HamLink – Ham Radio Toolkit is a mobile application designed for licensed amateur radio operators who need a practical, lightweight, and feature-complete toolset in the field. It combines logging, propagation awareness, APRS tracking, and operating utilities into a single Android app focused on usability and offline reliability.

Released as a modern ham radio companion, HamLink targets operators who want to replace fragmented tools with a unified mobile workflow.

Overview: What HamLink Actually Does

At its core, HamLink functions as a portable amateur radio operations hub. Instead of switching between multiple apps for logging, APRS tracking, DX spotting, and antenna calculations, users can manage most operational tasks in one place.

The app is structured around five main operational pillars:

• QSO logging and log management
• Network-based sync (QRZ and ClubLog)
• Real-time radio activity monitoring
• Training and skill development tools
• Technical utilities for field operations

This makes it particularly relevant for portable operators, contesters, and activations.

Key Feature Breakdown

1. QSO Logging with ADIF Export

HamLink provides a structured QSO log system that allows users to:

• Create and edit contacts quickly
• Store structured QSO records locally
• Export logs in ADIF format for external logging software

This ensures interoperability with widely used ham radio ecosystems.

2. QRZ and ClubLog Integration

The app integrates directly with major ham radio logging platforms:

• QRZ.com logging support
• ClubLog upload synchronization
• Improved retry logic for unreliable networks
• Clearer error handling during sync operations

This is particularly useful for operators who need confirmation logging during contests or DX activities.

3. Offline Reporting Queue

One of the more practical features is offline-first design:

• QSOs can be logged without connectivity
• Entries are queued automatically
• Sync occurs when internet is restored

This is critical for field operations, mountain activations, and remote DX work.

4. APRS Monitoring

HamLink includes APRS-IS tracking capabilities:

• Live station mapping
• APRS data stream monitoring
• Optimized performance handling for continuous updates

This gives operators situational awareness of nearby stations and activity.

5. DX Cluster Integration

For propagation and band activity awareness, HamLink provides:

• Real-time DX spot monitoring
• Band opening visibility
• Stable cluster data handling infrastructure

This is essential for HF operators working DX or contesting.

6. CW Training Tools

HamLink also supports skill development:

• Koch method training
• Farnsworth timing support
• Structured speed progression sessions

This makes it useful for both beginners learning Morse code and operators improving proficiency.

7. Technical Utilities Suite

The app includes practical field tools such as:

• Grid locator calculation
• Distance and azimuth computation
• Coax loss estimation
• SWR-related utilities
• Antenna reference tools

These reduce dependency on external calculators during portable operations.

Design Philosophy: Offline First and Performance Focused

HamLink is designed around three engineering priorities:

• Offline usability for field operations
• Low latency logging and data processing
• Background handling for large log exports

This is important because amateur radio work often happens in environments with limited or unstable connectivity.

The app also emphasizes a modern UI with dark mode support and minimal interaction friction during active operating sessions.

Who Should Use HamLink

HamLink is most suitable for:

• Licensed amateur radio operators
• Portable / SOTA / POTA activators
• Contest operators requiring fast logging
• APRS users tracking station movement
• CW learners improving Morse proficiency
• DX operators monitoring propagation

In short, it targets operators who actively use their station rather than casual monitoring.

Data and Privacy Considerations

HamLink follows a privacy-focused approach:

• Data stored locally on device
• No third-party data sharing reported
• Optional sync with external logging services

This aligns with typical expectations in amateur radio software where log data sensitivity varies by operator preference.

Conclusion

HamLink positions itself as a modern, mobile-first amateur radio toolkit combining logging, monitoring, and operational utilities in a single Android application.

Its strongest value lies in:

• Offline-first design
• Integrated logging ecosystem support
• Practical field utilities
• Lightweight operational workflow

For operators who frequently operate away from a fixed station, it offers a consolidated and efficient alternative to managing multiple separate tools.

If you are building or refining a mobile amateur radio workflow, HamLink is worth evaluating as a central operating companion.

https://play.google.com/store/apps/details?id=tr.org.hamradiotr

The post HamLink – A Modern All-in-One Mobile Toolkit for Amateur Radio Operators appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

If you’re a ham radio enthusiast working toward CW proficiency, you’ve probably heard of Morse Runner, the legendary Windows-based simulator developed by VE3NEA. But what if you could get that same fast-paced contest-style CW training — right in your browser?

Introducing MorseRunnerJS — a community-driven project that reimagines Morse Runner as a modern, cross-platform web app. No more Wine. No more compatibility struggles. Just open your browser and start copying code.

What Is MorseRunnerJS?

MorseRunnerJS is an open-source initiative that ports the classic Morse Runner software into JavaScript, making it accessible from any device with a modern browser — Linux, macOS, Windows, or even mobile.

It builds on the Web Audio API and the incredible jscwlib library by Fabian Kurz (DJ5CW), delivering realistic CW audio simulations including pileups, fading, QRM, QRN, and more.

You can try it now at:

rcw.f4iey.fr

Key Features

• Browser-based: Runs on Chrome, Firefox, Edge, and mobile browsers
• No installation: Instant CW practice anywhere, no setup required
• Realistic scenarios: Simulates pileups, fading, and noise
• Docker-ready: Self-host using a Docker container on any server
• MIT-licensed: Free and open for everyone

For Developers and Tinkerers

Want to customize it, contribute, or host your own version?

Clone the repo:

git clone https://github.com/mgiugliano/MorseRunnerJS

Or deploy with Docker:

docker run -d --name morserunner -p 8080:80 --restart unless-stopped ghcr.io/f4iey/morserunnerjs:master

View your local instance at: http://localhost:8080

This makes it great for clubs, schools, or personal training servers.

Why This Project Matters

Many CW learners are moving away from Windows-only tools. MorseRunnerJS brings this beloved simulator into the future, opening access for hams on Linux, Chromebooks, Raspberry Pi, or mobile devices. Whether you’re prepping for contests or improving your head-copy, this tool is an excellent practice companion.

MorseRunnerJS is a shining example of what open-source and amateur radio passion can build together.

Acknowledgements

Massive credit goes to Alex Shovkoplyas (VE3NEA) for the original Morse Runner, and to developers @mgiugliano, @f4iey, and contributors who are keeping CW learning alive and accessible.

Try the official web demo here:
https://rcw.f4iey.fr
Explore the source code and updates:
GitHub – MorseRunnerJS

Final Thoughts

MorseRunnerJS is more than a port — it’s an evolution. It respects the roots of Morse Runner while embracing the power and convenience of the modern web. If you’re serious about learning CW or sharpening your skills, give it a try today.

The post MorseRunnerJS – Learn CW the Modern Way, Right in Your Browser appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.