Amateur Radio • Canada

Long-Range Communication
for Canadian Radio Operators

Practical information on amateur radio licensing requirements, selecting HF equipment, and operating techniques suited to Canada's geography and regulatory environment.

Updated June 2026 — Informational reference


What You Will Find Here

Each section addresses a specific stage of getting started with amateur radio: understanding Canadian licensing, choosing appropriate hardware, and applying practical communication methods over distance.

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Licensing in Canada

The ISED-administered Amateur Radio Operator Certificate has two levels: Basic and Advanced. Passing the Basic exam qualifies you to operate on most HF, VHF, and UHF bands. The Advanced qualification unlocks additional frequency allocations and the ability to build transmitters.

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Equipment Selection

HF transceivers vary considerably in power output, band coverage, and DSP capability. Entry-level radios cover the main amateur bands from 80m to 10m at modest cost, while mid-tier units add features like built-in tuners and wider dynamic range.

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Long-Range Operating

Propagation on the HF bands follows solar activity and time of day. Understanding when to use 40m versus 20m, how to interpret propagation forecasts from Natural Resources Canada, and when grey-line conditions improve signal paths all contribute to effective long-distance contacts.


Reference Articles

Three focused guides covering the main areas relevant to Canadian amateur radio operators interested in long-range communication.

Icom IC-7300 HF transceiver
Licensing • June 2026

Getting Started with Amateur Radio Licensing in Canada

A step-by-step overview of the ISED examination process, study resources through Radio Amateurs of Canada, and what to expect at the basic and advanced levels.

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Kenwood TS-590S HF transceiver
Equipment • June 2026

Choosing HF Radio Equipment for Canadian Conditions

How to evaluate transceivers, antennas, and power supplies for operation across Canada's varied terrain, from urban apartment restrictions to rural acreages.

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HF transceiver installation for long-range communication
Techniques • June 2026

Long-Range Communication Techniques on the HF Bands

Practical guidance on band selection, propagation forecasting, digital modes like FT8, and how to work intercontinental contacts from Canadian locations.

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Operating Amateur Radio in Canada

Regulatory Framework

Amateur radio in Canada is administered by Innovation, Science and Economic Development Canada (ISED) under the Radiocommunication Act. The relevant technical standards appear in the Radio Standards Specification RSS-119 and associated documents. Radio Amateurs of Canada (RAC) maintains a network of volunteer examiners and provides study materials aligned to the current question bank.

Geographic Considerations

Canada's large land mass creates specific propagation characteristics. Northern operators often experience enhanced auroral propagation on the lower HF bands, while the Rocky Mountains and Canadian Shield affect VHF line-of-sight paths. Remote areas with limited internet access make HF and satellite-linked repeaters particularly relevant for emergency communications groups.

Band Allocations

Canadian amateur allocations generally follow ITU Region 2 with some specific conditions. The 80m band (3.5–4.0 MHz) supports regional nets and evening contacts. The 40m band (7.0–7.3 MHz) provides reliable paths across Canada during daylight hours. The 20m band (14.0–14.35 MHz) is the primary intercontinental path when solar flux is adequate.

Emergency Communications

Several provincial and national groups coordinate amateur radio emergency preparedness, including the Amateur Radio Emergency Service (ARES) under RAC. HF operators registered with ARES participate in weekly nets and may be activated during events when conventional infrastructure is disrupted. ISED regulations include specific provisions for emergency use of radio equipment outside licensed bands.