that.

I feel like if I have a public repeater that the frequency is changing people might get annoyed. Also I would use this repeater for many things such as helping my church that uses radios for parking team and I could transmit the signal to the other campus among other things.

Amateur radio cannot be used for business use, even a church. Things like helping with parking can be done on amateur radio by volunteer groups, but everyone needs to have their amateur radio license. Amateur radio licenses only cover the individual, not a group/church. The only way your church can do that is for each and ever person with a radio -must- have their amateur radio license.

If your church wants a radio system, they need to use commercial frequencies with an appropriate FCC issued license.

What you are describing becomes a complex system with site linking and repeaters. That gets very expensive and requires a lot of expensive test equipment, knowledge and skill to set up if you want it to actually work.

Recommendations: Start with your ham license. Don't try to get into commercial radio work.

Also, keep in mind that all radio services have their own set of rules. There are a lot of complex technical requirements that you won't learn as part of your ham license studies. Amateur radio rules do not apply in the commercial world, and commercial rules do not apply on amateur radio.

A couple of high points to keep in mind as you plan things out:
-ALL- radio services require a license. No exceptions. There are some "license by rule" services that don't require an FCC issued license (CB, FRS, MURS, to name a few), but all others require specific licenses.
-ALL- radio services have rules regarding what frequencies you can use and what radio equipment can be used. Amateur radios cannot be used on non-amateur radio frequencies, no exceptions. You cannot legally use an amateur radio on business frequencies, FRS, GMRS, etc. Doesn't matter what the internet says, FCC rules still apply.
Your amateur radio license gives you -zero- permissions to transmit anywhere outside the amateur radio frequencies, no exceptions. You cannot legally use your amateur radio gear on frequencies your church uses. You cannot use your amateur radio gear on CAP/USAF/NTIA frequencies, no exceptions.

If you want to use a radio with your church and they are on business channels, you will need a couple of things:
You will need written permission from the person whose name is on the FCC issued license the church operates under.
You will need an appropriately type accepted radio that has been programmed correctly, not an amateur radio that has been hacked to work outside the amateur radio bands.

Essentially I want this repeater to have far receiving distance so I can connect from a good ways away most likely 20 miles max and I want to transmit back out powerfully so that I can use the repeater for events around my home such as church events for the parking team and sending the data back to the other campus.

See above. What you are describing is not allowed under FCC rules. This should be what you'll learn as you study for your amateur radio license.
Amateur radio is a hobby radio service. It's not for business use. It's for individuals.

Also, there are often a lot of underutilized amateur radio repeaters in urban and suburban areas. Most are run by radio clubs. A good way to do this is to reach out to your local amateur radio clubs and see if they have regularly scheduled meetings. Start attending those. Let them know you are interested in getting your ham radio license, and most should be happy to help you study. Once you get your license, they'll happily help you access their repeaters. Repeaters are very expensive and require a lot of knowledge, skill and test equipment to set up. Repeaters are not 'plug-n-play' devices that you toss together.

Thanks so much for the help, maybe I'll hear you on the air!

I hope so. Always good to get the younger generation into the hobby. With this hobby you should learn a lot of good skills that can help with future careers. Many of us that work in the professional/public safety side of radio got our start as hobbyists.

Good luck and let us know if you need help.
 
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