What You’ll Find Here
This blog is where I go deeper than a YouTube description. You’ll find practical ham radio guides, activation lessons, gear breakdowns, and field notes from real operating experiences.
Some posts are beginner-friendly. Some get a little more technical. And some are just honest lessons from the field — because not every activation goes perfectly, and that’s usually where the good stuff happens.
Portable operating tips
POTA, SOTA, and location-based activation ideas
Gear and antenna experiments
Beginner-friendly ham radio guides
Field stories and lessons learned
Pre-Activation Generic Checklist [US-TEST]
Introducing the POTA US-TEST Checklist – your go-to guide for planning your very first activation! Get ready to embark on an exciting adventure and ensure you’re fully prepared every step of the way!
Check out these links
1) Planning and documentation
Activation plan: target park, date/time window, bands and modes, expected contact goals.
Local rules and permissions: park regulations, permits, access restrictions, noise limits, temporary closures.
Emergency and contact info: emergency plan, nearest hospital, trip/partner contact, GPS coordinates of the activation site.
Test log: a section to record test results and any deviations from the plan.
2) Power and power management
Primary radio power source: confirm voltage, available capacity, and regulator status.
Backup power: spare battery or alternative power source ready and charged.
Load check: verify system can sustain planned transmission power for the activation duration.
Charging plan: solar or AC charging available and tested (if applicable).
Power distribution: test power cables, Anderson/XT connectors, fuses, and polarity protection.
3) RF hardware and antenna system
Transceiver/ALL RF path: turn-on self-check, nominal current draw, and audio/RF path integrity.
Antenna(s): verify mounting, feedpoint connections, and physical security.
Feedline and connectors: inspect for wear, water ingress, corrosion; test continuity with a ohm-meter if available.
SWR/match device: verify antenna tuner or ATU operation; record baseline SWR on planned bands.
Grounding/bonding: verify proper grounding and RF safety practices.
Coax protection: strain reliefs, weatherproofing, and grommet integrity.
4) Microphones, keying, and operator interfaces
Key/Keyer or paddle: check response, touch sensitivity, and debouncing.
Microphone/voice keys: test audio levels and sidetone.
Logging and contest software: confirm software launches, device connections, and correct callsign/park reference.
Digital modes equipment: ensure USB sound card/interface is recognized, drivers installed, and sample rates set correctly.
5) Station layout and physical security
Setup layout: outline where each piece of gear will go for quick star-up and safe operation.
Stowage and transport: secure all items to prevent movement and damage during transport.
Weather readiness: check shelter (if used), rain covers, and sun protection for gear.
6) Safety and RF exposure
RF exposure assessment: quick check of safe distances for all operators, especially if high-gain antennas or high power is used.
Ground fault protection: GFCI where applicable and proper insulation of exposed conductors.
First aid and PPE: gloves for handling antennas, eye protection if using rotating parts, and any required PPE.
Fire safety: fire extinguisher accessible; check batteries and power equipment for overheating risks.
7) RF test and verification (bench-to-field)
Power-on self-test: verify device self-test passes.
Battery/load test: measure voltage under load; ensure within acceptable range.
RF path test: perform a quick SWR check on the planned bands; confirm tuning works with the tuner.
RX/ TX sanity: verify receive audio levels and transmit function on a known good frequency.
Mock contact: complete a 1–2 sample QSO to validate timing, logging, and spotting workflows.
8) Bands, modes, and software readiness
Band plan alignment: Confirm that the modes and bands you intend to operate on are clear and permitted.
Mode readiness: CW, SSB, FT8/FT4, etc.; verify software configurations and timers.
Logging integrity: ensure callsign database and park reference are correct; verify backup logging method.
9) Redundancy and contingency planning
Spare parts: keep spare fuses, connectors, patch cables, and a spare battery or two.
Alternate plan: identify an alternate park or backup site in case of access issues.
Troubleshooting guide: brief, written steps for common failures (no transmit, SWR mismatch, software crash).
10) Post-activation wrap-up
Power-down procedure: safe power-down sequence to protect gear.
Data backup: save logs, QSOs, and any notes from the activation.
Debrief: quick team review to capture what worked and what to improve.
Template fields you can fill in later (example format)
Park: [Park name and ID]
Date/Time window: [YYYY-MM-DD, local time]
Bands and Modes: [e.g., 20m CW/SSB, 40m FT8]
Power: [e.g., 60 W, 100 W]
Antenna: [type and model]
Transceiver: [brand/model]
Power source: [battery type, solar, AC]
Safety officer: [name]
Checklist completed by: [name] at [time)
Keep the Conversation Going
What’s one thing you stopped bringing to activations because you realized you never actually needed it? Drop into the Discord and tell the Brew Crew.
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