Author: NA4DA

  • Youth Insights: Tips on Getting Over Mic Fright in Amateur Radio

    Youth Insights: Tips on Getting Over Mic Fright in Amateur Radio

    For many hams, getting on the air is the obvious next step after earning a license, though mic fright can make that quite an intimidating step.

    Mic fright is very common. While it may be an impediment right off the bat, there are plenty of ways to overcome it. I have helped many new licensees at my school’s radio club get through their first contacts and even served as a third-party control operator to let non-hams make QSOs. Thanks to these experiences I have a few tips on how to put mic fright behind you and finally get on the air.

    someone holding a ham radio microphone
    “Mic fright” is the fear of talking into a microphone, and it’s a common issue for amateur operators making their first contact. (Image/DX Engineering)

    The first thing I would recommend is practicing the phonetic alphabet, particularly the letters that are in your call sign. Phonetic alphabet “fluency” is something that only comes with time, but saying all the words out loud a few times can help you feel more comfortable using them on the air. Using the phonetic alphabet can also feel a little odd by nature if you’re new to it, so practicing first can help it become more natural. We’ve made it a tradition at my school club to practice the phonetic alphabet a few times as a group before our first on-air events of the year, and it seems to dissolve some of the anxiety that comes with getting on the air for the first time.

    nato phonetic alphabet
    (Image/Public Domain)

    Another strategy that may be helpful is listening for a while before you actually get on the air yourself. If you’re a Tech, find a repeater that has some activity on it and listen to the conversations for a while to familiarize yourself with the flow of a contact (or more accurately described for a repeater, the “flow of conversation”). Listening like this will also be helpful after you move on to the HF bands and start to operate in different events and contests.

    The flow and typical exchanges are different depending on if you are trying to work a DX station, operate in a contest, or participate in a QSO party, so listening to find the rhythm is a skill you’ll probably use later. While listening, take note of any jargon or special terms you’re not familiar with to look up later. It may also help to print out a list of these terms (e.g., Q codes like QRZ, QRL, and QSY) or other hobby-specific abbreviations such as CW, YL, or OM so you can reference them quickly in the middle of a contact.

    When preparing for your first contact, writing down the basics of a QSO before you are on the air can relieve anxiety as well. When I made my first contact, I scheduled it with my Elmer on our local repeater. I wrote down a script for myself since I had never made a contact on the air before and was nervous about remembering what to say. I later wrote a script for the new members of my school club to use when we got on the air so they would be more comfortable making contacts. The script shows what both parties will say. This way, the young operator not only knows exactly what they should tell the other station, but they can also infer what the other operator will say to them, which can be comforting as well.

    Lastly, if you’re anxious about talking to a stranger for your first contact, you can schedule it with a friend or mentor, or you can check into a net. Scheduling it with someone you know can be a relief if you’re worried about it being awkward or not knowing what to say. Typically, when someone from the school club gets licensed, we make sure that either I or one of the other instructors can make their first contact to take the nerves away.

    Checking into a net is also a good option since the format and rhythm of it is relatively easy to understand. You also won’t have to keep a whole conversation going. Nets are normally run in rounds, so you’ll probably only actually talk once or twice. Your contribution could be as simple as saying you wanted to give the net control (the person running the net) another check-in. Some nets or net control operators also have questions that they invite the whole group to answer about the weather, their equipment, or even what they did that day, so it’s unlikely you’ll be at a loss for words checking into a net.

    While mic fright can seem like a huge hurdle, it can be overcome with a little determination and planning. The most important thing to remember is that even though it can be intimidating to get on the air for the first time (and maybe even a few after that!), amateur radio operators are all generally kind people who want to help you succeed and will be patient as you start to get on the air and use your call sign!

    Editor’s Note: Making QSOs with dependable equipment can also be a way to build confidence when getting on the air. Find high-quality ham radio microphones from leading brands like Heil Sound, INRAD, Icom, and Yaesu at DX Engineering. Also watch this DX Engineering video explaining the types of microphones available for your station.

    The post Youth Insights: Tips on Getting Over Mic Fright in Amateur Radio appeared first on OnAllBands.

  • Hams to Honor Police and Emergency Medical Personnel with Special Event

    Hams to Honor Police and Emergency Medical Personnel with Special Event

    The following is a message from David (VE3KGK):

    From May 10 to May 16 a small group in SW Ontario will be putting on the special call sign VB3COPS during Police Services Week to honor and thank all Police Personnel for what they do for us daily, and from May 17 to May 23 we will be putting on special call sign VB3EMS during Emergency Medical Services Week to honor and thank all our First Responders for the job they do daily for which we seldom get to thank them.

    Information will be available on QRZ.com under VB3COPS and VB3EMS.

    Logs will be uploaded to eQSL after the end of the events. Paper QSLs will also be available.

    Source: VB3COPS

  • VK9HJ – Norfolk Island

    Dom, VK2HJ travels to Norfolk Island regularly for work and when he has free time will operate as VK9HJ from the island. His antenna is a simple telescopic 1/4 wave vertical covering 20m through to 10m running 100w. QSOs logged via QRZ.com.

  • E6MGA – Niue

    Murray, ZL1MGA will be active from Niue as E6MGA during April 25 to May 1, 2026. QRV on 40 & 20m, possibly 15m too; SSB & FT8. No paper QSLs. Updates here.

  • NCDXF Elects Two New Directors

    A special Board Meeting of the Northern California DX Foundation took place on Monday evening, April 20, 2026. At the meeting the Board accepted the resignation of Board Director George Wallner, AA7JV. The Board thanks George for his unmatched support to the Board and for spearheading the development of the Radio-In-a-Box (RIB) technology that continues […]

  • 4W/EA2TA, 4W/EA3NT & 4W/IZ7ATN – Timor-Leste

    With licenses in hand, look out for George, 4W/EA2TA, Christian 4W/EA3NT and Simon 4W/IZ7ATN to be active from Timor-Leste (OC-148) during April 21-28, 2026. QRV on 80-6m; CW, SSB & FT8. (60m not allowed in 4W). QSL all calls via IZ7ATN, LoTW. Further updates and pics to follow here on DX-WORLD. 

  • New DX Engineering Gear for QRP Portable Ops: Antenna Feedpoint Kit, Baluns, UNUN & Filters

    New DX Engineering Gear for QRP Portable Ops: Antenna Feedpoint Kit, Baluns, UNUN & Filters

    Plus, Four Days in May is on the way!

    ***

    Here’s great news for you QRP fans out there! DX Engineering has a nice selection of new gear designed for amateur operators who prefer the challenge of doing more with less power during their POTA, SOTA, and other outdoor activations.

    The DX Engineering team is looking forward to once again participating at Vendor Night during the 2026 edition of Four Days in May (May 14-17)—the annual gathering of QRP Amateur Radio Club International in Fairborn, Ohio. This will be the 30th anniversary of the event, which is always pulsing with high energy from the low-power enthusiasts who come from around the world to enjoy a full slate of activities and plenty of good fellowship.

    man working a trade show display booth
    Troy, AC8OW, DX Engineering customer/technical support specialist and OnAllBands blogger, at DX Engineering’s FDIM table in 2025 (Image/DX Engineering)
    a large group in a hotel conference room
    FDIM Vendor Night 2025. (Image/DX Engineering)

    More Ways to Go Low-Power Portable from DX Engineering

    Here’s some of the new POTA- and SOTA-friendly QRP gear DX Engineering will have on display at Four Days in May. Want to order today? Check the links below for product availability.

    TWIG End-Fed Half-Wave QRP Antenna Feedpoint Kit

    This compact feedpoint kit is an essential component for building a QRP end-fed half-wave antenna system. Perfect for portable operations and outdoor activities, it simplifies setup while delivering reliable performance. The TWIG EFHW QRP Antenna Feedpoint Kit is rated for 25W SSB, 10W CW, and 5W digital, delivering an SWR of less than 2:1 without an antenna tuner.

    The kit features a 49:1 transformer that matches the impedance of the user-supplied half-wave element wire to 50 ohms, ensuring compatibility with most QRP transceivers. The BNC female connector pairs easily with recommended coax cables. When the element wire is properly tuned, no external tuner is required, reducing the amount of gear you need to carry.

    TWIG End-Fed Half-Wave Antenna Feedpoint Kit
    TWIG End-Fed Half-Wave Antenna Feedpoint Kit (Image/DX Engineering)

    The kit includes a built-in quick connector designed for 24/26 AWG antenna wire. Two end insulators and clips are also provided, ensuring reliable strain relief and easy deployment in the field. No additional counterpoise wire is necessary; the coax cable serves that function when installed correctly. DX Engineering offers these recommended RG-174 orange coaxial cable assemblies with BNC connectors:

    • DXE-174VDB025: 25 feet (between TWIG and optional low-power choke)
    • DXE-174VDB035: 35 feet (between TWIG and optional low-power choke)
    • DXE-174VDB003: 3 feet (between optional choke and QRP transceiver)

    For best results, use optional 24/26 AWG wire such as Consolidated Wire CEW-VIZ24-YEL100, a high-visibility, PVC-insulated stranded copper wire.

    A typical setup uses a sloper configuration, with the feedpoint about 6-7 feet above ground and the wire sloping upward to 25-30 feet. Adding an optional DX Engineering DXE-LPFC-BNC Feedline Choke at the transceiver end is suggested. While the antenna supports multiple configurations, wire length will vary based on installation.

    DX Engineering TWIG QRP 1:1 Choke Balun

    This QRP choke balun was engineered as the key component for building a low-power dipole antenna. It incorporates a 1:1 transformer to keep the feedline impedance of the half-wave element wire down to 50 ohms. The connector is a BNC female and matches up with the recommended coax and most QRP transceivers. When properly installed and the element wire is accurately tuned, the system can achieve an SWR below 2:1 without the need for an external antenna tuner. It’s rated for 25W SSB, 10W CW, and 5W digital. Kit comes with the TWIG QRP 1:1 Choke Balun, two insulators, and three clips.

    DX Engineering TWIG QRP 1:1 Choke Balun
    (Image/DX Engineering)

    DX Engineering TWIG QRP 9:1 UNUN

    This UNUN matches a high-impedance, non-resonant end-fed/random wire antenna (33 to 84 feet long) to the 50-ohm unbalanced load required by amateur radio transceivers. The DXE TWIG-9-1 covers 1.8-30 MHz and is ideal for portable QRP or HOA-restricted antennas. Its BNC female connector mates with the recommended 35 to 50 feet of coax cable, which is used as the counterpoise. In some cases, an external wide range tuner may be needed. This UNUN may not provide a perfect 1:1 SWR on all bands without an additional tuner and may experience heating at higher power due to impedance mismatches.

    DX Engineering TWIG QRP 9:1 UNUN
    (Image/DX Engineering)

    Typically, 9:1 UNUNs are used for random wire, end-fed long wire, and inverted-L or sloper antennas.

    DX Engineering TWIG QRP 4:1 Current Balun

    This is designed to be used as the feedpoint of a very low-power off-center-fed dipole (OCF) antenna. The TWIG-4-1C incorporates a 4:1 transformer to convert the OCF antenna impedance of 200 ohms to the desired 50 ohms to match the coaxial cable feedline. It also has a 1:1 feedline choke to prevent current imbalance, detuning, and the addition of unwanted noise.

    The connector is a BNC female and mates with the recommended coax and most QRP transceivers. When properly installed and the element wire is properly tuned, you should not need an external tuner. This current balun handles 25W on SSB, 10W on CW, and 5W on digital modes when the antenna SWR is less than 2:1, without the use of an antenna tuner.

    DX Engineering TWIG QRP 4:1 Current Balun
    (Image/DX Engineering)

    DX Engineering HF QRP Bandpass Filters

    Thesefilters are designed to confine both transmitted and received signals to one specific amateur band. They significantly reduce out‑of‑band noise, resulting in a noticeably lower noise floor and improved weak‑signal reception. Each filter features a sharp roll‑off just outside the band edges, providing exceptional rejection of adjacent‑band signals and maintaining maximum operating efficiency for QRP applications.

    Offered for 80, 40, 20, 15, and 10 meters, they install easily in line with the coax feedline using the BNC connectors provided on each end. With power ratings of 20W SSB and 5W digital, they are ideal for QRP enthusiasts participating in multi‑operator events such as Field Day, POTA, and SOTA.

    DX Engineering HF QRP Bandpass Filter
    (Image/DX Engineering)

    DX Engineering TWIG Broadcast Interference Filter


    This filter lets you improve the performance of your QRP POTA or SOTA station. Engineered specifically for low-power amateur radio applications, the compact module attenuates strong AM broadcast band signals below the 80-meter amateur band. By suppressing these out-of-band signals, the filter helps lower your receiver’s noise floor, resulting in cleaner, more reliable reception of weak signals.

    The DXE TWIG BCFIL is equipped with BNC female connectors for quick, inline installation in the field. Ideal for portable, field, and low power fixed station use, it provides an effortless way to reduce unwanted broadcast interference without adding complexity to your station setup. Power is rated at a maximum of 20W PEP.

    DX Engineering TWIG Broadcast Interference Filter
    (Image/DX Engineering)

    For more QRP gear, enter “QRP” at DXEngineering.com. You’ll find Par EndFedz® QRP End-Fed Half-Wave Antennas, Moonraker Whizz Whip and Whizz Loops, QRP reference books, transceivers like Yaesu’s FTX-1 Series, and much more.

    The post New DX Engineering Gear for QRP Portable Ops: Antenna Feedpoint Kit, Baluns, UNUN & Filters appeared first on OnAllBands.

  • 📡 DXLook Gets a Full Rebuild — Same Map, Sharper Everything

    📡 DXLook Gets a Full Rebuild — Same Map, Sharper Everything

    The following is a press release from DXLook:

    After a lot of work behind the scenes, DXLook has been completely rebuilt and is now live in production.

    👉 https://dxlook.com

    This isn’t just an update. It’s a full rewrite of the frontend — the part you interact with — designed to make the site faster, cleaner, and much easier to use across all devices.

    What changed?

    If you’ve used DXLook before, the idea is the same:
    A single place to see real-time propagation using data from PSK Reporter, WSPR, RBN, DX Cluster, POTA, SOTA, APRS, and space weather.

    What changed is how it feels to use it.

    • The site loads faster
    • Mobile finally behaves like a proper mobile app
    • Tablet users now get a real layout (not just a stretched phone view)
    • Widgets are cleaner and more stable
    • Navigation is more predictable

    Nothing you rely on is gone — it just works better.

    What’s new for operators

    A few things you’ll notice right away:

    • Band Activity widget
      • A quick way to see which bands are active and where, using DXLook’s data.
    • Improved layout and controls
      • Less overlap, less jumping around, more focus on the map.
    • Better Events page
      • Easier to use when planning operating activity.

    Why this matters

    The previous version of DXLook had grown a lot over time, and it was starting to show its limits.

    This rebuild removes those limits.

    It means:

    • Faster updates and improvements going forward
    • Better performance on all devices
    • More flexibility to add new features and tools

    In short, this is the foundation for what comes next.

    A quick note

    This is a fresh release.
    If you notice something off, it’s probably real — and feedback is welcome.

    About DXLook

    DXLook is a free, ad-free, web-based tool for amateur radio operators to visualize real-time propagation and activity across multiple data sources, all in one place.

    Built and maintained by
    Rodrigo Vazquez — AK6FP / LU6ERV

    73,
    Rodrigo – AK6FP / LU6ERV

    Source: DXLook

  • Helping NASA Track Artemis II’s Orion Spacecraft

    Helping NASA Track Artemis II’s Orion Spacecraft

    The University of Pittsburgh’s Panther Amateur Radio Club (PARC) had a unique opportunity last week…helping NASA track Artemis II’s Orion spacecraft on its mission to the moon and back!

    Faculty advisor Juan Manfredi, NAØB, said the club responded to a request from NASA to submit a proposal. “We submitted our proposal in September 2025 and were notified in November that our proposal was accepte…

  • Wrap-Up of the S21WD Next Generation DXpedition from Bangladesh (Video)

    Wrap-Up of the S21WD Next Generation DXpedition from Bangladesh (Video)

    DX Engineering supports the future of DXing with critical equipment for this highly successful activation.

    ***

    For today’s OnAllBands post, we turn our attention to the excellent work of the youth-oriented S21WD DXpedition team. They made more than 73,000 SSB, CW, RTTY, FT8, and QO-100 Satellite QSOs during 12 days of activity from Char Kukri Mukri in the Bay of Bengal.

    s21wd Bangladesh DXpedition logo
    (Image/S21WD)

    Despite technical and environmental challenges, the S21WD Next Generation DX Club exceeded its goal of 70,000 QSOs during the venture in late March. Here is a list of S21WD team members and their ages:

    • Philipp, DK6SP, 28, lead
    • Sven, DJ4MX, 23, co-lead
    • Jamie, M0SDV, 25
    • Leon, DL3ON, 21
    • Anup, S21TV, 46, local logistics
    • Apon, S21ABO, 23, local logistics
    group of ham radio operators in a small room
    (Image/S21WD)

    From the S21WD website:

    “The team had the privilege to operate from Char Kukri Mukri, located in the very south of Bangladesh. Reaching this remote location required extensive logistics, including approximately 18 hours of travel one way within the country, using a combination of speedboat, tuk-tuk, cargo tricycle, ferry, and moped.

    “A special thank you goes to Apon S21ABO and Anup S21TV for their outstanding involvement and commitment throughout the project. Their local support was essential for both preparation and execution.”

                                                                 ***

    One of around 700 islands in Bangladesh, 9.7-square-mile Char Kukri Mukri is home to the Char Kukri Mukri Wildlife Sanctuary. Its mangrove ecosystem supports more than 380 species of plants as well as a number of mammals, including the fishing cat and small-clawed otter.

    Wondering what a tuk-tuk is? So were we. Also known as an auto-rickshaw, a tuk-tuk is a three-wheeled motorized vehicle mostly used as a taxi for short-distance transport in Africa, Asia, and Latin America. Its name derives from the sound of its two-stroke engine.

    tuktuk scooters on a dirt roadway
    A tuk-tuk in Madagascar. (Image/Public Domain)

    DX Engineering Helps Make It Happen

    A proud supporter of youth-focused ham radio activities, DX Engineering provided a range of equipment used on Char Kukri Mukri, including:

    icom ic-7300
    (Image/Icom)
    samlex dc power supply
    (Image/Samlex)
    •	Icom IC-T10 VHF/UHF FM Handheld Transceiver
    (Image/Icom)
    Yaesu Data Interface Cable
    (Image/Yaesu)

    The team also employed Yaesu FTDX10 Transceivers and ACOM 1200S and 500S amplifiers during the activation.

    Watch Tim Duffy, K3LR, DX Engineering CEO, interview members of the S21WD DXpedition team in the video below. Topics include their troubles with RFI, thankfully resolved issues with food poisoning, and what’s next for the talented Next Generation DX Club.

    S21WD DXpedition promotional banner
    (Image/S21WD)

    For a look at Bangladesh QSL cards collected by DX Engineering’s team of active operators over the years, click here.

    The post Wrap-Up of the S21WD Next Generation DXpedition from Bangladesh (Video) appeared first on OnAllBands.