Radio Merit Badge

Free Resources and Answers

Time: 2–4 weeks
Difficulty: Moderate
Setting: Indoor, radio station, field communication
Best For: Scouts interested in communication, technology, electronics
Hands-On Level: Moderate
Eagle Required: No

The Radio merit badge introduces you to the world of communication technology. Every day, you use devices that depend on radio signals, often without even thinking about it. Cell phones, weather broadcasts, wireless internet, and emergency alerts all rely on radio waves. As you work on this badge, you will learn how these signals travel and how they help people share information across short and long distances.

Along the way, you will explore the equipment and systems that make radio communication possible. You will learn about transmitters, receivers, antennas, and other basic components. You will also discover how radio is used in broadcasting, public safety, aviation, and many other fields. These activities will help you understand the technology behind many of the devices you use every day.

The Radio merit badge also gives you a chance to develop practical skills. You will practice problem-solving, learn safe operating procedures, and explore real-world uses of communication technology. Whether you are interested in science, electronics, emergency service, or amateur radio, this badge can help you discover new interests and learn skills that may be useful throughout your life.

The requirements for the Radio merit badge were updated on January 1, 2026.

Radio Merit Badge Requirements

Radio Merit Badge Pamphlet

Radio Merit Badge Check Off Sheet: Amateur Radio Option

Radio Merit Badge Check Off Sheet: Radio Broadcasting Option

Radio Merit Badge Check Off Sheet: Shortwave and Medium-Wave Listening Option

Radio Merit Badge Check Off Sheet: Amateur Radio Direction Finding Option

Radio Merit Badge Check Off Sheet: Family Radio Service (FRS) & General Mobile Radio Service (GMRS) Walkie Talkies

Checklist for All Merit Badges

Help with Answers for Radio Merit Badge Requirements

Find specific helps for some of the Radio merit badge requirements listed below. Some of these resources will just give the answers. Others will provide engaging ways for older Scouts to introduce these concepts to new Scouts.

• Requirement 1: Radio Safety
• Requirement 2: Radio Fundamentals
• Requirement 3: How Radio Waves Travel
• Requirement 4: Information by Radio
• Requirement 5: Radio Hardware and Services
• Requirement 6: Radio Regulation
• Requirement 7: Cell Phones
• Requirement 8 Option A: Amateur Radio
• Requirement 8 Option B: Radio Broadcasting
• Requirement 8 Option C: Shortwave and Medium-Wave Listening
• Requirement 8 Option D: Amateur Radio Direction Finding
• Requirement 8 Option E: Family Radio Service (FRS) & General Mobile Radio Service (GMRS) Walkie Talkies
• Requirement 9: Careers
• More Resources

Requirement 1a: Grounding and Lightning Safety

What You Need To Do

Describe safety practices for grounding radio equipment, electrical circuits, power outlets, antennas, and protection from lightning.

Helpful Tips

• Grounding gives electricity a safe path into the earth.
• Proper grounding helps reduce the risk of electrical shock.
• Many radio stations connect equipment to a grounding system.
• Three-prong plugs include a grounding connection for safety.
• Outdoor antennas often need grounding to help protect equipment.
• Lightning can travel through antennas, wires, and electrical systems.
• Disconnect antennas and radio equipment during thunderstorms when possible.
• Never install or repair an antenna near power lines.

Resources

• Grounding Explained (video)
• What Is Ground? (video)

Leader Tips

• Show examples of grounded plugs and outlets.
• Point out grounding features on radio equipment if available.
• Discuss local lightning risks and safe practices.
• Remind Scouts to stay away from power lines when working with antennas.

Requirement 1b: Electrical Burns

What You Need To Do

Describe ways to prevent electrical burns and basic steps for treating minor electrical burn injuries.

Helpful Tips

• Electrical burns happen when electric current passes through the body.
• Damaged cords and exposed wires increase the risk of injury.
• Keep electrical equipment dry and away from water.
• Turn off power before working on electrical devices.
• Do not touch a person who is still in contact with a power source.
• Call emergency services for serious electrical injuries.
• Cool a minor burn with cool running water for several minutes.
• Cover a minor burn with a clean, dry bandage.

Resources

• First Aid for Electrical Burns (website)
• Rescue and First Aid for Electric Shock (video)

Leader Tips

• Review safe handling of cords, plugs, and power supplies.
• Discuss the difference between minor and serious burns.
• Encourage Scouts to seek adult help during electrical emergencies.
• Remind Scouts that electrical injuries may require medical attention.

Requirement 1c: Lithium-Ion Battery Fire Safety

What You Need To Do

Describe how to prevent lithium-ion battery fires in cell phones and other electronic devices.

Helpful Tips

• Lithium-ion batteries are used in phones, tablets, laptops, and many radios.
• Use chargers approved for the device whenever possible.
• Replace damaged batteries promptly.
• Stop using a battery if it becomes swollen, cracked, or leaks.
• Keep batteries away from extreme heat.
• Do not crush, puncture, or bend batteries.
• Charge devices on hard surfaces with good airflow.
• Unplug chargers when charging is complete if recommended by the manufacturer.
• Report overheating devices to an adult right away.

Resources

• Preventing Lithium Ion Battery Fires (video)

Leader Tips

• Show examples of devices that use lithium-ion batteries.
• Discuss warning signs such as swelling and overheating.
• Review safe charging locations and habits.
• Encourage Scouts to follow manufacturer instructions for batteries and chargers.

Requirement 2a: Create a Radio Spectrum Chart

What You Need To Do

Draw a chart showing radio frequencies from 300 kHz to 3,000 MHz. Label the MF, HF, VHF, UHF, and microwave sections. Add at least eight radio services, including four amateur radio bands.

Helpful Tips

• The electromagnetic spectrum includes many types of energy, including radio waves.
• Radio frequencies increase from left to right on most charts.
• MF covers 300 kHz to 3 MHz and includes AM broadcast radio.
• HF covers 3 MHz to 30 MHz and includes the 80-meter, 40-meter, 20-meter, and 10-meter amateur radio bands.
• VHF covers 30 MHz to 300 MHz and includes FM radio and the 2-meter amateur band.
• UHF covers 300 MHz to 3 GHz and includes the 70-centimeter amateur band.
• Microwave frequencies are generally found above 1 GHz and include Wi-Fi and Bluetooth.
• Cellular phone systems use frequencies in the UHF and microwave ranges.
• Public safety radio systems often operate in the VHF and UHF ranges.
• Television broadcasts use both VHF and UHF frequencies.

Resources

• Frequency Bands (video)
• Radio Frequency Bands (video)
• Common Uses of Ham Radio Frequencies (video)

Leader Tips

• Provide examples of completed spectrum charts.
• Help Scouts place frequency ranges in the correct order.
• Encourage neat labeling and clear spacing.
• Check that at least eight services and four amateur bands are included.

Requirement 2b: Radio Basics and Types of Radio Communication

What You Need To Do

Discuss what radio is and compare different types of radio communication. Cover broadcast radio, two-way radio, commercial broadcasting, and hobby radio.

Helpful Tips

• Radio sends information using radio waves.
• A transmitter creates a signal and a receiver picks it up.
• Radio signals can carry voice, music, video, or digital data.
• Broadcast radio sends information from one station to many listeners.
• AM and FM stations are common examples of broadcast radio.
• Two-way radio allows both stations to send and receive messages.
• Walkie-talkies, public safety radios, and amateur radios are two-way radios.
• Commercial broadcast stations are operated as businesses and serve large audiences.
• Hobby radio is often called amateur radio or ham radio.
• Amateur radio operators communicate, participate in public service, and practice emergency communications.

Resources

• Communication and Radio (video)
• What Is a Radio Wave? (video)
• How Broadcast Radio Works (video)
• Two-Way Radios Explained: VHF vs UHF, FCC Licenses, and More FAQs (video)
• What Is Ham Radio? How Amateur Radio Works (No Internet Required) (video)

Leader Tips

• Use examples Scouts encounter every day, such as FM radio and cell phones.
• Compare a radio station to a walkie-talkie conversation.
• Encourage Scouts to ask questions about different radio services.
• Connect the discussion to local radio users and community services.

Requirement 3a: How Radio Waves Travel

What You Need To Do

Sketch a diagram showing the different ways radio waves travel. Include local signals and long-distance signals that can reach other parts of the world.

Helpful Tips

• Radio waves travel in several different ways.
• Ground waves follow the curve of the earth.
• Ground waves are common on lower frequencies such as AM radio.
• Line-of-sight signals travel in straight lines between antennas.
• VHF and UHF signals usually travel by line of sight.
• Hills, buildings, and mountains can block line-of-sight signals.
• Skywaves bounce off the ionosphere and return to earth.
• HF signals often use skywave propagation.
• Skywaves can travel hundreds or thousands of miles.
• Include the earth, an antenna, and the ionosphere in your sketch.

Resources

• What Is Propagation? (video)
• Why Some AM Radio Stations Don’t Work at Night (video)

Leader Tips

• Show examples of ground wave, line-of-sight, and skywave propagation.
• Encourage Scouts to label each signal path clearly.
• Review the frequency ranges commonly used for each type.
• Check that the sketch includes both local and long-distance communication.

Requirement 3b: WWV and WWVH

What You Need To Do

Explain how WWV and WWVH help radio listeners predict shortwave listening conditions.

Helpful Tips

• WWV and WWVH are time signal radio stations.
• WWV broadcasts from Colorado.
• WWVH broadcasts from Hawaii.
• Both stations transmit on several shortwave frequencies.
• Their signals can be heard across large areas when conditions are good.
• Clear reception often means other shortwave signals may also be strong.
• Fading signals can indicate changing ionospheric conditions.
• The stations provide time announcements and technical information.
• Solar activity reports can help predict radio propagation.
• Listening at different times of day can produce different results.

Resources

• WWV WWVH Time Signals (video)

Leader Tips

• Help Scouts locate WWV and WWVH frequencies.
• Discuss how radio conditions change during the day.
• Encourage Scouts to compare signal strength at different times.
• Connect the activity to real shortwave listening experiences.

Requirement 3c: Local and DX Stations

What You Need To Do

Explain the difference between a local radio station and a distant DX station.

Helpful Tips

• A local station is located relatively close to the listener.
• Local signals are usually strong and easy to receive.
• Local stations often provide reliable reception throughout the day.
• DX stands for distant communication or distant reception.
• A DX station is located far from the listener.
• DX signals may travel hundreds or thousands of miles.
• Many DX signals use HF frequencies and ionospheric propagation.
• DX signals often fade in and out as conditions change.
• Weather, time of day, and solar activity can affect DX reception.
• Many radio hobbyists enjoy searching for DX stations.

Resources

• DXing: D for Distance, X for Unknown (video)
• Ham Radio DX Fun (video)

Leader Tips

• Compare local FM stations with distant shortwave stations.
• Use maps to show the distance involved in DX contacts.
• Discuss factors that affect long-distance reception.
• Encourage Scouts to share examples of stations they have heard.

Requirement 4a: How Radio Waves Carry Information

What You Need To Do

Discuss several methods used to send information by radio. Include CW Morse code, AM, FM, SSB, and frequency hopping.

Helpful Tips

• CW stands for continuous wave.
• CW sends information by turning a signal on and off.
• Morse code uses short and long signals called dots and dashes.
• AM stands for amplitude modulation.
• AM changes the strength of a radio signal to carry information.
• FM stands for frequency modulation.
• FM changes the frequency of a signal while keeping the strength mostly constant.
• FM usually produces clearer audio than AM.
• SSB stands for single sideband.
• SSB uses less bandwidth and power than standard AM.
• Frequency hopping rapidly changes frequencies during transmission.
• Frequency hopping helps reduce interference and improve reliability.

Resources

• Radio Wave Modulation (video)
• Frequency Hopping (video)
• Frequency Hopping and WiFi (video)

Leader Tips

• Demonstrate examples of AM, FM, or SSB if equipment is available.
• Compare each method using simple real-world examples.
• Focus on the basic differences rather than technical details.
• Encourage Scouts to identify devices that use these methods.

Requirement 4b: Digital Radio Systems

What You Need To Do

Discuss how Bluetooth, Wi-Fi, and 5G use digital signals and why they often provide more reliable communication than analog systems.

Helpful Tips

• Digital systems send information as binary data using ones and zeros.
• Bluetooth is commonly used for wireless headphones, speakers, and accessories.
• Wi-Fi provides wireless internet connections.
• 5G is a cellular communication system used by mobile devices.
• Digital systems can detect and correct some transmission errors.
• Digital signals are less affected by static and background noise.
• Many digital systems automatically resend missing data.
• Digital communication can use encryption for added security.
• Analog signals gradually become noisy as reception weakens.
• Digital signals usually remain clear until the signal becomes too weak.

Resources

• Analog vs Digital Data (video)
• Digital vs Analog. What’s the Difference? Why Does It Matter? (video)
• Analog vs Digital Radio: A Beginner’s Guide to Radio Modes (video)

Leader Tips

• Use examples such as phones, tablets, and wireless earbuds.
• Compare static-filled analog audio to a digital connection.
• Discuss how error correction improves reliability.
• Keep the discussion focused on practical uses.

Requirement 4c: Range and Encoding Methods

What You Need To Do

Discuss how different methods of encoding information affect communication range.

Helpful Tips

• Different signal types can travel different distances.
• CW signals can often be received at very long distances.
• CW works well with weak signals and low power.
• AM signals can travel long distances, especially on lower frequencies.
• FM signals usually work best over shorter distances.
• VHF and UHF FM signals often depend on line-of-sight paths.
• SSB is widely used for long-distance voice communication.
• Bluetooth is designed for short-range communication.
• Wi-Fi works over moderate distances, depending on obstacles and equipment.
• Signal power, antenna design, and frequency also affect range.

Resources

• Relationship Between Frequency, Data Rate, and Distance (video)
• How Radio Waves Transmit Information (video)

Leader Tips

• Compare local FM stations with long-distance shortwave stations.
• Discuss why different systems are designed for different purposes.
• Use examples Scouts encounter every day.
• Emphasize that range depends on several factors working together.

Requirement 4d: Wi-Fi Compared to Wired and Fiber Systems

What You Need To Do

Compare the maximum data rate of Wi-Fi with hard-wired and fiber-optic communication systems.

Helpful Tips

• Data rate measures how much information can move in a certain amount of time.
• Modern Wi-Fi systems can transfer hundreds of megabits or several gigabits per second.
• Wi-Fi speeds vary with distance, interference, and equipment.
• Ethernet cable connections commonly support one gigabit per second or more.
• Wired systems are usually more stable than wireless systems.
• Fiber-optic systems use light instead of radio waves.
• Fiber connections can support very high data rates over long distances.
• Internet service providers often use fiber for major network connections.
• Wireless systems provide convenience because they do not require cables.
• Many homes and businesses use both wired and wireless networks together.

Resources

• Ethernet vs WiFi, Which One Is Faster？ (video)
• Shattering Limits: 402 Terabits per Second (video)

Leader Tips

• Relate data rates to streaming videos and downloading files.
• Explain that convenience and speed often involve tradeoffs.
• Use local examples of home or school networks.
• Keep the comparison simple and practical.

Requirement 5a: Block Diagrams and Schematic Diagrams

What You Need To Do

Explain the difference between a block diagram and a schematic diagram. Describe what each type of diagram is used for.

Helpful Tips

• A block diagram shows the major parts of a system.
• Each part is usually shown as a simple box.
• Arrows often show the direction a signal travels.
• Block diagrams focus on how parts work together.
• A schematic diagram shows individual electronic components.
• Schematics include items such as resistors, capacitors, and transistors.
• Schematics show electrical connections between components.
• Technicians use schematics when building or repairing equipment.
• Block diagrams are easier for beginners to read.
• Schematics provide much more detail than block diagrams.

Resources

• How To Read a Schematic (video)

Leader Tips

• Show examples of both types of diagrams.
• Compare a simple radio block diagram to a schematic.
• Focus on the purpose of each diagram.
• Encourage Scouts to identify which diagram is easier to read.

Requirement 5b: Radio Station Components

What You Need To Do

Draw a block diagram showing a microphone, speaker, transceiver, transmitter, receiver, amplifier, feedline, and antenna. Discuss what each part does.

Helpful Tips

• A microphone converts sound into an electrical signal.
• An amplifier increases signal strength.
• A transmitter places information onto a radio signal.
• A feedline carries signals between equipment and an antenna.
• An antenna sends and receives radio waves.
• A receiver removes information from a radio signal.
• A speaker converts electrical signals back into sound.
• A transceiver combines transmitter and receiver functions in one unit.
• Arrows can show how signals move through the system.
• Keep the diagram simple and easy to follow.

Leader Tips

• Let Scouts trace the signal path through the system.
• Use actual radio equipment if available.
• Check that every required component is included.
• Encourage clear labels and arrows.

Requirement 5c: Consumer Radio Devices and Services

What You Need To Do

List devices and services that use analog or digital radio communication.

Helpful Tips

• AM broadcast radio uses analog signals.
• FM broadcast radio uses analog signals.
• Many walkie-talkies use analog communication.
• Cell phones use digital radio systems.
• Wi-Fi uses digital radio signals.
• Bluetooth devices use digital radio communication.
• GPS receivers depend on radio signals from satellites.
• Satellite radio uses digital transmission.
• Car key fobs use radio signals.
• Garage door openers use radio communication.
• Wireless headphones use Bluetooth technology.
• Public safety radio systems may use analog or digital signals.

Resources

• Analog vs Digital Radio: A Beginner’s Guide to Radio Modes (video)

Leader Tips

• Ask Scouts to identify radio devices they use daily.
• Encourage a mix of analog and digital examples.
• Discuss services used at home, school, and outdoors.
• Connect examples to real-world communication needs.

Requirement 5d: NOAA Weather Radio

What You Need To Do

Explain how NOAA Weather Radio can warn people about dangerous conditions.

Helpful Tips

• NOAA Weather Radio broadcasts weather information 24 hours a day.
• The system provides forecasts, watches, and warnings.
• Weather radios can receive special emergency alerts.
• Many weather radios sound an alarm when a warning is issued.
• Alerts can include tornadoes, floods, severe thunderstorms, and winter storms.
• Some alerts are targeted to specific counties or regions.
• Weather radios often work when internet service is unavailable.
• Weather radios can receive information during power outages if battery powered.
• Outdoor groups often use weather radios for added safety.
• Quick warnings give people more time to take action.

Resources

• National Weather Service: Weather Warning Process (video)
• Ways To Get Warnings (video)

Leader Tips

• Show a weather radio if one is available.
• Discuss severe weather common in your area.
• Connect weather alerts to outdoor activity planning.
• Emphasize the importance of receiving warnings quickly.

Requirement 5e: RFID in Everyday Life

What You Need To Do

Explain how RFID works and describe some common uses.

Helpful Tips

• RFID stands for Radio Frequency Identification.
• An RFID system uses a tag and a reader.
• The reader sends out a radio signal.
• The tag responds with stored information.
• RFID does not require direct physical contact.
• Many building access cards use RFID technology.
• Contactless payment cards often use RFID.
• Some transit passes use RFID for fare collection.
• Retail stores use RFID for inventory tracking.
• Libraries may use RFID tags to manage books.
• RFID systems can quickly identify items or people.
• RFID helps automate many routine tasks.

Resources

• What Is RFID Technology? And How It Works? (video)
• What is RFID (Radio Frequency Identification)? (video)

Leader Tips

• Bring examples such as access cards or transit cards.
• Discuss places where Scouts encounter RFID.
• Focus on practical uses rather than technical details.
• Encourage Scouts to look for RFID systems in everyday life.

Requirement 6a: The FCC and ITU

What You Need To Do

Discuss what the FCC and ITU do and how their responsibilities are different.

Helpful Tips

• FCC stands for Federal Communications Commission.
• The FCC regulates radio communication in the United States.
• The FCC issues licenses for broadcast and amateur radio stations.
• The FCC assigns frequencies and enforces radio rules.
• The FCC investigates cases of harmful radio interference.
• ITU stands for International Telecommunication Union.
• The ITU is a worldwide organization.
• The ITU helps countries coordinate radio frequency use.
• The ITU develops international communication standards.
• The ITU does not issue radio licenses to individual operators.

Resources

• What Is the FCC? (video)

Leader Tips

• Compare national regulation with international coordination.
• Use examples of radio services regulated by the FCC.
• Discuss why radio frequencies need organization.
• Keep the focus on the different roles of each group.

Requirement 6b: Radio Station Call Signs

What You Need To Do

Discuss how call signs identify broadcast stations and amateur radio operators.

Helpful Tips

• A call sign is a unique identifier for a radio station or operator.
• Broadcast stations in the United States usually begin with K or W.
• Call signs help identify who is transmitting.
• Broadcast stations announce their call signs regularly.
• Amateur radio operators receive individual call signs from the FCC.
• Amateur operators use call signs during contacts.
• No two amateur operators have the same call sign at the same time.
• Call signs help prevent confusion on the air.
• Many countries use different call sign prefixes.
• Call signs are required by radio regulations.

Resources

• Ham Radio Call Signs (video)
• Ham 101 Episode 7: Your Call Sign (video)
• Broadcast Call Signs Explained (video)
• When To ID With Your Call Sign (video)

Leader Tips

• Share examples of local broadcast station call signs.
• Show examples of amateur radio call signs.
• Discuss why identification is important on shared frequencies.
• Encourage Scouts to listen for call signs on the air.

Requirement 6c: The Phonetic Alphabet

What You Need To Do

Discuss how the phonetic alphabet helps people communicate clearly over the radio.

Helpful Tips

• The phonetic alphabet assigns a word to each letter.
• Alpha represents A.
• Bravo represents B.
• Charlie represents C.
• Delta represents D.
• Echo represents E.
• The system reduces confusion between similar-sounding letters.
• Radio operators use it when giving call signs and names.
• Pilots, emergency services, and military organizations also use it.
• Clear pronunciation helps improve communication accuracy.
• The standard phonetic alphabet should always be used.

Resources

• Learn the Phonetic Alphabet (video)

Leader Tips

• Practice spelling names and call signs using the phonetic alphabet.
• Point out letters that are commonly confused.
• Encourage Scouts to speak clearly and at a steady pace.
• Make the activity interactive with simple spelling exercises.

Requirement 7a: Cellular Systems

What You Need To Do

Explain how cellular phone systems are different from broadcast radio and hobby radio.

Helpful Tips

• Cellular systems divide an area into many small cells.
• Each cell is served by a nearby tower.
• Cell phones switch between towers as people move.
• Cellular communication depends on a large network of towers and computers.
• Broadcast radio sends information from one station to many listeners.
• AM and FM stations are examples of broadcast radio.
• Hobby radio usually allows direct communication between operators.
• Amateur radio operators can communicate without cellular networks.
• Cellular systems primarily use digital signals.
• Cellular companies manage and maintain the network infrastructure.

Resources

• How Your Mobile Phone Works (video)

Leader Tips

• Compare a cell phone network to a road system with many routes.
• Discuss examples of broadcast and amateur radio.
• Focus on how signals travel through each system.
• Use local examples Scouts recognize.

Requirement 7b: Airplane Mode

What You Need To Do

Explain what Airplane Mode does and why it is used.

Helpful Tips

• Airplane Mode turns off a device’s radio transmitters.
• Cellular communication is disabled when Airplane Mode is active.
• Wi-Fi and Bluetooth are usually turned off as well.
• The phone can still be used for offline activities.
• Airlines require Airplane Mode during parts of a flight.
• Airplane Mode reduces radio transmissions from the device.
• The setting can help conserve battery power.
• Many devices allow Wi-Fi to be turned back on while remaining in Airplane Mode.
• Airplane Mode can reduce distractions from calls and notifications.
• The setting is available on phones, tablets, and some laptops.

Resources

• What Really Happens When You Turn On Airplane Mode (video)
• What Happens if You Don’t Put Your Phone in Airplane Mode? (video)

Leader Tips

• Show Scouts where Airplane Mode is located on a device.
• Discuss when the setting is commonly used.
• Explain why radio transmitters may need to be disabled.
• Encourage Scouts to practice turning the feature on and off.

Requirement 7c: Time, Location, and Elevation

What You Need To Do

Explain how cell phones determine the correct time, location, and elevation.

Helpful Tips

• Cell phones receive time information from cellular networks.
• Many phones also use satellite-based navigation systems.
• GPS is one common satellite navigation system.
• Phones compare signals from multiple satellites.
• The timing of satellite signals helps calculate location.
• Location information is shown on maps and navigation apps.
• Elevation is the height above sea level.
• Satellite signals can help estimate elevation.
• Some phones include sensors that improve elevation accuracy.
• Navigation, weather, and fitness apps use this information.

Resources

• How GPS Works Today (video)
• GPS, How Does It Work? (video)

Leader Tips

• Demonstrate a map or navigation app if available.
• Discuss how phones update time automatically when traveling.
• Show how location services are used in everyday life.
• Keep the discussion focused on practical uses.

Requirement 7d: Cell Phones in Emergencies

What You Need To Do

Explain the advantages and limitations of cell phones during emergencies.

Helpful Tips

• Cell phones can quickly contact emergency services.
• Text messages often work when voice calls are difficult.
• Emergency alerts can be sent directly to phones.
• Many phones can share location information with responders.
• Batteries eventually run out and require charging.
• Cellular service may be unavailable in remote areas.
• Severe disasters can damage towers and equipment.
• Heavy network use can overload cellular systems.
• Portable battery packs can extend phone use.
• Emergency plans should include backup communication methods.

Resources

• How Reliable Are Cell Phones in an Emergency? (video)
• When Cell Phones Fail: Staying Connected When It Matters Most (video)
• We Tested the iPhone 14’s Emergency SOS via Satellite (video)
• Does Your Phone Have a Crash Detection Feature? (website)

Leader Tips

• Discuss emergency situations Scouts may encounter outdoors.
• Review the importance of keeping devices charged.
• Encourage backup plans for areas without service.
• Connect the discussion to outdoor safety and preparedness.

Requirement 7e: Wireless Charging

What You Need To Do

Explain how wireless charging works for cell phones and other devices.

Helpful Tips

• Wireless charging transfers energy without a charging cable.
• A charging pad creates a magnetic field.
• The device receives energy from that magnetic field.
• The phone and charger must be positioned correctly.
• Most wireless charging works only over very short distances.
• Thick cases can sometimes interfere with charging.
• Wireless charging reduces wear on charging ports.
• Charging is often slower than using a cable.
• Some energy is lost as heat during charging.
• Many modern phones and accessories support wireless charging.

Resources

• How Do Wireless Phone Chargers Work? (video)
• How Your Phone Charges Through Thin Air (video)

Leader Tips

• Demonstrate wireless charging equipment if available.
• Compare wireless and wired charging methods.
• Discuss the advantages and disadvantages of each.
• Encourage Scouts to identify devices that support wireless charging.

Requirement 8A-1: Purpose of Amateur Radio

What You Need To Do

Explain why the FCC created the amateur radio service and describe activities amateur radio operators can do after earning a license.

Helpful Tips

• Amateur radio promotes education and technical skills.
• Amateur radio operators practice communication techniques.
• Many operators participate in public service events.
• Amateur radio can provide communication during emergencies.
• Operators can communicate locally, nationally, and internationally.
• Voice, Morse code, and digital modes are commonly used.
• Many operators build antennas and experiment with equipment.
• Radio contests and special events are popular activities.
• Amateur radio encourages good operating practices and responsibility.
• Operators must follow FCC regulations.

Resources

• Why Do They Call It Ham Radio? (video)
• Episode 3: How To Get a Ham Radio License | Bcu Freshman Class (video)

Leader Tips

• Discuss both the educational and service aspects of amateur radio.
• Share examples of local amateur radio activities.
• Connect amateur radio to emergency preparedness.
• Encourage Scouts to explore different operating interests.

Requirement 8A-2: Amateur Radio Licenses

What You Need To Do

Explain the Technician, General, and Extra Class licenses and identify who administers amateur radio examinations.

Helpful Tips

• Technician is the entry-level amateur radio license.
• Technician operators have access to many VHF and UHF frequencies.
• General is the next license level.
• General operators gain access to additional HF frequencies.
• HF frequencies allow communication over much greater distances.
• Extra Class is the highest amateur radio license.
• Extra operators receive all amateur radio privileges.
• Each license level requires passing an examination.
• Higher license levels require additional knowledge.
• Volunteer Examiners administer amateur radio tests.
• Volunteer Examiners are experienced amateur radio operators.
• The FCC authorizes Volunteer Examiner programs.

Resources

• Ham Radio License Levels (video)

Leader Tips

• Show a simple chart comparing license levels.
• Focus on privileges rather than test details.
• Explain how license levels build on one another.
• Encourage Scouts interested in radio to pursue licensing.

Requirement 8A-3: Q Signals and Amateur Radio Terms

What You Need To Do

Explain at least five Q signals or amateur radio terms used during radio communication.

Helpful Tips

• QTH means location.
• QRM means interference from other stations.
• QRN means interference from natural sources such as storms.
• QSB means signal fading.
• QSL means message received or contact confirmed.
• QRZ means who is calling me.
• QSO means a radio contact.
• A call sign identifies a radio operator or station.
• A signal report describes signal strength and readability.
• A repeater receives and retransmits signals.

Resources

• Q-Codes, Logs, and QRZ.com (video)
• Q-Codes and Calling CQ (video)

Leader Tips

• Practice using Q signals in sample conversations.
• Encourage Scouts to memorize a few common terms.
• Discuss situations where these terms are useful.
• Keep examples simple and practical.

Requirement 8A-4: Emergency Calls

What You Need To Do

Explain how to make an emergency call using voice or Morse code.

Helpful Tips

• Emergency traffic takes priority over routine conversations.
• Use the word “Emergency” or “Mayday” when using voice.
• Give your call sign if possible.
• Provide your location as accurately as possible.
• Describe the emergency clearly and briefly.
• State what assistance is needed.
• Speak slowly and clearly.
• Listen carefully for instructions.
• Morse code operators send emergency traffic using standard procedures.
• Remain on the frequency unless directed to move.

Resources

• How To Use Your VHF Marine Radio To Call for Help in a Boat Emergency (video)
• Ham Radio Disaster Messaging Demo (video)
• Using Ham Radio To Call for Help in an Emergency—What You Should Do! (video)

Leader Tips

• Discuss real emergency communication scenarios.
• Emphasize clear and accurate information.
• Explain that emergency procedures are for real emergencies.
• Encourage calm communication under stress.

Requirement 8A-5: Amateur Radio Equipment

What You Need To Do

Explain the differences between handheld, mobile, and base station transceivers. Also explain how repeaters are used.

Helpful Tips

• Handheld transceivers are small and portable.
• Handheld radios usually operate on battery power.
• Mobile transceivers are installed in vehicles.
• Mobile radios typically have higher power than handheld units.
• Base stations are used at fixed locations.
• Base stations often use larger antennas.
• Larger antennas can improve signal coverage.
• Repeaters receive a signal and transmit it again.
• Repeaters are often located on towers, hills, or tall buildings.
• Repeaters help extend the range of handheld and mobile radios.
• Many local amateur radio activities use repeaters.

Resources

• How Do Repeaters Work? (video)

Leader Tips

• Show examples of each type of equipment if possible.
• Compare the strengths and limitations of each.
• Discuss situations where each type works best.
• Explain how repeaters improve communication coverage.

Requirement 8A-6: Amateur Radio Contact and Logging

What You Need To Do

Make a real or simulated amateur radio contact lasting about 10 minutes. Use proper operating procedures and record the contact in a log.

Helpful Tips

• Begin with the correct call sign format.
• Listen before transmitting.
• Confirm the other station’s call sign.
• Exchange names and locations.
• Use standard radio procedures during the conversation.
• A signal report describes readability and signal strength.
• Common voice signal reports use the R-S system.
• Record the date and time of the contact.
• Record the frequency and operating mode.
• Record both call signs in the log.
• Include the signal report in the log entry.
• QSL cards can confirm contacts for licensed operators.

Leader Tips

• Provide a sample contact script for practice.
• Review proper identification procedures.
• Check that required log information is included.
• Focus on good operating habits rather than perfect performance.

Requirement 8B-1: FCC Broadcast Regulations

What You Need To Do

Discuss FCC rules for broadcast radio, including power levels, frequencies, and low-power radio stations.

Helpful Tips

• The FCC regulates broadcast radio in the United States.
• Each station is assigned a specific frequency.
• Stations must stay on their assigned frequency.
• Power levels affect how far a signal can travel.
• Higher power generally provides greater coverage.
• Power limits help reduce interference between stations.
• AM and FM stations have different technical requirements.
• Low-power FM stations serve smaller communities.
• Schools, churches, and community groups often operate low-power stations.
• All broadcast stations must follow FCC identification rules.

Resources

• How To Start a FM Radio Station! (video)
• In Historic Victory for Community Radio, FCC Puts 1,000 Low-Power FM Frequencies Up for Grabs (video)

Leader Tips

• Use local radio stations as examples.
• Discuss why frequencies and power levels are regulated.
• Keep technical details simple.
• Focus on how rules help stations operate fairly.

Requirement 8B-2: Create a Radio Program

What You Need To Do

Create a 30-minute schedule for station KBSA and record the program. Include music, news, commercials, and station identification.

Helpful Tips

• The total program length must be exactly 30 minutes.
• Include station identification at least once during the program.
• Station identification usually includes the call sign and location.
• Plan music segments before recording.
• Include a short news segment.
• Add commercials or public service announcements.
• Write a script to help keep the program organized.
• Practice speaking before making the recording.
• Use a quiet location to reduce background noise.
• Check the timing of each segment before finishing.

Resources

• Build the Best Programming for Your Radio Station! (video)

Leader Tips

• Review the schedule before recording begins.
• Encourage clear speech and good organization.
• Help Scouts keep track of timing.
• Focus on creativity and proper station format.

Requirement 8B-3: Log Broadcast Stations

What You Need To Do

Listen to 15 broadcast stations and create a listening log. For five stations, identify the format and target audience.

Helpful Tips

• Record the station frequency.
• Record the station call sign if available.
• Include the date and time you listened.
• Note the type of programming you heard.
• Common formats include music, news, talk, sports, and religious programming.
• The target audience is the group the station wants to reach.
• Music choices often provide clues about the audience.
• Commercials can also help identify the audience.
• Listen to stations at different times if possible.
• Keep your notes neat and complete.

Resources

• Radio Stations Over The World (video)

Leader Tips

• Provide a sample station log sheet.
• Encourage Scouts to listen carefully for details.
• Discuss different radio formats.
• Review completed logs for accuracy and completeness.

Requirement 8B-4: Commercial Broadcasting Terms

What You Need To Do

Explain at least eight terms commonly used in commercial broadcasting.

Helpful Tips

• A segue is a smooth transition between songs or segments.
• A cut is a recorded audio segment.
• A fade gradually lowers audio volume.
• Continuity keeps a program flowing smoothly.
• A remote is a broadcast from a location outside the studio.
• A cue is a signal to begin speaking or playing audio.
• Dead air is unintended silence during a broadcast.
• A PSA is a public service announcement.
• A playlist is a planned list of songs or audio content.
• The Emergency Alert System distributes urgent public warnings.
• A network connects multiple stations together.
• Broadcasters use these terms during daily operations.

Resources

• Radio Broadcasting Glossary (website)

Leader Tips

• Use examples from local radio stations.
• Encourage Scouts to use terms in context.
• Focus on terms they are most likely to hear.
• Keep explanations practical and easy to remember.

Requirement 8B-5: Alternative Radio Platforms

What You Need To Do

Discuss internet streaming, satellite radio, podcasts, and other ways audio content is delivered.

Helpful Tips

• Internet streaming sends audio through an internet connection.
• Listeners can access streaming stations from many locations.
• Satellite radio uses signals transmitted from satellites.
• Satellite radio often requires a subscription.
• Podcasts are recorded programs available on demand.
• Podcasts can be downloaded or streamed.
• Many traditional radio stations also stream online.
• Internet streaming can reach a worldwide audience.
• Satellite radio provides coverage over large geographic areas.
• Different platforms give listeners more choices and flexibility.

Resources

• Shortwave Radio Top Ten Tips for Beginners Listen to Online Receivers (video)

Leader Tips

• Ask Scouts which platforms they use most often.
• Compare traditional radio with newer technologies.
• Discuss the strengths of each platform.
• Encourage examples from everyday life.

Requirement 8C-1: Shortwave Listening Logs

What You Need To Do

Listen to shortwave radio during four one-hour sessions. Complete proper logs and locate each station on a map, globe, or online mapping service.

Helpful Tips

• Shortwave stations operate mainly in the HF frequency range.
• Complete four separate listening sessions.
• At least one session must take place during daylight hours.
• At least one session must take place at night.
• Record the date, time, frequency, and station information.
• Include signal strength notes in your log.
• International stations are commonly heard on shortwave bands.
• Some frequencies work better during the day.
• Other frequencies work better after sunset.
• Use a map or online service to locate each station.
• Distance becomes easier to visualize when stations are mapped.
• Neat and complete logs make comparisons easier later.

Resources

• Unlock Shortwave Listening: Fun With HF Ham Radios (video)
• Incredible Shortwave Radio Stations Listing (video)

Leader Tips

• Provide a sample logging sheet.
• Encourage careful listening and note-taking.
• Help Scouts identify station locations.
• Review logs for completeness and accuracy.

Requirement 8C-2: Medium-Wave Listening Logs

What You Need To Do

Listen to medium-wave broadcast stations during two one-hour sessions, one during the day and one at night. Log each station and locate it on a map.

Helpful Tips

• Medium-wave radio includes the AM broadcast band.
• Complete one daytime listening session.
• Complete one nighttime listening session.
• Record the frequency of each station.
• Include call signs when available.
• Record the date and time of each station heard.
• Note the type of programming.
• Local stations are often strongest during daylight hours.
• Additional stations may appear after sunset.
• Plot each station on a map or online mapping service.
• Compare distances between local and distant stations.
• Keep logs organized and easy to read.

Resources

• Great Mediumwave AM radio DXers resource for Finding Stations MWLIST (video)

Leader Tips

• Encourage listening at the same location for both sessions.
• Discuss differences between local and distant stations.
• Help Scouts identify station formats.
• Check that all required information is logged.

Requirement 8C-3: Compare Daytime and Nighttime Shortwave Reception

What You Need To Do

Compare your shortwave listening logs and explain differences in signal strength and frequency performance.

Helpful Tips

• Shortwave reception changes throughout the day.
• Higher HF frequencies often perform better during daylight hours.
• Lower HF frequencies often perform better after sunset.
• The ionosphere affects how signals travel.
• Sunlight changes ionospheric conditions.
• Some stations may disappear between sessions.
• Other stations may become much stronger.
• Signal fading is common on shortwave bands.
• Solar activity can affect reception quality.
• Compare which frequencies produced the strongest signals.
• Look for patterns rather than individual stations.
• Use your logs to support your explanation.

Resources

• Shortwave for Beginners Day and Night Differences in Radio Propagation of Signals (video)
• Understanding Daytime and Night Time Patterns To Increase Shortwave Listening Pleasure (video)
• Shortwave Propagation 101 Part 1 Daytime and Nighttime Propagation (video)

Leader Tips

• Help Scouts identify trends in their logs.
• Discuss how the ionosphere affects radio propagation.
• Focus on practical observations.
• Encourage comparisons based on recorded data.

Requirement 8C-4: Medium-Wave Signals at Night

What You Need To Do

Compare your medium-wave logs and explain why some distant stations are heard only at night.

Helpful Tips

• Medium-wave stations operate in the AM broadcast band.
• Daytime signals are often limited to local and regional coverage.
• During the day, parts of the atmosphere absorb some radio signals.
• After sunset, atmospheric conditions change.
• Nighttime conditions allow some signals to travel much farther.
• Distant stations may appear on frequencies that sounded empty during the day.
• These long-distance signals are often called DX signals.
• Signal fading is common with distant stations.
• Some stations can travel hundreds of miles at night.
• Maps can help show how far these stations traveled.
• Compare station locations from your daytime and nighttime logs.
• Use examples from your own listening sessions.

Resources

• Why AM Radio Signals Propogate Farther At Night Than During the Day (video)
• Ground Wave Propagation / Types of Radio Waves (video)

Leader Tips

• Encourage Scouts to compare specific stations from their logs.
• Use maps to show signal distances.
• Discuss why AM reception changes after sunset.
• Keep explanations focused on real observations.

Requirement 8C-5: Radio Listening With a Smartphone

What You Need To Do

Demonstrate listening to radio broadcasts using a smartphone or cell phone, including international broadcasts.

Helpful Tips

• Smartphones can access radio content through apps and websites.
• Internet streaming is different from over-the-air radio reception.
• Choose a local station for part of the demonstration.
• Include at least one international station.
• Record the station name and location.
• Note the type of programming you hear.
• Streaming allows access to stations from around the world.
• Audio quality often depends on internet speed.
• International stations may provide news, music, or cultural programs.
• Compare smartphone listening with traditional radio listening.
• Many broadcasters offer both radio and online streams.
• Smartphones make global listening easy and convenient.

Resources

• How To Listen to FM Radio on Android or iPhone! (video)
• Unlock the Hidden FM Radio in Your Android Smart Phone (video)

Leader Tips

• Suggest a reliable radio streaming app.
• Encourage Scouts to select stations from different countries.
• Discuss differences between streaming and radio reception.
• Focus on the practical uses of each method.

Requirement 8D-1: Amateur Radio Direction Finding

What You Need To Do

Describe amateur radio direction finding (ARDF), also called fox hunting, and explain why people participate in it.

Helpful Tips

• ARDF stands for Amateur Radio Direction Finding.
• The hidden transmitter is commonly called the fox.
• Participants use radio equipment to locate the fox.
• Direction finding combines radio skills and outdoor navigation.
• A directional antenna helps determine the signal’s direction.
• Signal strength changes as you point the antenna.
• ARDF is used as a recreational activity.
• ARDF competitions involve finding transmitters quickly and accurately.
• The activity develops problem-solving and observation skills.
• Radio operators also use direction-finding techniques to locate signal sources.

Resources

• Amateur Radio Foxhunting: Equipment, Techniques, & Getting Started—Ham Radio Transmitter Hunting (video)
• Radio Direction Finding: AKA How “They” Can Find You (video)

Leader Tips

• Explain the basic goal of a fox hunt before discussing equipment.
• Share examples of local ARDF events if available.
• Connect the activity to navigation and outdoor skills.
• Focus on practical uses as well as competition.

Requirement 8D-2: ARDF Frequencies and Equipment

What You Need To Do

Describe the frequencies and equipment commonly used for amateur radio direction finding.

Helpful Tips

• Many ARDF events use the 2-meter amateur band.
• The 2-meter band is part of the VHF spectrum.
• Some ARDF events use the 80-meter amateur band.
• The 80-meter band is part of the HF spectrum.
• A receiver is needed to hear the fox transmitter.
• A directional antenna helps identify signal direction.
• Handheld amateur radios are often used as receivers.
• Headphones can make weak signals easier to hear.
• Signal strength meters can help locate the transmitter.
• Simple equipment is often enough for beginner fox hunts.

Resources

• Ham Radio Fox Hunting 101 (video)

Leader Tips

• Show examples of radios and antennas when possible.
• Discuss why directional antennas are important.
• Compare the 2-meter and 80-meter bands.
• Keep technical details appropriate for beginners.

Requirement 8D-3: Build a Directional Antenna

What You Need To Do

Build a simple directional antenna for one of the frequencies commonly used in ARDF.

Helpful Tips

• A directional antenna receives signals better from certain directions.
• Yagi antennas are popular for fox hunting.
• Tape-measure antennas are often used for 2-meter ARDF activities.
• Antenna element lengths depend on frequency.
• Accurate measurements improve antenna performance.
• Lightweight materials make antennas easier to carry.
• Test the antenna after construction.
• Rotate the antenna and listen for signal changes.
• Stronger signals usually indicate the antenna is pointed toward the source.
• Simple designs can work very well for beginner hunts.

Resources

• Two Simple Ham Radio Antennas You Can Use for Fox Hunting (video)

Leader Tips

• Provide a proven antenna plan.
• Check measurements before assembly.
• Encourage careful construction.
• Allow time for testing before the fox hunt.

Requirement 8D-4: Participate in a Fox Hunt

What You Need To Do

Use your directional antenna and a receiver to locate a hidden transmitter.

Helpful Tips

• Begin by listening for the fox signal.
• Slowly rotate the antenna while monitoring the signal.
• Identify the direction with the strongest signal.
• Move a short distance and take another reading.
• Multiple readings improve accuracy.
• Buildings, hills, and other objects can affect signals.
• Reflected signals may sometimes point in the wrong direction.
• Compare several readings before choosing a path.
• Patience often leads to better results.
• Continue until the transmitter is located.

Resources

• Ham Radio Fox Hunt? (video)

Leader Tips

• Choose a safe and manageable search area.
• Encourage Scouts to take several signal readings.
• Discuss signal reflections and other challenges.
• Focus on the process rather than speed.

Requirement 8D-5: Map the Fox Hunt

What You Need To Do

Show on a map how you located the fox using information from your receiver.

Helpful Tips

• Mark your starting location on the map.
• Mark each location where you took a signal reading.
• Draw lines showing the directions indicated by the antenna.
• Record the path you followed during the hunt.
• Mark the final transmitter location.
• Use arrows to show movement and direction.
• Label important points clearly.
• Multiple direction lines often cross near the fox location.
• Maps help explain how decisions were made during the hunt.
• A clear map makes the hunt easier to review and discuss.

Leader Tips

• Encourage neat and organized map markings.
• Review how each reading influenced the search path.
• Discuss what worked well during the hunt.
• Help Scouts connect their map to the radio observations they recorded.

Requirement 8E-1: Understanding FRS and GMRS

What You Need To Do

Explain what FRS and GMRS are and how they differ from each other, commercial two-way radios, CB radio, and amateur radio.

Helpful Tips

• FRS stands for Family Radio Service.
• GMRS stands for General Mobile Radio Service.
• Both services provide short-range two-way communication.
• FRS radios are designed for simple personal use.
• GMRS radios can operate at higher power levels than FRS radios.
• Commercial radios are often used by businesses and organizations.
• Commercial radio systems may require special licenses and programming.
• CB radio uses different frequencies than FRS and GMRS.
• Amateur radio requires an FCC license earned through an examination.
• Amateur radio operators have access to many more frequencies and operating modes.
• FRS and GMRS radios are commonly sold as walkie-talkies.
• Both services are popular for outdoor activities and family communication.

Resources

• FRS VS GMRS: A Radio Service Comparison Guide (video)

Leader Tips

• Compare several types of radios side by side if possible.
• Focus on the intended use of each service.
• Use examples Scouts may encounter in daily life.
• Keep technical comparisons simple.

Requirement 8E-2: Using FRS and GMRS Radios

What You Need To Do

Explain licensing, frequencies, power limits, antennas, range, common uses, and emergency uses of FRS and GMRS radios.

Helpful Tips

• FRS does not require an FCC license.
• GMRS requires an FCC license.
• A GMRS license covers immediate family members.
• Neither service requires a written examination.
• FRS and GMRS use UHF frequencies near 462 and 467 MHz.
• Most communications use frequency modulation (FM).
• FRS radios have fixed antennas built into the radio.
• GMRS radios may use removable or external antennas.
• GMRS radios can use higher power than FRS radios.
• Radio range depends on terrain, buildings, trees, and antenna placement.
• Open areas usually provide better range than cities or forests.
• Common uses include hiking, camping, events, and family outings.
• These radios can provide communication when cell service is unavailable.
• Batteries and radio range still limit emergency use.

Resources

• Walkie Talkies—FRS vs GMRS vs Ham (video)
• Troubleshooting Radio Connections (video)
• FRS vs. GMRS (video)
• Differences between GMRS and FRS (video)
• HAM and GMRS Radios for Emergencies (video)
• FRS and GMRS Radio for Emergency Communications (video)
• The Vital Role of Ham Radio in Disaster Preparedness (video)

Leader Tips

• Show examples of FRS and GMRS radios.
• Discuss realistic expectations for radio range.
• Connect radio use to outdoor activities and safety.
• Encourage Scouts to identify situations where these radios are useful.

Requirement 8E-3: Use FRS or GMRS Radios

What You Need To Do

Use FRS or GMRS radios during a hike, event, team game, or other activity. Discuss your experience with your counselor.

Helpful Tips

• Test the radios before the activity begins.
• Make sure all users are on the same channel.
• Speak clearly and hold the radio a few inches from your mouth.
• Keep messages short and direct.
• Listen before pressing the transmit button.
• Release the transmit button when finished speaking.
• Notice how terrain affects signal quality.
• Compare radio performance in open and obstructed areas.
• Pay attention to battery life during the activity.
• Record examples of successful communication.
• Note any problems with range or interference.
• Be prepared to discuss what worked well and what could be improved.

Leader Tips

• Choose an activity where radios have a useful purpose.
• Encourage good radio operating habits.
• Ask Scouts what affected communication quality.
• Focus the discussion on practical experience and observations.

Requirement 9a: Explore a Radio Career

What You Need To Do

Research a career related to radio. Find information about education, training, costs, job duties, salary, job outlook, and opportunities for advancement. Discuss what you discovered with your counselor.

Helpful Tips

• Choose a career that interests you.
• Research the education required for the job.
• Find out if certifications or licenses are needed.
• Look for information about training costs.
• Research typical job duties.
• Find salary information from reliable sources.
• Look for job growth or employment outlook information.
• Research opportunities for promotion or specialization.
• If possible, interview someone working in the field.
• Keep notes so you can discuss your findings with your counselor.
• Consider what parts of the career appeal to you.
• Compare the career to your own interests and goals.

Careers Related to Radio

• Broadcast Technician
• Radio Frequency Engineer
• Communications Technician
• Emergency Communications Specialist
• Avionics Technician
• Satellite Operations Technician
• Sound Engineer
• Broadcast Engineer
• Telecommunications Technician
• Wireless Network Engineer
• Air Traffic Controller
• Public Safety Communications Dispatcher
• Electronics Technician
• Marine Electronics Technician
• Cellular Network Technician

Resources

• How I Got That Job: Public Radio (video)
• Broadcast Announcers and Radio Disc Jockeys Careers (video)

Leader Tips

• Encourage Scouts to choose a career they find interesting.
• Help Scouts locate reliable research sources.
• Discuss both education requirements and job duties.
• Focus on helping Scouts connect careers to personal interests.

Requirement 9b: Radio Hobbies and Volunteer Service

What You Need To Do

Explore how radio skills can support a hobby or volunteer activity. Research training, licensing, costs, and organizations related to your chosen interest. Discuss possible short-term and long-term goals with your counselor.

Helpful Tips

• Choose a hobby or volunteer activity that uses radio communication.
• Research any required licenses or certifications.
• Find out what equipment is needed.
• Estimate the costs of getting started.
• Look for clubs, organizations, or local groups that support the activity.
• If possible, interview an experienced hobbyist or volunteer.
• Research training opportunities available to beginners.
• Consider how much time the activity requires.
• Identify a short-term goal you could complete soon.
• Identify a long-term goal you could work toward over several years.
• Consider how radio skills could support service to others.
• Keep notes about your findings and interests.

Radio Hobbies and Volunteer Activities

• Amateur Radio Operating
• Shortwave Listening
• Radio Direction Finding (Fox Hunting)
• Contesting
• Satellite Communication
• Emergency Communications Volunteer Work
• Community Event Communications
• Weather Spotting
• Building Antennas
• Electronics Projects
• Digital Radio Modes
• Parks on the Air (POTA)
• Summits on the Air (SOTA)
• Radio Club Activities
• Public Service Event Support

Resources

• (Hobbies) Ham Radio (video)
• 5 MOST POPULAR Ham Radio Hobbies (video)

Leader Tips

• Encourage Scouts to explore activities they can realistically try.
• Discuss both fun and service opportunities.
• Help Scouts identify achievable goals.
• Connect Scouts with local clubs or experienced volunteers when possible.

More Merit Badge Resources

The Radio merit badge fits well into the overall merit badge program because it connects science, technology, and real life skills. Many merit badges help Scouts explore how things work, and the Radio merit badge does this through communication systems they already use. It supports learning by observation, listening, and explanation instead of heavy math or tools.

With so many merit badges available, the Radio merit badge offers a different kind of challenge. It mixes indoor learning with hands-on activities. Scouts can listen, plan, test, and reflect. This balance makes it a good choice for Scouts who enjoy technology, problem solving, or practical skills.

Learn More about Scouts BSA

The Radio merit badge also fits into the larger Scouts BSA program. It supports leadership by teaching clear communication and careful listening. Scouts learn how messages are shared, which helps in patrol work and group activities. These skills matter in meetings, outings, and service projects.

The badge also supports citizenship and personal growth. Scouts learn how radio helps communities during emergencies and public events. They practice responsibility, patience, and safety. The Radio merit badge helps Scouts grow as capable, informed, and dependable members of their troop and community.

What is the Radio merit badge about?

The Radio merit badge teaches Scouts how radio works and how it is used every day. You learn about safety, signals, and communication. You also explore broadcast radio, cell phones, and amateur radio. The Radio merit badge helps you understand technology you already use.

Who can earn the Radio merit badge?

Any Scout BSA member can earn the Radio merit badge. It works well for middle school and high school Scouts. You do not need prior radio experience. Curiosity and patience are helpful.

Do I need special equipment for the Radio merit badge?

Some requirements need access to radios or radio listening apps. Your counselor may provide equipment. You can also use family radios or a smartphone for some parts. You do not need to own expensive gear for the Radio merit badge.

Is a license required for the Radio merit badge?

You do not need a radio license to earn the Radio merit badge. Some options involve amateur radio. A licensed operator can help you with those activities. Earning a license is optional.

What will I learn from the Radio merit badge?

You learn how radio signals travel and carry information. You learn basic safety rules. You also learn how radios are used in emergencies and daily life. The Radio merit badge builds problem solving and listening skills.

Is the Radio merit badge hard?

The Radio merit badge takes time but is not hard. Most requirements focus on understanding and explaining ideas. Careful listening and good notes help. Your counselor guides you through the process.

Do I have to talk on the radio?

Some options involve talking on the radio, but not all. You can choose activities that focus on listening or planning. The Radio merit badge gives you choices so you can work at your comfort level.

How long does it take to earn the Radio merit badge?

The Radio merit badge usually takes several weeks. Listening logs and activities take time. You can work at your own pace. Planning ahead makes it easier.

Can the Radio merit badge help with other badges?

Yes. Skills from the Radio merit badge support Emergency Preparedness and Electronics. It also helps with communication skills used in many badges. Learning carries over.

Why should I choose the Radio merit badge?

The Radio merit badge helps you understand how people stay connected. It teaches skills used in emergencies and careers. It also helps you see technology in a new way. Many Scouts find it useful and interesting.

The Radio merit badge helps Scouts understand how radio fits into everyday life. Radios are used for music, weather alerts, cell phones, and emergency messages. While working on the Radio merit badge, Scouts learn how signals move through the air and carry sound and data. This builds a strong base for understanding modern communication.

Scouts also learn how to use radio safely. They study basic safety rules for electricity, batteries, and equipment. These lessons apply to many devices used at home and outdoors. Safety is an important part of the Radio merit badge and helps Scouts build good habits.

The Radio merit badge encourages careful listening and clear thinking. Scouts practice logging stations, reading simple diagrams, and explaining how systems work. These skills support school subjects like science and technology. They also help Scouts gain patience and focus.

Finally, the Radio merit badge shows how radio connects people. Scouts explore broadcasting, amateur radio, and emergency communication. Some may discover a new hobby or career interest. Others gain respect for the systems they use every day. The Radio merit badge opens the door to learning, service, and practical skills.