FCC MROP study plan
FCC MROP · Give each week a clear focus.
8 weeks · About 6 hours per week
Rules and Regulations Governing the Maritime Radio Service
Map the FCC maritime licensing structure by listing the operator permit classes and stating what each authorizes
Identify which Part 80 rule sections govern ship station licensing, permit posting, license term, and renewal
Distinguish ship station license obligations from operator permit obligations across ten scenario statements
State the enforcement actions and penalties the FCC may apply for unlicensed or improper operation
Your checkpoint
One-page license-and-obligation matrix (permit classes, station license items, penalties) plus a 20-question self-quiz scored at 90% or better
Rules and Regulations Governing the Maritime Radio Service & Operating Procedures - Distress, Urgency, and Safety Communications
Match the designated VHF channels (16, 13, 6, 9, 70) to their assigned uses and restrictions
State watchkeeping and listening requirements for VHF and MF/HF radiotelephony, including applicable silence periods
Describe station identification requirements and the records/logs Part 80 requires a ship station to keep
Explain the rules on transmitter power, emission types, and interference avoidance
Your checkpoint
Completed channel and frequency reference card plus a 25-question rules quiz at 80% or better
Operating Procedures - Distress, Urgency, and Safety Communications
Recite the MAYDAY call and message sequence in correct order, including identification and position formats
Demonstrate each distress alerting path: VHF Ch 16 voice, Ch 70 DSC, MF/HF 2182 kHz voice, and 406 MHz EPIRB activation and reporting
Sequence the required actions of a station that receives a distress call, including acknowledgment, relay, and keeping silence
Explain how a Rescue Coordination Center uses distress alert data to task a search
Your checkpoint
Two scripted distress scenarios performed aloud end to end and self-scored against a written sequence checklist
Operating Procedures - Distress, Urgency, and Safety Communications
Compose PAN-PAN urgency and SECURITE safety messages for three supplied scenarios
Differentiate distress, urgency, and safety priority levels and select the correct frequency and procedure for each
Outline the correct response to a MAYDAY RELAY and to an uncorrelated DSC distress alert
Describe the roles of the U.S. Coast Guard and rescue coordination authorities in a distress case
Your checkpoint
Twelve written scenario responses classified by priority and answered with complete message scripts, scored at 90% against a rubric
Radiotelephone Operating Practices and Station Logs
State the standard voice procedure elements for call-up, reply, acknowledgment, and termination in ship-to-ship and ship-to-shore traffic
Apply the phonetic alphabet, procedural words, and correct figure and frequency spelling in drill transmissions
Write a complete radiotelephone log entry for each of six event types: departure, routine traffic, distress, position report, equipment failure, and watch change
Apply the logging rules for required content, time format, and retention
Your checkpoint
Six-entry sample station log book, fully compliant with required fields, plus five drill transmissions spelled out in phonetic form
Radiotelephone Operating Practices and Station Logs & Radio Equipment, Antennas, and Basic Electrical/Radio Principles
Distinguish operating practice for bridge-to-bridge (Ch 13), intership safety (Ch 6), and public correspondence traffic
Detect and correct errors in a set of sample log entries and radio transcripts
Describe antenna fundamentals for marine VHF: vertical polarization, gain, standing wave ratio, mounting height, and grounding
Explain why coaxial condition and connector waterproofing affect range and reception
Your checkpoint
Corrected log and transcript set with written justifications for every correction, plus a labeled antenna system diagram
Radio Equipment, Antennas, and Basic Electrical/Radio Principles
Explain the block-level operation of a VHF/FM marine transceiver: oscillator, modulator, RF amplifier, duplexer or switch, and antenna
Compute voltage, current, resistance, and power for 12 V DC marine radio installations using Ohm's law and power formulas
Describe battery types, charging practice, fusing, and DC wiring standards for a marine radio installation
Identify the causes and fixes for common faults: corrosion, poor ground, low supply voltage, and damaged antenna or feedline
Your checkpoint
Transceiver block diagram plus a 15-problem Ohm's law and power worksheet solved at 85% or better
Rules and Regulations Governing the Maritime Radio Service & Operating Procedures - Distress, Urgency, and Safety Communications & Radiotelephone Operating Practices and Station Logs & Radio Equipment, Antennas, and Basic Electrical/Radio Principles
Complete full-length timed practice exams and log every missed item by domain and sub-topic
Re-teach the two weakest sub-topics from memory in a short written summary
Recite distress, urgency, and safety message formats and the VHF channel plan once more without notes
Finalize a one-page pre-exam review sheet covering rules, frequencies, and log requirements
Your checkpoint
Two timed practice exams at 90% or better, each accompanied by an error log and written remediation notes
Milestones
Week 2: Recite the VHF channel plan and the ship station license obligations from memory, scoring 80% or better on a 25-question Domain 1 quiz
Week 4: Score 85% or better on a 40-question timed exam covering Domains 1 and 2, and deliver a complete MAYDAY message from memory with no notes
Week 6: Produce six compliant log entries and correctly identify at least 90% of the planted errors in the sample transcripts
Week 8: Achieve 90% or better on two full-length timed practice exams with no domain below 85%