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/c容量, solar, AC]

• Safety officer: [name]

• Checklist completed by: [name] at [time)