RadioFreakDB - Build 28042026

An Offline Radio Monitoring Logger Built by a Radio Tragic, for Radio Tragics

RadioFreakDB is a local-only, offline radio monitoring logger database, designed for real-world monitoring across HF, VHF, UHF, and SHF. It runs entirely in your browser, stores data locally, and saves everything to a single portable database file that you control. It is written in basic HTML, with some CSS and JavaScript.

Download Link - https://drive.google.com/file/d/1atydTFMAHxz5yJspzxtkDHhdlmSj3rGy/view?usp=drive_link

Stealth Radio Sling Bag – A Practical Portable Setup

I recently picked up this understated little sling bag on clearance for $19 (down from $30), and it’s quickly become one of those “why didn’t I do this sooner?” upgrades to my portable radio setup.

Why I Needed It
With me doing more portable sessions lately, I needed something simple and practical to carry a couple of radios, antennas, and a few accessories. Previously, it was a mix of cases and juggling gear in my hands, not ideal, especially when moving around.

The big driver here is mobility. My knees haven’t been great, and having both hands free while walking, whether it’s for balance, climbing, or just managing uneven ground, is genuinely important. A sling bag keeps everything close, accessible, and out of the way.

The Setup Inside
Inside, I added a plastic container to give the radios some structure and protection. Without it, everything would just knock around, not great for gear that isn’t exactly cheap.

That said, this part didn’t go smoothly…

The “Modification Phase” (a.k.a. making it fit)
Because the bag and the container came from different shops, they didn’t exactly agree with each other. The container was just a bit too thick, and the zip wouldn’t close.

So… out came the hacksaw.

I cut the container down and reassembled it to about two-thirds of its original thickness. A few screws anchor it to the middle timber divider, and some tape holds the structure together. It’s not pretty, but it’s solid, nobody will see it once it is in the bag and most importantly, it works.

This little DIY hack turned what could have been a failed idea into a really functional setup.

How It Performs
After using it, I can say it’s ticking all the boxes:

• Hands-free carry: huge win for mobility and stability
• Low profile: doesn’t scream “expensive gear inside”
• Compact but practical: fits radios, antennas, and accessories
• Extra space: room for a snack, phone, and keys
• Encourages use: makes it easy to just grab and go

And that last point is probably the biggest one. Because it’s so easy to carry, I’m taking my radios out more often, which naturally leads to discovering new signals and monitoring opportunities.

Final Thoughts
This wasn’t about buying the perfect bag, it was about building something that works for how I actually operate. A cheap sling bag, a modified container, and a bit of problem-solving has resulted in a setup that’s practical, discreet, and genuinely useful.

Sometimes the best solutions aren’t off-the-shelf, they’re the ones you tweak to fit your own way of doing things.

The start of the build process.

About the point where I had worked out that it was too think and the hacksaw came out.

Added some bubblewrap and testing the fit for both radios. I needed it to be snug but not too tight.

With the middle divider in and getting the bubblewrap in place.

After adding the tape to help hold it all together. I did have to add some more tape inside to stop the bubblewrap moving when I took the radios in and out.

Top view, with everything in place.

Just a little bit of duct tape...

The bag from the front, looking low profile.

Top access to the radios and aerials.

Middle Pocket - Wire aerial, USB cables.

Multi-tool hidden in the pocket.

Battery Charger for AA batteries.

Ear Phones in the front pocket, also space for my phone and keys.

Video - Uniden Band Scope Feature

 In this video, I demonstrate the Uniden BCD160DN band scope feature and how it can be useful for or hunting down new and interesting frequencies.

Sistema To Go Radio Case — Going Low Profile

There’s something deeply satisfying about creating a gear storage solution that’s both functional and minimal, not bulky, not overbuilt, just exactly what you need. Enter the Sistema To Go Radio Case, a humble but clever low-profile solution for radio operators, field techs, and anyone who likes to keep their communications tools tidy and ready.

Why a Low-Profile Case Matters

When you’re loading up for a field day, a commute, or even just shelf storage, bulk is the enemy. Traditional radio bags and padded gear cases are great, until you realize half the space is wasted. I wanted something that:

• Didn’t scream “expensive radio gear inside”
• Slept easily on a shelf or in a backpack
• Had modular compartments
• Was inexpensive and replaceable

The answer? A plastic Sistema To Go lunchbox style container.

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What’s Inside the Case

Looking at the top view, the layout is simple but thoughtful:

Compartments & Layout

• Left Side:
  A dedicated compartment perfectly sized for a battery charger and a couple of AA batteries. With the divider, the charger doesn’t shift, even when the case is jostled.
• Center:
  The main radio body (My Uniden BCD160DN) sits snugly on a foam pad. The foam also doubles as protection for the radio knobs and connectors.
• Right Side:
  Two round removable containers are ideal for storing antennas, cables, adapters, or small parts like spare connectors or ear buds. 
• Top Layer/Under-lid:
  Bonus storage! A flat area under the lid can hold notes, frequency cheat sheets, or a small notebook.

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Why This Works (and How You Can Replicate It)

1. Clean, Simple Organisation

No bulky tool bags or unnecessary pockets, everything has its place. The clear lid lets you visually confirm contents before opening.

2. Custom Fit Keeps Gear Safe

Foam padding under the main radio section and the dividers stop items from clanging together. Whether it’s a portable handheld or spare batteries, it all stays protected.

3. Inexpensive & Replaceable

If this case gets bumped around or left out in the field, it’s no big loss. You can replace it for under $10, compared to $100+ rugged cases.

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Perfect For:

• Daily carry setups
• Field days and quick deploy bags
• Backpack insert for comms gear
• Minimalists who hate bulky cases
• Radio ops on a budget

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Tips if You Want to Build One

• Use craft foam or shelf liner: Adds padding without bulk.
• Measure twice: Small variations in handheld sizes can mean the difference between a snug fit and a loose one.
• Label compartments: A small label makes finding what you need quicker.
• Add velcro strips: To secure loose cables or accessories.

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Final Thoughts

The Sistema To Go Radio Case isn’t flashy. It doesn’t have foam-cut inserts straight from a factory. But that’s the point. It’s low-profile, practical, customizable, and most importantly functional.

Sometimes the best solutions are the simplest ones.

Uniden BCD160DN - Key Press Codes

These work by pressing and holding the listed keys, while you turn on the Uniden BCD160DN.

2 + 9 + HOLD = Factory Reset
HOLD + 3 = Set Contrast
HOLD + 5 = GPS Test
HOLD + 6 = Screen / Keypad Test. Screen shows what keys are pressed
E + 2 = Screen / Keypad Test. Screen shows what keys are pressed
Scan + 2 = GPS test

Scan + 3 = Screen / Keypad Test. Screen shows what keys are pressed
Scan + 4 = SRC Test - 144MHz
Scan + 5 = Band Scope Test - 40.43MHz
Scan + 6 = Tone Out Test
Scan + 8 = NWR-SAME Test - 162.400MHz
Scan + 9 = Backlight Test
Scan + ./No = Load Scan Test Data - Channels 1 - 25
L/O + 5 = NWR-SAME Test - 162.400MHz
L/O + 6 = Backlight Test
L/O + 7 = Air Search - 25KHz
L/O + 8 = Public Safety Search - VHF Low

Radio Scanner Programming Service

Modern radio scanners are incredibly capable devices, but getting them set up properly can be frustrating. Many scanners support hundreds or even thousands of channels, multiple operating modes, and complex memory systems. Without the right software, cables, or experience, programming them can take a lot of time and trial and error.

To help make things easier, I offer a radio scanner programming service for hobbyists and new users who want their scanner ready to go.

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Supported Radios

I can program most scanners and receivers from major manufacturers, including:

• Uniden
• Icom
• AOR Ltd.
• Radio Shack
• Yaesu

If you're unsure whether your radio is supported, feel free to ask.

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What Will Be Programmed

Your scanner will be programmed with the most common and active radio users in the Launceston area, making it immediately useful for local monitoring.

Typical channels may include services such as:

• Aviation communications
• Marine radio
• Railways
• Commercial radio users
• Other commonly heard local communications

The programming can also be customised to suit your interests, so if you mainly want to listen to aviation, railways, or marine traffic, the channel layout can be tailored accordingly.

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Pricing

Programming is $50 per radio, which includes:

• Unlimited channels when programming is done via computer software
• Up to 200 frequencies if the radio must be programmed manually via the keypad
• Organisation of channels for easy scanning

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Included Documentation 📄

You will also receive a printed list of all programmed channels, so you can easily see:

• What each channel is used for
• The frequencies programmed into your scanner
• How the channels are organised

This makes it much easier to understand what you're hearing and make changes later if needed.

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Why Use a Programming Service?

A properly programmed scanner means:

• Less time struggling with menus and manuals
• Better organised channels
• Faster access to the most interesting local communications
• A radio that’s ready to use straight away

If you’ve just purchased a scanner or want to get more out of the one you already own, professional programming can make a huge difference.

Radio scanning is a fantastic hobby that lets you hear the unseen world of radio communications around you. With the right programming, your scanner becomes far more enjoyable and useful.

If you're in the Launceston area and need help getting your scanner set up, this service is a simple way to get your radio working the way it should.

Common Sense When Radio Scanning

Radio scanning is a fascinating hobby. For many of us, it opens a window into the unseen workings of our communities, emergency services, aviation, utilities, transport, and more. But with that privilege comes responsibility. Just because you can hear something on the radio doesn’t always mean you should act on it, repeat it, or challenge people with it.

In short: radio scanning requires common sense.

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A Real-World Example

Recently, I received a message through the contact form on my blog here, from someone who described a situation involving a radio scanner in a hospital.

The person had their scanner with them while their partner was waiting for surgery. While sitting there listening with earphones, they heard radio traffic suggesting that several other patients would be going into surgery before their partner.

Later, when a nurse told their partner they were next, the person challenged the nurse and claimed the information was incorrect based on what they had heard over the radio.

This led to conflict with hospital staff and the person reported that they were eventually banned from the hospital.

Situations like this highlight an important point: just because you hear something on a radio does not mean it is complete, current, or appropriate to act on.

Radio traffic is often fragmented, context-dependent, and sometimes simply wrong. Operational plans change. Staff may have updated information. What you hear may only be part of a much larger process happening behind the scenes.

Using scanner traffic to challenge staff in sensitive environments like hospitals is unlikely to end well.

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The Legal Side in Australia

In Australia, owning and using a radio scanner is generally legal, provided the device itself is compliant with Australian regulations.

However, the use of information obtained from a scanner is where things become more complicated.

Under the Radiocommunications Act 1992, it is an offence to use or disclose information obtained from certain radiocommunications if that information was not intended for you.

In practical terms, this means:

• Listening is often tolerated or lawful depending on the service.
• Using the information for personal gain, interfering with operations, or publicly repeating sensitive information can potentially breach the law.
• Some communications systems are encrypted specifically to prevent monitoring.

The law exists for good reason. Emergency services rely on radio systems to coordinate responses quickly and safely. Interference, whether intentional or accidental can create serious risks.

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Why Common Sense Matters

Beyond the legalities, there is the issue of respect and judgement.

Radio scanning enthusiasts are observers. We are not part of the operational chain of command. Acting as if we are can cause confusion or conflict.

Consider a few questions before acting on something you hear:

• Do I have the full picture?
• Is this information current?
• Is it my place to intervene?
• Could acting on this information create problems for others?

Often, the best course of action is simply to listen and learn.

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When Acting on Scanner Information Does Make Sense

That said, there are situations where scanner information can be useful in a practical, everyday sense. Some examples are:

Traffic incidents

If you hear about a serious car accident on your usual route home, it makes perfect sense to take a different way. This is similar to listening to a traffic report on the radio.

Fires or major incidents

If emergency services are responding to a large fire in an area you were planning to travel through, avoiding that area is simply sensible.

Situational awareness

Some people use scanners during severe weather events or bushfire seasons to maintain awareness of nearby incidents affecting their community.

In these cases, you are adjusting your own behaviour, not interfering with the situation or confronting people involved.

That is an important distinction.

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Final Thoughts

The radio scanning hobby has been around for decades, and it continues to evolve as technology changes. While many systems are now encrypted, there is still plenty to listen to and learn from.

But the long-term future of the hobby depends partly on how scanner listeners behave.

If enthusiasts are seen as respectful observers who use good judgement, the hobby maintains a positive reputation. If listeners start confronting officials, spreading rumours, or interfering with operations, it reflects poorly on the entire community.

So enjoy the hobby. Learn from what you hear. Stay curious.

Just remember the most important tool in radio scanning isn't the radio, It's common sense.

BCD160DN HTML Config Editor

Build: 03/04/2026 - By Paul Blundell - VK7AAL

This is designed for editing and updating your BCD160DN Config "on the go". The Uniden software is required for the upload / download to the BCD160DN itself.

Review - Uniden BCD160DN

The Uniden BCD160DN is a compact, feature-rich digital scanner designed for hobbyists and casual monitoring alike. Released in 2024, it strikes a solid balance of capability, portability, and value, ideal for daily carry and on-the-go listening.

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✅ Positives

🔹 1000 Channels / 10 Banks
The unit supports 10 banks with up to 100 channels each, giving you a total of 1,000 programmable slots. It makes organising different services and bands intuitive. As an example, all the 80 UHF CB channels fit neatly in one bank.

🔹 DMR and NXDN Built-In
DMR and NXDN decoding comes preloaded, so you can monitor these digital modes out of the box. This is a big plus for anyone listening to non-P25 digital traffic.

🔹 Band Scope
A standout feature is the built-in band scope, incredibly useful for visually spotting active frequencies and quickly finding signals without manually scanning each channel. I find myself using this feature a lot and it really brings another element to monitoring the bands.

🔹 PC Programmable
You can program the scanner using Uniden’s own software or use 3rd-party tools. Programming via PC makes handling large lists far easier than keypad entry. Both ProScan and the Butel software work well.

🔹 Small, Portable Size
This handheld is compact and lightweight, making it easy to carry on patrols, hikes, or trips. Fit it in a pocket with ease.

🔹 Uses 2 x AA Batteries
The scanner runs on standard AA batteries, easy to swap, cheap to source, and convenient to recharge or replace in the field.

🔹 Excellent RF Performance
In daily use it offers great reception and sensitivity across its covered frequency ranges. It performs as well as, or better than, similarly priced scanners I’ve used for searching and general scanning duties.

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❌ Negatives

⚠️ Lack of CloseCall
Unlike higher-end Uniden models, this unit does not include the CloseCall™ RF capture feature that can automatically detect and lock onto nearby signals.

⚠️ Battery Life Can Be Short
Running off AA cells means convenience, but battery life can be limited,  particularly with frequent use of the band scope or searches.

⚠️ No Auto Store Function
The scanner does not have an auto-store mode. If you like automatic population of active frequencies, you’ll miss having this functionality.

⚠️ Some VHF High-Band Overload
In areas with strong signals, the front-end can show signs of overload on VHF high band, common in many handheld scanners at this price. This is something I have had to manage by locking out a bunch of frequencies in my search ranges.

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📊 Summary

Overall, the Uniden BCD160DN is a very good handheld scanner for its price point, especially if you want digital decoding (DMR/NXDN) but don't need P25 trunking (such as for the TASGRN), lots of channels, and the convenience of a band scope in a small package. It won’t replace a high-end trunking or P25-capable scanner, but for everyday monitoring across conventional analog and digital systems, it’s solid and reliable. It’s now my daily carry scanner.

Highly recommended for hobbyists and general users.

Launceston Cup Scanning - 2026

One of my "go to" events for portable radio scanning each year is the Launceston Cup. Over the years this has varied from a quick scan of the bands, to fully planned scanning sessions, such as in 2017, when I parked near the race track and was able to spend 4 hours just scanning and searching the bands.

Over the years, the amount of "different" radio traffic for this event has reduced. Southern Cross TV used to do a full outdoor broadcast (OB) and I was able to log frequencies used for director talk back, camera operators and wireless microphones, it seems this is no longer the case.

This year, I was able to plan my day to be in the area of the Mowbray race course, so I was able to spend a small amount of time scanning and searching the bands. I logged a bit of traffic traffic related to the Launceston Cup.

509.875 MHz - OFFICE OF RACING INTEGRITY. General chat about the racing, running orders and checking gates.

495.0625 MHz - VIZPIX. They video a lot of events and they were very active with camera setup prior to the race and then director talk back during the races.

464.275 MHz - METRO Abels Hill. They were very active with bus movements, chat about traffic issues and run times.

UHF CB. I logged a lot of activity related to setup for the cup, security and gate control.

As I was driving towards the Mowbray area, I heard some comms on the METRO frequencies and UHF CB about a truck roll out at the Mowbray connector round about, as I got closer I saw this.

Given the location and time of day, it caused some huge issues with traffic for people getting to and from the Launceston Cup.

Overall, the frequencies I logged active were what I was expecting to and nothing "new" was logged.

Portable Radio Monitoring in Parks - PRMIP

Portable Radio Monitoring in Parks (PRMIP) is a relaxed, exploration-focused twist on outdoor radio activities, inspired by the spirit of programs like SOTA and POTA but designed especially for listeners rather than transmitters. Instead of making contacts, PRMIP is all about getting outside, setting up your gear, and discovering what signals are out there waiting to be heard.

The concept is simple: take your radio to a public outdoor location, a park, reserve, lookout, summit, or any accessible spot, and log what you can receive across any bands you choose, whether HF, VHF, or UHF. It doesn’t matter if you’re using a handheld scanner, portable receiver, SDR, or a full field setup with external aerials. If you can hear it, it counts.

Logs are intentionally straightforward and flexible. All that’s needed is:
Date / Time
Location
Radio Used
Aerial Used
Logged Frequencies
Notes

You can record your logs however you like, handwritten notebook, spreadsheet, logging app, or printable sheet. A dedicated printable PRMIP log sheet will also be developed for those who prefer a structured format.

PRMIP isn’t a contest, award scheme, or competition. It’s about fun, curiosity, and enjoying radio in different environments. Each outing is a chance to compare propagation, equipment, locations, and antenna setups, and most importantly, to get out and about while enjoying the listening side of the hobby.

Clipboard Organiser – Portable Radio Carrying Goes “Low Profile”

I was at Bunnings. Not looking for a new radio case. I never am…

But sitting there on the shelf was a Tactix Clipboard Organiser. And instantly I was transported back a few years. I used one of these many years ago for my Ultralight DXing radios, and for that role it worked brilliantly. Slim. Practical. Tough enough. I hadn’t seen them around for a while, and I’d honestly forgotten how good they were.

Then I did what any radio tragic would do. I pulled out the Pro-107 I happened to have with me. Quick test fit. And that was the moment. With the internal clipboard divider removed, I realised something interesting:

- Pro-107 fits
- Uniden UBC93XLT fits
- Room for accessories
- Antennas, batteries, charger, leads
- Still closes properly

That was enough justification for me. Into the trolley it went.

Why This Works So Well
The beauty of this case is in what it doesn’t look like.
It’s not a Pelican case.
It’s not a bright orange toolbox.
It’s not “radio guy with gear”.
It’s a clipboard.
Builders, electricians and tradespeople carry these everywhere. That means:
It blends in.
It doesn’t scream “expensive equipment”.
It allows for more relaxed, up-close monitoring in public environments.
That low-profile advantage is underrated.

Features That Make It Ideal
- Solid Writing Surface: When closed, you’ve got a proper clipboard. Logging frequencies, jotting down callsigns, noting signal strength, all easy and stable.

-Enough Protection: It’s rigid plastic with over-moulded corners. Not bomb-proof, but more than adequate for scanners in a backpack.

-Internal Storage Space: There’s depth inside for. Telescopic antennas, Spare batteries, Charger, Patch leads, Earphones, Small tools and it still remains slim.

- Backpack Friendly: It slides straight into a standard backpack without bulk. That’s huge for portable scanning.

The Build Process
Once home, it was time to customise.
First step:
Remove the internal clipboard divider.
Then I grabbed some pine lengths I’d picked up at the same time. These became my internal dividers.

Cut pine to size
Covered them in black duct tape
Installed as internal partitions
Added bubble wrap to protect radio screens
Secured everything with more black duct tape
Added a Velcro strap, to keep it safely closed.

Simple. Cheap. Effective.
No 3D printing.
No laser cutting.
No overthinking.
Just practical DIY.
The end result?
It ticks all the boxes.

What It Now Holds
Currently inside:
- RadioShack Pro-107
- Uniden UBC93XLT
- Batteries & charger
- Telescopic antenna
- Earphones
- Leads and small accessories

Everything has its place.
No rattling.
No screen damage.
No digging around in a bag.

Update - 30/03/2026

📦 Recent Upgrades - Better Organisation & Protection

Since the original build, I’ve made a few practical enhancements to make this clipboard organiser even more capable as a multi-radio portable carry case:

🧩 Added Extra Internal Dividers

I’ve installed additional dividers so the case now comfortably carries two handheld radios plus my mini UHF CB. This helps keep everything separated, prevents radios from rubbing together, and makes gear retrieval much quicker in the field.

🛍️ Accessories in Snapseal Bags

All the small bits and pieces, antennas, cables, spare batteries, programming leads and earphones are now stored in Snapseal bags. This protects them from moisture and dust, and keeps everything neatly grouped rather than rolling around loose inside the case.

🧸 Extra Padding Under Radios

To improve protection during transport, I’ve added extra padding under each radio compartment. This cushion helps prevent damage to screens and controls when the case is carried or set down on harder surfaces.

Weekend Away Playing Radios in the North East of Tasmania - 07/02/2026 - 08/02/2026

Sometimes the best radio adventures happen when you mix a change of scenery, a quiet RF environment, and a bit of flexibility. This weekend in Tasmania’s north-east ticked all those boxes, a short getaway where my wife and I both got to enjoy our own hobbies, while I managed some truly memorable radio listening.

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Saturday – Ringarooma River

Saturday was spent at the Ringarooma River, with my wife happily fossicking along the riverbed. While she searched for gems, I set myself up on the river bank with a portable radio setup.

This location turned out to be gold from an RF perspective. The lack of man-made noise, combined with open terrain and distance from major infrastructure, created ideal listening conditions. What followed was one of those rare sessions where the dial just keeps delivering.

The absolute highlight was my first ever logged DX on the 27 MHz CB band from the USA. Hearing American stations roll in on CB, from a quiet Tasmanian riverbank, was something I’d hoped for but never really expected.

Logged Stations – Ringarooma River (Saturday)

Frequency (MHz)	Callsign / Description
27.005	27 MHz CB
27.025	27 MHz CB
27.085	27 MHz CB
27.205	27 MHz CB
28.265	10 m Beacon (VK5WI)
118.7	TOWER-LTON
125.55	ATC Hobart
126.5	ATC-North
126.7	CTAF
130.35	Velocity
130.3	ATC Mt Tassie (VIC)
165.45	TASGRN Mt Horror (Data)
165.725	TASGRN Welbough Pass (Data)
414.075	TFS UHF Alarm (Data)
476.575	UHF CB Ch 7

For a casual setup while sitting by the river, this was an exceptional haul, and the USA CB reception alone made the day a personal milestone.

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Sunday – Mount Poimena (Blue Tier)

Sunday morning my wife headed off on a gem hunting tour, which gave me a perfect window to head up to Mount Poimena, the highest point on the Blue Tier at 816m ASL.

The drive and walk up are part of the experience, weaving between massive boulders and bushland before a short (about 20 minute) walk to the summit. Along the way I encountered a baby Eastern Brown Snake (often referred to politely as a “danger noodle”). It was given plenty of space and right of way, no radio contact is worth arguing with a Eastern brown snake.

At the top, the reward was full panoramic views across the Blue Tier and out toward the east coast. From a radio perspective, it was outstanding. Elevated, open, and quiet, just about perfect.

Once again, 27 MHz CB DX from the USA was flowing in strongly, and this time across a wide spread of channels. (There’s a video below showing just how strong the signals were.)

Logged Stations – Mount Poimena (Sunday)

Frequency (MHz)	Callsign / Description
26.965	27 MHz CB
26.985	27 MHz CB
27.005	27 MHz CB
27.025	27 MHz CB
27.085	27 MHz CB
27.135	27 MHz CB
27.165	27 MHz CB
27.205	27 MHz CB
27.215	27 MHz CB
27.225	27 MHz CB
27.265	27 MHz CB
27.285	27 MHz CB
27.305	27 MHz CB
27.335	27 MHz CB
27.385	27 MHz CB
29.6	10 m Ham Simplex
123.8	ATC-LTON Approach
126.5	ATC-North
127.8	ATC Flinders Island
146.7	2m Ham Hobart (VK7RHT)
147	VK7RAA 2 m Repeater
150.425	Forestry Tasmania (Data)
156.8	Marine VHF 16
163.875	TASGRN South Sister (Data)
165.5875	TASGRN Den Hill (Data)
165.775	TASGRN Flagstaff Hill (Data)
167.375	TASGRN Companion Hill (Data)
414.075	TFS UHF Alarm (Data)
438.05	VK7RBH 70 cm Repeater
461.575	TASWater South Sister (Data)
461.625	TASWater Anson Bay (Data)

This was one of those sessions where you lose track of time — just scanning, logging, and soaking in the view.

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Overall Thoughts

It was a great weekend away. We both got to do things we genuinely enjoy, without pressure or compromise. From a radio perspective, the standout moment was logging my first USA DX on the 27 MHz CB band, something I’ve chased for a long time.

The combination of quiet RF locations, elevation, and good conditions made the north-east of Tasmania shine yet again. I’m already looking forward to a return trip, with hopes of even more DX, more memories, and maybe a little less snake-dodging next time.