We just graduated this mom and her two kids from our recent on-line course. The kids are age 11 and 13 and passed the written exam AND a CW endorsement with neighbour Guy VA7GI coaching them.
Congratulations and see you on the bands.
~
Showing posts with label Basic Amateur Radio Course. Show all posts
Showing posts with label Basic Amateur Radio Course. Show all posts
2025-03-18
2024-12-31
The SARC Communicator - January-February 2025
Even better for 2025
Previous Communicator issues:
New desktop publishing software opens up even more possibilities for the SARC Communicator, the digital periodical of Surrey Amateur Radio Communications. This issue is now available for viewing or download. Another new feature is a smaller version, best suited for mobile devices, available here for viewing or download. The advantage of the larger version being higher resolution graphics and photos.
The best new feature, in my opinion, is the ability to provide you with a compete Table of Contents [below]. This should enable better accessibility from search engines.
You will find some great articles in this issue, along with our regular columnists.
Now read in over 165 countries, we bring you 120+ pages of Amateur Radio content from the Southwest corner of Canada and elsewhere. With less fluff and ads than other Amateur Radio publications, you will find Amateur Radio related articles, projects, profiles, news, tips and how-to's for all levels of the hobby.
Download the January - February Communicator in
LARGE or SMALL format, or read it on-line like a magazine
Previous Communicator issues:
Search for past Communicator issues
and a full searchable index is HERE.
As always, thank you to our contributors, and your feedback is always welcome.
The deadline for the next edition is February 15th.
If you have news or events from your club or photos, stories, projects or other items of interest from BC or elsewhere, please contact us at communicator@ve7sar.net
73,
John VE7TI
'The Communicator' Editor
The Table of Contents for the January-February 2025 Communicator issue:
- The Rest of the Story: Charles Wheatstone 4
- News You Can’t Lose: Field Day results are in 12
- Page13—News You Can Lose 13
- Radio Ramblings: Reflections 15
- Does the Ghost of Salvador Dali Haunt ChatGPT? 26
- Tech: A transceiver on your Android phone 27
- Xiegu G90 Review 28
- Another Tape Measure Antenna 31
- POTA is Calling - Will you answer? 32
- A Different Kind of Foxhunt 34
- USA Radio Orienteering Championship 35
- Mastering iCOM HF: A deep dive into filtering capabilities 37
- Schooling ChatGPT on Antenna Misconceptions 42
- LIDS: The Less Involved Data Society 43
- Experimental Maritime Mobile on 630m 44
- From the ATV Journal 48
- B.C. QSO Party 50
- A Light Dipole 52
- An Easy Field Strength Meter 53
- AMSAT - OSCAR 7 55
- Dutch Amateur Radio Operators Detect Signals From Voyager 1 56
- Update on the Local High Altitude Balloon Project 57
- They Don’t Make ‘em Like They Used To… 58
- LingoSat ISS Deployment 59
- Canadian Amateur Radio Hall of Fame Appointments 2024 60
- The Santa Barbara 1925 Earthquake 62
- Ham Radio Outside the Box: Antenna height matters 65
- What Did Beethoven Do For Ham Radio? 68
- VE9KK - The World of CW: I am at peace with the RFI gods 69
- K0NR - 2 Meters: Handie-Talkie or Walkie-Talkie? 71
- Which Modes Have You Operated? 73
- KB6NU’s Ham Radio: Hurricane Helene 74
- Pico-based SDR runs stand-alone 75
- Foundations of Amateur Radio: The venerable QSL bureau 76
- No-ham Recipe: Oatmeal brown bread 79
- Back to Basics: Codes & encryption 80
- Profiles of SARC Members: Jeanne Wilson VA7QD 88
- CQ WW DX Contest [CW] 92
- ARRL 10m Contest 94
- RAC Winter Contest 96
- SARC News… 97
- SEPAR Report 103
- Ham Leftovers... 107
- QRT: Blog vs PDF? 108
2024-07-01
The July-August 2024 SARC Communicator
Hello summer...
With another big Summer issue. The July-August 2024 Communicator, digital periodical of Surrey Amateur Radio Communications is now available for viewing or download.
Read in over 150 countries, we bring you 120+ pages of Amateur Radio content from the Southwest corner of Canada and elsewhere. With less fluff and ads than other Amateur Radio publications, you will find Amateur Radio related articles, projects, profiles, news, tips and how-to's for all levels of the hobby.
You can view or download it as a .PDF file:
or read it on-line like a magazine
Previous Communicator issues:
Search for past Communicator issues
and a full index is HERE.
As always, thank you to our contributors, and your feedback is always welcome.
The deadline for the next edition is August 15th.
If you have news or events from your club or photos, stories, projects or other items of interest from BC or elsewhere, please contact us at communicator@ve7sar.net
73,
John VE7TI
'The Communicator' Editor
2024-02-29
The March - April 2024 SARC Communicator is now available
Another big issue
The March - April 2024 Communicator, digital periodical of Surrey Amateur Radio Communications is now available for viewing or download.
Read in over 150 countries, we bring you 120 pages of Amateur Radio content from the Southwest corner of Canada and elsewhere. With less fluff and ads than other Amateur Radio publications, you will find Amateur Radio related articles, projects, profiles, news, tips and how-to's for all levels of the hobby.
You can view or download it as a .PDF file:
Download the Communicator March - April 2024
Previous Communicator issues are at:
https://ve7sar.blogspot.com/search/label/The%20Communicator
and a full index is HERE.
As always, thank you to our contributors, and your feedback is always welcome.
The deadline for the next edition is April 15th.
If you have news or events from your club or photos, stories, projects or other items of interest from BC or elsewhere, please contact us at communicator@ve7sar.net
73,
John VE7TI
'The Communicator' Editor
2023-12-31
The January - February 2024 SARC Communicator
A great way to start 2024!
The January - February 2024 Communicator, digital periodical of Surrey Amateur Radio Communications is now available for viewing or download.
Read in over 145 countries, we bring you 120 pages of Amateur Radio content from the Southwest corner of Canada and elsewhere. With less fluff and ads than other Amateur Radio publications, you will find Amateur Radio related articles, projects, profiles, news, tips and how-to's for all levels of the hobby.
You can view or download it as a .PDF file:
Download the Communicator January - February 2024
Previous Communicator issues are at:
https://ve7sar.blogspot.com/search/label/The%20Communicator
and a full index is HERE.
As always, thank you to our contributors, and your feedback is always welcome.
The deadline for the next edition is February 15th.
If you have news or events from your club or photos, stories, projects or other items of interest from BC or elsewhere, please contact us at communicator@ve7sar.net
73,
John VE7TI
'The Communicator' Editor
2023-10-31
The November - December Communicator is now on-line
Wrapping up another year!
The November - December 2023 Communicator, digital periodical of Surrey Amateur Radio Communications is now available for viewing or download.
Read in over 145 countries, we bring you 134 pages of Amateur Radio content from the Southwest corner of Canada and elsewhere. With less fluff and ads than other Amateur Radio publications, you will find Amateur Radio related articles, projects, profiles, news, tips and how-to's for all levels of the hobby.
You can view or download it as a .PDF file:
Previous Communicator issues are at:
https://ve7sar.blogspot.com/search/label/The%20Communicator
and a full index is HERE.
As always, thank you to our contributors, and your feedback is always welcome.
The deadline for the next edition is December 15th.
If you have news or events from your club or photos, stories, projects or other items of interest from BC or elsewhere, please contact us at communicator@ve7sar.net
73,
John VE7TI
'The Communicator' Editor
2022-12-31
SARC January-February 2023 Communicator Amateur Radio Journal
Ready for another great year!
'The Communicator' digital periodical of Surrey Amateur Radio Communications is now available for viewing or download.
Read in over 145 countries now, with almost 10,000 downloads for the November-December issue, we bring you over 100 pages of Amateur Radio news from the South West corner of Canada and elsewhere. With less fluff and ads than other Amateur Radio publications, you will find Amateur Radio related articles, projects, profiles, news, tips and how-to's for all levels of the hobby.
You can view or download it as a .PDF file:
Previous Communicator issues are at:
https://ve7sar.blogspot.com/search/label/The%20Communicator
and a full index is HERE.
As always, thank you to our contributors, and your feedback is always welcome.
The deadline for the next edition is February 15th.
If you have news or events from your club or photos, stories, projects or other items of interest from BC or elsewhere, please contact us at communicator@ve7sar.net
73,
John VE7TI
'The Communicator' Editor
2022-11-13
Remembering Jim Smith VE7FO - SK
We have lost another of the 20%
Looking back, it is ironic that Jim wrote the following about Brett Garrett VE7GM when Brett passed away in August 2018
"They often say that 20% of a given membership do 80% of the work... Brett was one of the 20%, no, more like 5%. An active member of both the Surrey Amateur Radio Club (SARC) and Surrey Emergency Program Amateur Radio (SEPAR), Brett freely shared his knowledge and led Surrey Amateurs to two very successful Field Days."
I can attest to the same about Jim Smith VE7FO and his involvement with VECTOR and SARC.
.JPG)
Jim VE7FO is now a Silent Key
I first became aware of Jim when I laid the groundwork for the Vancouver Emergency Community Telecommunications ORganization (VECTOR) around 1999. Jim lived in the Dunbar area of Vancouver, and I became aware of his involvement with the Point Grey club, and that he was very knowledgeable about HF.
Jim was an avid contester who enjoyed working all modes -- especially CW and RTTY. A true mentor at heart, he often hosted "newbies" at his Vancouver home to introduce them to contesting. Many a new contester was given real experience operating "in the fray" and encouraged to keep honing their skills.
That knowledge translated into a very successful series of first Field Days for VECTOR. Jim also took on the project of planning the HF tower and antennas at e-Comm, the regional 9-1-1 and dispatch centre. That facility also houses the Vancouver EOC and its Amateur Radio component. Jim was a terrific resource in suggesting what might and might not work for that location, and he got that tower completed and functional. It was also Jim who persuaded me to look at offering our own Basic Amateur Radio classes. Well... 22 years later we are still offering them with the same basic content that we worked on back then, except now they are provided by Surrey Amateur Radio Communications (SARC), on-line, with successful students across Canada and even graduates abroad.
VECTOR Field Day (about 2003) Jim VE7FO as Station Manager in the new VECTOR bus.
Fred VE7CX in the foreground.
Around the time that I left VECTOR for the SARC group in 2004, Jim decided that he too would become a member of SARC. What followed was a mentorship program to introduce new members to contesting, one of Jim's passions. I spent many hours at his QTH working various contests under Jim's expert tutelage.
.JPG)
Myself (VE7TI) and Jim VE7FO. I'm being taught the fine points of contesting.
In one of many articles written for our SARC newsletter 'The Communicator', Jim wrote:
"My own involvement with SARC started when I was recruited by John VE7TI, as a Field Day operator. There are many enjoyable ways of conducting FD which range from everyone sitting around the BBQ, telling stories and making a few contacts to the hard-core contest style where everybody goes all out to WIN. I was told that it would be a hard core, win for Canada situation. Being a hard-core contester myself I took the bait.
Well, it turned out that the operators, while enthusiastic, didn't have the HF contest experience necessary to achieve the goal. Nonetheless, it was obvious that the potential was there so, once FD was over, I joined the Club and made a FD training proposal to the Exec with the goal of winning for Canada, which was accepted.
This training started in October and ran until next year's FD. It consisted of many formal training sessions including classroom style and participation in the major contests, during which the ops received coaching on the operating techniques for maximizing the number of contacts per hour.
This would be a very significant investment of time for the trainees. This "Get Your Feet Wet" program to provide a low commitment introduction to contesting so that they could see whether or not they liked it."
Jim was instrumental as well in the team organizing what was probably SARC's best scoring Field Day ever. It was in 2015 and, encouraged by Jim, Brett and Stan VA7NF, the Field Day Committee decided that operating QRP might put us in a better scoring position than our usual high power entry.
It took quite a lot of persuasion, but in the end, it was indeed to be QRP. Jim's specialty was consulting propagation predictions and other data to see what we might be able to do with just 5W. Hoo boy!! With some adjustment to our antenna lineup, he suggested that we could do very well indeed.
Did we? We sure did.
Shattered the Canadian record for all categories.
Out of 2,719 FD stations in the US and Canada in 2015, some with more than 10 transmitters and most running 100W, we ranked #91 with our 3 transmitters and 5W.
Altogether a VERY significant achievement which any club would be proud of.
Wouldn't have happened without Jim (or Brett)
The 2015 winning QRP Field Day crew.
It may not be common knowledge that Jim was responsible for a lot of improvements to the premier Amateur Radio Contesting software N1MM+. As an expert contester Jim was able to make suggestions to the programmers that made the software the contesting leader it is today.
Jim always had a liking for analytics, and he took the lead in creating 'Station Manager' training. This role is as important to getting the maximum number of points in a contest as it would be in a real emergency, ensuring that critical traffic got through. The role includes selecting the most useful bands according to shifting propagation, switching antennas, and to assigning operators, so he was constantly monitoring rates, band conditions/solar conditions, greyline, run rates, etc. Everything was graphed and plotted.
Jim was also an active member of ORCA DX and Contest Club, and of the BC DX Club.
As the BC coordinator for the Pacific Northwest Challenge, for many years he looked after the collection of scores for the inter-club contest trophy -- the Pacific Northwest Cup -- and was a frequent attendee at club meetings.
We will miss you, Jim.
Thank you for all that you taught me and others.
We were very fortunate to have had you as a member.
Now Jim is gone
Damn!
Rest in peace.
~ John VE7TI
2022-03-28
World Amateur Radio Day - April 18
The IARU
April 18 has been declared World Amateur Radio Day. It was on that day in 1925 that the International Amateur Radio Union (IARU) was founded, during the International Radiotelegraph Conference in Paris. That is why radio radio amateurs worldwide celebrate this day with special activities every year.
The advocates of an International Amateur Radio Union were of the opinion that the shortwave spectrum that radio amateurs use to transmit and to receive, could unite people all over the world, something that was assumed impossible. Therefore, this unifying action was undertaken. In addition to protecting and preserving frequency spectrum for the radio amateur, the IARU also strives to protect the frequency spectrum of importance to other services. For radio amateurs, protection of our bands is of utmost importance, as shown through amateur response in countless emergencies and disasters worldwide.
Interest in amateur radio has only grown since those early days, with more than 3 million radio amateurs worldwide. Through this medium people from different countries and cultures could interact with each other and exchange ideas, long before there were facilities such as (mobile) phones, e-mail or social media.
And amateur radio is still popular because you don't need a mobile network or internet to communicate. This is especially important to those in remote areas, those with outdoor interests such as hikers, off-roaders and hunters, emergency preparedness, as a hobby, or as an entry to a new career path such as electronics and communications. The service is, and always has been completely infrastructure independent. Radio amateurs are especially important to maintain connections during disasters, in the event that regular communication channels are no longer available. For example, the Amateur Radio Service kept agencies in New York City in contact with each other after their command center was destroyed during the tragedy of 9/11.
Radio amateurs were the first to discover that the HF spectrum was not the wasteland that experts from those days branded it, but a tool that could support global communication. When the industry discovered that amateurs could successfully communicate worldwide on these shorter wavelengths, amateur radio was again in great danger of being pushed aside. This led to the creation of the IARU. At the International Radio Telegraph Convention of 1927, amateur radio assignments were made that are still recognized today: 160, 80, 40, 20 and 10 meters. In the course of the years, the IARU has also worked to give radio amateurs new bands at 136 kHz, 472 kHz, 5 MHz, 10 MHz, 18 MHz, 24 MHz and 50 MHz, and a regional European allocation at 70 MHz.
The 25 countries that formed the IARU in 1925 have now grown to more than 160 affiliated associations in three regions. IARU Region 1 includes Europe, Africa, the Middle East and North Asia. Region 2 includes North and South America and Region 3 includes Australia, New Zealand, the Pacific Islands and most of Asia. The International Telecommunication Union (ITU) has recognized the IARU as the representative of the interests of radio amateurs.
 |
| IARU has member societies in countries shown in yellow |
All radio amateurs are invited to go on the air on World Amateur Radio Day to explore our hobby, to promote it to family and friends, and within their interests.
Do you want to get involved?
We offer our on-line courses about every 12-weeks. Further information is available at: https://bit.ly/SARCcourses
RAC “Get on the Air on World Amateur Radio Day” Special Event
On Monday, April 18, 2022, Radio Amateurs of Canada is once again organizing a special on-air event to celebrate World Amateur Radio Day.
Every year on April 18, Radio Amateurs worldwide take to the airwaves in celebration of Amateur Radio and to commemorate the formation of the International Amateur Radio Union (IARU) on April 18, 1925. Radio Amateurs of Canada is once again holding a “Get on the Air on World Amateur Radio Day” special event in which we encourage as many Amateurs as possible to get on the air and contact as many RAC stations as possible.
- RAC official stations will operate across Canada from 0000Z to 2359Z on April 18. The RAC official station call signs are VA2RAC, VA3RAC, VE1RAC, VE4RAC, VE5RAC, VE6RAC, VE7RAC, VE8RAC, VE9RAC, VO1RAC, VO2RAC, VY0RAC, VY1RAC and VY2RAC.
- Those contacting one or more of these stations will be eligible for a special commemorative certificate noting their participation in RAC’s Get on the Air on World Amateur Radio Day Event.
- Participants simply need to complete one or more contacts, on any band and mode, with RAC official stations to earn their certificates.
- No logs need to be submitted; simply check back on the RAC website when instructed and enter your call sign to download your certificate.
Sources: https://nationaldaycalendar.com/international-amateur-radio-day-april-18/, https://1drv.ms/b/s!ApeN-l7qi2UFk3OAFuk8KTSq4Rti?e=LOohoE, and RAC “Get on the Air on World Amateur Radio Day” Special Event
~
2021-09-11
Canadian Basic Amateur Radio Course
We are about to start our September course
On-line, learn from your armchair at home
More information needed? Click: https://bit.ly/SARCcourses
or use the QR code above
2020-10-15
Back to Basics: Transformers
The Communicator Revisited - October 2018
From the Canadian Basic Question Bank
Back To Basics is a regular column in The Communicator Newsletter. Past issues are available at The Communicator Digital Edition: Amateur Radio Newsletter (ve7sar.blogspot.com)
B-005-11-1 If no load is attached to the secondary winding of a transformer, what is current in the primary winding called?
A. Magnetizing current
B. Direct current
C. Excitation current
D. Stabilizing current
A transformer is a static electrical device that transfers electrical energy between two or more circuits through electromagnetic induction. A varying current in one coil of the transformer produces a varying magnetic field, which in turn induces a varying electromotive force (emf) or "voltage" in a second coil. Power can be transferred between the two coils, without a metallic connection between the two circuits. Faraday's law of induction discovered in 1831 described this effect (See story Page 4). Transformers are used to increase or decrease the alternating voltages (AC) in electric power applications.
An ideal transformer is theoretical… lossless and perfectly coupled. There exists no lossless transformer though. Transformer energy losses are dominated by winding and core losses. Magnetic permeability of the core results in the most loss, often felt as heat.
One of the main reasons that we use alternating AC voltages and currents in our homes and workplace’s is that AC supplies can be easily generated at a convenient voltage, transformed (hence the name transformer) into much higher voltages and then distributed around the country using a national grid of pylons and cables over very long distances.
A varying current in the transformer's primary winding creates a varying magnetic flux in the transformer core and a varying magnetic field impinging on the secondary winding. This varying magnetic field at the secondary winding induces a varying EMF or voltage in the secondary winding due to electromagnetic induction. The primary and secondary windings are wrapped around a core of high magnetic permeability so that all of the magnetic flux passes through both the primary and secondary windings. With an AC voltage source connected to the primary winding and load connected to the secondary winding, the transformer currents flow in the direction indicated in the diagram below.
According to Faraday's law, since the same magnetic flux passes through both the primary and secondary windings in an ideal transformer, a voltage is induced in each winding proportional to its number of windings. This is determined by the equation:
When connected to a source of AC power, current flows through the primary winding of a power transformer even when no loads are connected to the secondary winding. The primary winding remains an inductor and lets some AC current through despite its reactance. This minimal current is called "Magnetizing Current" Also known as the “Exciting Current”. This current establishes the magnetic field in the core and furnishes energy for the no-load power losses in the core.
Therefore, the answer to our question is:
A. Magnetizing Current.
~ 73, John VE7TI
2020-08-28
Our COVID Policy
Resuming semi-normal activities
We have developed the attached COVID policy in preparation for our resumption of meetings, classes and activities.
Members, students and guests are expected to adhere to these guidelines when attending our events.
~
2020-08-23
LADD and RR Frequencies
The SARC Communicator [Excerpt]
Back to Basics – Sept/Oct 2020
From The Canadian Amateur Radio Basic Question BankThere has been a great deal of discussion, confusion, and misinformation surrounding the legality of the off-road community using so-called LADD and RR frequencies while travelling the backcountry. Many of our SARC Basic class students take the course to become certified and are under the impression that having an amateur radio operator certificate gives them legal access to LADD and RR frequencies with amateur equipment. To shed some light on this oft discussed subject, and perhaps avoid forfeiture of equipment or a fine, this Communicator’s Back to Basics column offers an explanation.
The focus in this issue has two questions that apply. One has to do with the equipment, the other with the licencing or certification requirement:
Question B-001-006-006
Some VHF and UHF FM radios purchased for use in the amateur service can also be programmed to communicate on frequencies used for land mobile service. Under what conditions is this permissible?
A. The equipment has an RF output of 2 watts or less
B. The equipment is used in remote areas north of 60 degrees latitude
C. The radio is certified under the proper Radio Standards Specification for use in Canada and is licenced by Industry Canada on the specified frequencies
D. The radio operator has Restricted Operator’s Certificate
And the second question:
B-001-006-005
Which of the following statements is NOT correct? A person may operate radio apparatus, authorized in the amateur service:
A. only where the person complies with the Standards for the Operation of Radio Stations in the Amateur Radio Service
B. only where the apparatus is maintained within the performance standards set by Industry Canada regulations and policies
C. except for the amplification of the output power of licence-exempt radio apparatus outside authorized amateur radio service allocations
D. on aeronautical, marine or land mobile frequencies
I will be quoting frequently from Innovation, Science and Economic Development Canada regulations and policies and will refer to them hereafter as ‘ISED’.
First some definitions…
Amateur Radio Service
An Applicable Basic Amateur Radio Certificate Restriction
According to Radio Information Circular (RIC) 34.4.1 Basic Qualification
The following privileges and restrictions are applicable to the Basic Qualification:
- re-programming of radio equipment to operate in the Amateur Bands if this can be done by a computer program
Note: No physical modifications to the circuitry of the radio are permitted.
Land Mobile Service
Land mobile service means a radiocommunication service that provides for communications between mobile stations and
(a) fixed stations,
(b) space stations, or
(c) other mobile stations
Mobile Station
Commercial Licence Radiocommunication Services and Stations
s.3 It is a term of a radio licence that the holder of the licence may
(a) install, operate or possess radio apparatus to perform any of the following services, as authorized by the radio licence, namely,
(i) aeronautical service,
(ii) amateur radio service,
(iii) public information service,
(iv) developmental service,
(v) fixed service,
(vi) intersatellite service,
(vii) land mobile service,
(viii) maritime service, and
(ix) radiodetermination service; and
(b) install, operate, or possess radio apparatus at a fixed station, mobile station or space station as authorized by the radio licence.
Mobile Stations s.60 (4)
The radio licence fee payable in respect of radio apparatus installed in a mobile station that operates in the land mobile service is the applicable fee set out in item 5 of Part I of Schedule III for all authorized transmit and receive frequencies.
s.63 The fee, for the applicable metropolitan or other area, set out in Part IV of Schedule III for each assigned transmit or receive frequency (Sections 56 and 60) Fee Schedule Applicable for a Mobile Station in any Service other than the Amateur Radio Service
- Mobile station in the land mobile service – monthly $3.40 - annually $41.00
Licences, Certificates and Callsigns
Effective April 1, 2000, ISED combined these documents into one authorization, the Amateur Radio Operator Certificate. This certificate is the sole authorization required to operate amateur radio apparatus in the amateur radio service. (It is no longer called a licence - Amateurs have a certificate to operate)
A callsign is assigned when you receive your amateur certificate. This is required for the purpose of station identification. For a fee, additional callsigns can be requested by contacting the Amateur Radio Service Centre. Your callsign covers all your base, mobile, and portable radios at that location, and allows you to operate within any of the amateur bands (frequency ranges) for your certification class. Fixed stations at separate locations require a separate callsign for station identification.
A radio operator certificate is required only in the aeronautical service, maritime service, and the amateur radio service. (per s.33 of the Radiocommunications Regulations). A radio operator certificate is not required in the Land Mobile Service but each radio requires a separate licence (callsign); this is different than your Amateur certificate. So, if you own a mobile and a portable used on a commercial band, you would require two licences. You pay per radio, not per frequency in the radio, but each frequency in the radio must be listed on that radio's licence.
‘Type-Approved’ Radio Equipment
A commercial VHF radio’s frequency range will typically be capable of covering all or a portion of the amateur VHF band. The amateur VHF band is 144-148 MHz; you will find commercial radios with ranges of 136-174 MHz, 146-174 MHz, 136-152 MHz, or similar. So amateur frequencies CAN exist in a commercial radio, but they would have to be programmed in and the operator licenced to use them in a specific band.
Surplus and new commercial radios are readily available and may be programmed and used by amateur radio operators within the amateur bands for which YOU are certified. If you are an amateur radio operator and have a licence for your commercial radio, you can have your commercial frequencies and your amateur frequencies in the same commercial VHF radio, but they must be professionally programmed to avoid errors.
VHF and UHF commercial gear is better quality because they have more stringent specifications than amateur radios and have minimal operator controls for ease of use, typically only an on/off and volume control, squelch, and a channel selector.
One more caveat. Since 1997 narrow band equipment has been implemented in North America for VHF commercial radio equipment. This means that twice as many channels can be assigned as each channel takes up only half the bandwidth. Channels are now specified narrowband (11 kHz) with a maximum transmitter power of 30 watts, or as otherwise indicated. Amateur radio equipment is not narrow-band and causes interference on narrow-band channels. This is one of the reasons Amateur radio equipment is not permitted on commercial frequencies. If you buy an older commercial radio it may not be narrow band and would no longer be type-approved for certain commercial frequencies.
So, amateur radios cannot be used to transmit on commercial frequencies, in part because they do not necessarily meet the specifications required for use in the commercial (land mobile) radio service, and in part because ISED does not want commercial users to be able to program frequencies on the fly, generally assuming that the commercial users are not radio hobbyists and therefore would not have the knowledge to correctly program a radio.
Lastly, it is not illegal to program an amateur radio to receive outside of the amateur band, or possess such a radio if you have a licence, but it's illegal to use it to transmit outside of the amateur band. Some amateur radios come from the factory able to transmit outside of the amateur bands, but this is not ISED approved.
LADD Frequencies
Due to the wider availability of low cost amateur VHF FM radios and the decline of CB Radio, recreational users have adopted them for back country communications and, for those who do not have reliable cellular service, especially survivalists and preppers, they are marketed as an essential communication resource. Users of LADD channels require commercial type-approved equipment and require a corresponding licence for the radio – NOT AN AMATEUR RADIO LICENCE (or certificate) to comply with the regulations. Also, in keeping with Spectrum Canada regulations, it is important to note that there are geographic restrictions where LADD channels can be used to prevent interference to adjacent users.
ISED has approved four LADD channel frequencies for radio licencing. Companies or individuals with only one or two radios no longer have to wait for a letter of permission from an existing radio channel holder in order to licence their radios. Their radio supplier can apply with ISED on their behalf for the use of 154,100Mhz (Ladd-1), 158.940Mhz (Ladd-2), 154.325Mhz (Ladd-3) and 173.370Mhz (Ladd-4) in their ISED approved commercial VHF radios. Larger companies may apply for a commercial (shared) channel frequency if they have many mobile vehicles needing to be dispatched from an office base station.
For legacy compatibility, LADD1-LADD4 channels use normal FM (FM is +/-5 kHz deviation, bandwidth 16 kHz, max bandwidth 20 kHz), while most of the other channels increasingly use Narrow NFM (NBFM is +/-2.5 kHz deviation, bandwidth 11 kHz, max bandwidth 11.25 kHz). Normal FM has slightly longer range than Narrow FM (see the RadioMaster article FM versus NFM for Best Radio Communications). If you are using NFM and reception is loud and distorted, try FM instead.
Resource Roads
Background
- Road users were required to know unwritten local protocols
- Heavy radio traffic caused overlapping calls and interference
- Radios had to be reprogrammed to local channels with each location change
- Road signage was inconsistent and unclear
A standard mobile radio communications protocol was developed to standardize and simplify, and thus make travel on resource roads safer.
Refer to the ISED page RR — British Columbia Resource Road Channels
ISED RR channels are specified narrowband (11 kHz) with a maximum transmitter power of 30 watts, or as otherwise indicated. These channels must only be used in locations where it is specifically posted for usage. Improper usage, for example "chit chat", will result in harmful interference to other resource road and loading usages or to other priority radio spectrum users. All channels are designated such that they cause no interference to other users and must accept interference from other priority users.
Mobile Radio Station Licence Application
In the Province of British Columbia, Resource Roads are typically one or two-lane gravel roads built for industrial purposes to access natural resources in remote areas. Over 620,000 kilometers of roads on the British Columbia landbase are considered resource roads.
Two-way radios using these channels require a mobile radio licence. The use of amateur, marine or user programmable radios is not permitted.
The BC Forest and Range Practices Act regulates the use of these roads and radio communications. Outside BC check your applicable legislation.
FOREST SERVICE ROAD USE REGULATION [current to 2020-07-28]
s.5 (1) A driver on a forest service road who uses a 2-way radio to communicate with other drivers on the road must announce, in accordance with any road markers posted at intervals along the road,
(a) his or her position, and
(b) the branch of the road being travelled if the radio's signal can be received on more than one adjacent branch of the road.
(2) Subsection (1) applies to a driver only if
(a) the driver uses a radio frequency provided by the holder of a private commercial radio station licence, or other licence under the Radiocommunication Act (Canada) and the regulations under that Act, to communicate with the other drivers, and
(b) the forest service road is posted with a sign that indicates the radio frequency that is to be used.
[Editor’s note: This legislation says ‘MUST announce, in accordance with any road markers’ and appears to make it illegal for anyone without proper communications – i.e. a licenced commercial type-approved radio with programmed RR channels, to drive on a Forest Service Road if marked with RR signage.]
Liability insurance
(a) the driver, motor vehicle and trailer are insured under a valid and subsisting contract of accident insurance providing insurance against liability to third parties in the amount of at least $200 000, and
(b) the driver carries written evidence, supplied by the insurer, of the insurance referred to in paragraph (a), or a copy of that written evidence, and produces it, on demand, to a peace officer or an official.
(2) Motor vehicles operated by the government that are subject to a government self-indemnification plan are exempt from the requirements of subsection (1).
[am. B.C. Reg. 354/2004, Sch. B, s. 2.]
[Editor’s notes: For clarity, the insurance exemption under section 2 (5) of the Motor Vehicle Act referred to above is for farm implements.
If travelling on a Resource Road the vehicle or trailer must have third-party liability insurance of minimum $200,000 and proof must be carried and shown if requested by a peace officer or official.
A reminder also that anyone operating two-way radio equipment is subject to any applicable distracted driving legislation that may be in force.]
Offence
(2) A person who contravenes section 4, 6 (3) or (4), 7, 8 or 12 (1) commits an offence.
Resource Road User Safety Recommendations
http://www.bcforestsafe.org/files/tk_pdfs/gde_resrd.pdf and Resource Road Radio Communications
Government in collaboration with industrial and other stakeholders has moved forward with implementation of standard radio communication protocols on Forest Service Roads (FSR) and other natural resource roads across the province. FSRs with industrial activity and many other resource roads have adopted and are using the standard protocols which consist of:
- standard call protocols - call content and order
- standardized signage
- dedicated, standardized bank of resource road radio channels
The standard bank of resource road mobile radio channels is available, to those with applicable [NOT Amateur] mobile radio licences, for programming at local commercial mobile radio shops.
It is important to note that not all resource roads have adopted the protocols and standard bank of resource road radio channels. It is recommended that road users retain current radio frequencies until such time that they are sure they are no longer required.
Most resource roads are "radio assist" and use of mobile radios for communicating location and direction is not mandatory. Always drive safely according to road and weather conditions and if using a mobile radio, do not solely rely on mobile radio communications recognizing that not everyone has or is using a mobile radio.
In the transition to new resource road radio channels and communications protocols, resource road users are advised to exercise additional caution when traveling on resource roads. Drive safely according to the road conditions and weather at all times. This should be communicated by employers to all their affected employees and contractors.
Most Forest Service Roads and natural resource roads are radio-assisted, but not all roads are radio-controlled. Road users are reminded not to drive exclusively according to the radio. Where posted, road users using mobile radios must use the posted channels and call protocols.
Channel Maps
The standard bank of resource road radio channels has been distributed across the B.C. landscape to minimize the likelihood of interference. Channel assignment maps have been developed, and periodically are changed, to reflect channel assignments as planning tools. The maps should not be relied upon for appropriate channel selection in the field as in some cases, the channel assignments have not been implemented on the ground. The radio channel signage in the field will always govern over the maps. See the mobile resource road radio planning maps:
Resource Road Radio Channel Planning Maps
Best management practices for mobile 2-way radio use on resource roads in BC, installation and maintenance
Radio requirements on BC resource roads (and elsewhere) will be for narrow-band communications. Radios manufactured after 1997 have this capability but older radios may only communicate with wideband transmissions. Wideband transmissions sound overly loud when received by narrowband radios and narrowband calls received by these radios may sound too quiet. Wideband radios should be replaced with newer, narrowband capable radios.
FRS, GMRS and Other Common Non-Amateur Frequencies
For the General Mobile Radio Service (GMRS) in Canada transmit power is capped at 2 watts by law, while the units sold in US can operate at 5 watts. Everything else is the same - frequencies and the communication standard. One needs a BS licence to operate a GMRS radio in the States (easily obtainable by anyone and does not require any test), but no licence is needed in Canada.
These devices may not be modified or fitted with different antennas. It is NOT permissible for you to transmit on any of these channels with your amateur equipment as you will exceed power and/or bandwidth limits. As with other frequencies, you may monitor them as receive only.
The answers to our original questions
C. The radio is certified under the proper Radio Standards Specification for use in Canada and is licenced by Industry Canada on the specified frequencies
You can wade through RSS-119 — Radio Transmitters and Receivers Operating in the Land Mobile and Fixed Services, but it all boils down to: “The radio is certified under the proper Radio Standards Specification for use in Canada and is licenced by Industry Canada on the specified frequencies.”
And the answer to the second question
D. on aeronautical, marine or land mobile frequencies
You are certified to operate ONLY on the frequencies assigned to the Amateur Service. This means “on aeronautical, marine or land mobile frequencies” is incorrect.
So there it is. I’m not preaching but, as a Basic Amateur Radio course instructor, simply passing along the existing regulations and policy to answer the question that come up in every class. These rules exist for a purpose. Do with it as you will but be aware that there is enforcement and you are subject to the penalties if you are caught.
~ John VE7TI
Thanks to Kasun Somaratne (ISED) for the review of this article to confirm it reflects current ISED policy and regulation.
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