RYA Ocean Yachtmaster: Interactive Online Course.

Theory Courses


RYA Yachtmaster Ocean Theory

RYA YACHTMASTER OCEAN
ONLINE THEORY

Revise and retry until you pass

  • Fully Animated & Interactive Lessons
  • Multi Device Support
  • Study At Your Own Pace
  • Proven Pass Rate
  • No Classroom Pressure
  • MCA & RYA recognised
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  • Initial 6 month access with options to extend
  • Lifetime Access To Revision Material

Navigate With Confidence

This comprehensive program covers vital topics such as celestial navigation, ocean passage planning, weather forecasting and meteorology. By mastering these essential skills, you'll gain the theoretical knowledge ready to navigate vast and unpredictable waters with confidence. Join our course and embark on a journey towards becoming a competent and capable Yachtmaster Ocean.

If you wish to take the RYA/MCA Yachtmaster Ocean oral exam, the RYA require the end of course theory assessment to be invigilated by an RYA Instructor at an RYA recognised Training Centre. Alternatively, the candidate can opt to take an extra paper during the oral exam.
If you wish to take an invigilated assessment at the end of the theory course rather than take the extra paper during the oral exam, please let us know in advance so we can arrange for you to take the assessment at one of our participating centres.
There will be a fee for the invigilation which is at the discretion of the chosen recognised Training Centre.

Upon successful completion, this course awards the RYA/MCA Yachtmaster Ocean Shorebased theory certificate.

RYA Coastal Skipper/Yachtmaster Offshore
Course SYLLABUS

The earth and the celestial sphere:

  • Definition of observer’s zenith and position of a heavenly body in terms of latitude.
  • longitude, GHA and declination.
  • Right angle relationships, latitude and co-lat, declination and polar distance.
  • Relationship between GHA, longitude and LHA.
  • Tabulation of declination in nautical almanac.
  • Rate of increase of hour angle with time.

The PZX triangle:

  • The tabulated components of the triangle, LHA, co-lat and polar distance.
  • The calculable components, zenith distance and azimuth.
  • Relationship between zenith distance and altitude.
  • Introduction to the tabular method of solution in the Air Navigation Tables and the basic sight form.
  • The use of calculators for the solution of the PZX triangle.

The sextant:

  • Practical guide to the use and care of a sextant at sea.
  • Conversion of sextant altitude to true altitude.
  • Application of dip, index error and refraction.
  • Correction of side error, perpendicularity, index error and collimation error.

Measurement of time:

  • Forecasting time of meridian altitude.
  • Reduction of meridian altitude sights.

Sun, star and other sights:

  • Reduction and plotting of sun sights using.
  • Air Navigation Tables.
  • Awareness of the use of calculators for sight reduction.
  • The plotting of sun-run-sun meridian altitude.
  • Awareness of the reduction and plotting of sights obtained from stars, moon and planets.

Compass checking:

  • Use of amplitude and azimuth tables systems and/or calculator.

Satellite Navigation Systems:

  • Principles and limitations of use of all systems.

Great circle sailing:

  • Comparison of rhumb lines and great circles.
  • Verticies and composite tracks.
  • The computation of a series of rhumb lines approximating to a great circle by use of gnomonic and Mercator projections.

Meteorology:

  • General pressure distribution and prevailing winds over the oceans of the world.
  • Tropical revolving storms, seasonal occurrence and forecasting by observation.

Passage planning:

  • Publications available to assist with planning of long passages (routing charts, ocean passages of the world and other publications).
  • Preparation for ocean passage including survival equipment, victualling, water and fuel management, chafe protection, spares and maintenance.

Passage planning:

  • Publications available to assist with planning of long passages (routeing charts, ocean passages of the world and other publications).
  • Preparation for ocean passage including survival equipment, victualling, water and fuel management, chafe protection, spares and maintenance.

Passage making:

  • Navigational routine and Keeping watch.
  • Crew management.

Communications:

  • Satellite and terrestrial systems.
  • Weather information.
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