The Atlantic Pilot Atlas provides a complete guide to the weather of the North and South Atlantic, the Mediterranean and the Caribbean. Now revised for the fifth edition, it includes weather forecasting, global warming and hurricane avoidance information as well as wind and current charts, wave heights, tropical cyclone tracks and shipping routes. Any skipper contemplating an ocean crossing needs to know what conditions he is likely to meet en route, in order to plan a safe and comfortable passage, and this book provides exactly what is needed. 40 specially drawn colour charts show detailed information on the winds, currents, gale frequencies, rough sea conditions, hurricane tracks and recommended sailing routes for each month of the year for all these oceans. 'This is what every yachtsman contemplating an extended cruise needs in one book... No serious offshore bookshelf should be without one.' Yachting Monthly 'Without doubt the most useful guide for anyone planning a Transatlantic voyage.' Ships & Ports

Plans included:Sines (1:30 000)Lagos (1:30 000)Portimao (1:25 000)Vilamoura (1:20 000)Vila Real de Santo Antonio (1:35 000)Isla Cristina (1:30 000)Mazagon (1:40 000)Chipiona (1:40 000)Rota (1:25 000)Bahia de Cadiz (1:55 000)Puerto Sherry (1:30 000)Sancti-Petri (1:30 000)Barbate (1:75 000)Tarifa (1:20 000)Gibraltar (1:40 000)Strait of Gibraltar (1:275 000)On this 2017 the latest depth surveys have been applied. Harbour developments in Gibraltar are included as are the latest firing practice areas in Golfo de Cadiz. The chart specification has been improved to show coloured light flashes. There has been general updating throughout.

Chart scale 1:325 000Plans included:Scarlino to Punta Ala (1:85 000)Approaches to Giglio Marina (1:10 000)Approaches to Civitavecchia (1:40 000)Approaches to Fiumicino and Fiuma Grande (1:50 000)Approaches to Anzio (1:50 000)On this 2017 the latest known depths have been applied. Harbour developments at Civitavecchia and Fiumicino are included as is the restricted area on the approach to Anzio. The Corsican Channel TSS is shown, as are the extents of Marine Protected Areas on this chart. The chart specification has been improved to show coloured light flashes. There has been general updating throughout.

A brand new chart for 2016 covering the south coast of Sicily and Malta Passage Plans included: Licata (1:20 000) Porto Palo and Capo Passero (1:100 000) Siracusa (1:35 000) Grand Harbour & Marsamxett (Malta) (1:15 000)

Plans included: Crinan Approaches (1:10 000) Ardrishaig (1:15 000) East Loch Tarbert (1:12 000) Campbeltown Loch (1:35 000) Campbeltown Harbour (1:7500) Caladh Harbour (1:10 000) Burnt Islands (1:10 000) Rothesay Harbour (1:5000) Lamlash Harbour (1:75 000) Rhu & Helensburgh (1:15 000) Dumbarton (1:15 000) Kip Marina (1:15 000) Largs Channel (1:50 000) Largs Yacht Haven (1:15 000) Millport (1:15 000) Ardrossan (1:10 000) Irvine (1:17 500) Troon (1:12 500) Ayr (1:10 000) Girvan (1:6000) Stranraer (1:12 500) Portpatrick (1:5000) On this 2016 edition the latest depth surveys have been applied throughout. The chart specification has now been improved to show coloured light flashes.

This authoritative textbook will cover the principal topics in thermodynamics for officer cadets studying Merchant Navy Marine Engineering Certificates of Competency (CoC) as well as the core syllabi in thermodynamics for undergraduate students in marine engineering, naval architecture and other marine technology related programmes. It will cover the laws of thermodynamics and of perfect gases, their principles and application in a marine environment. This new edition will be fully updated to reflect the recent changes to the Merchant Navy syllabus and current pathways to a sea-going engineering career, including National Diplomas, Higher National Diploma and degree courses. This new content will focus on how the the formulae and calculations apply to the actual workplace, and these updates will open up the potential market in the UK as well as appealing to more of the international market. Each chapter has fully worked examples interwoven into the text, with test examples at the end of each chapter. Other revisions include new material on combined steam and motor propulsion systems, expanded sections on different IC engine cycles, information on the modern use of steam and gas turbines for the production of electrical power, and more.

Plans included: Port la Foret (1:15 000) Concarneau (1:15 000) Port Manec'h (1:35 000) Ports Brigneau & Merrien (1:20 000) Doelan (1:15 000) Iles de Glenan North (1:30 000) Lorient (1:35 000) Lorient Yacht Harbour (1:10 000) Port Tudy (Ile de Groix) (1:10 000) Etel (1:35 000) On this 2016 edition the latest depth surveys have been applied along with general updating throughout. Harbour developments at Concarneau are included.

Plans: Approaches to Brindisi Approaches to Otranto Approaches to Gallipoli Approaches to Crotone

This indispensable guide to ship stability covers essential topics such as flotation and buoyancy, small angle, large angle and longitudinal stability, water density effects, bilging, ship resistance, and advanced hydrostatics. Each chapter has a comprehensive list of aims and objectives at the start of the topic, followed by a checklist at the end of the topic for students to ensure that they have developed all the relevant skills before moving onto the next topic area. The book features over 170 worked examples with fully explained solutions, enabling students to work through the examples to build up their knowledge and develop the necessary key skills. The worked examples, which range in difficulty from very simple one-step solutions to SQA standard exam questions and above, are predominantly based on a hypothetical ship. The reader is supplied with extracts from a typical data book for the ship which replicates those found on actual ships, enabling the reader to develop and practise real-life skills. This edition has been fully updated in line with the recently changed rules and regulations around ship stability and the updated national exam syllabus. Updates include corrections and clarifications to worked examples, new text on damaged stability and probabilistic stability, extra content on hydrostatic forces and centres of pressure, and extra content on stability information for small craft.

The increasing popularity of water jet -- propelled vessels both in the civilian and military sectors of the maritime industry has outpaced the commonly available and approachable books on these ships. Many mariners who operate these styles of vessels have received training in their operation from vessel-specific instruction. This has left a knowledge gap between the various different vessel types in what works and what does not. Inside are descriptions and pictures of the various parts of water jet propulsion and control systems. Also included are explanations and suggestions on how to make full use of the remarkable manoeuvring potential that water jet propulsion offers, followed by an explanation of how to efficiently and safely make use of the higher speeds that water jet vessels can obtain. Last, there is an extensive glossary of terms typically used in the community of high-speed water jets.

The Must-Know information about catamarans, trimarans & proas for every multihull owner or prospective buyer. This includes buying information and understanding the most important areas of boat maintenance for your vessel.
Multihull expert John Marples gives you all the essential information, which covers sailing yachts, luxury boats, cabin cruisers, new boats, used boats, boats for sale and small boat designs. Multihull owners can protect their investment, or save themselves a lot of grief, when it comes to these unique craft, including:
-- Critical areas of multihull service and performance
-- Common self-built and production boat problems
-- Understanding the "multihull platform" and its effects upon sailing and performance
-- Main stress points and how to increase the longevity of your boat
-- Design flaws and danger signs in catamarans and trimarans
-- #1 multihull mistake (dangerous and decreases sailing performance)
-- Weight distribution for safe sailing and increase performance
-- Multihull ballast issues and performance
-- Fundamental difference between monohull and multihull rigging
-- How to easily perform routine maintenance on cruising multihulls
-- Main areas for multihull maintenance (what are they ... and why?)
-- Easiest (yet most neglected) multihull maintenance issue
-- Why fiberglass production boats and wooden boats can both suffer from mildew and rot
-- What to change put in the hulls each and every time you go sailing
-- Active (and passive) pieces of equipment to help keep your boat fresh for years to come
-- Must-have pieces of equipment to include in the engine area
-- Avoiding chainplate errors (that cause corrosion & structural damage
-- #1 way small multihulls suffer from damage

Formulas for the Air Navigation Computer is written for pilots and air navigators at all levels of experience from the novice to the professional. The book is self-help on how to use the E6-B Air Navigation Computer. An E6-B Air Navigation Computer is a circular slide rule with a wind slide on the reverse side. It is dedicated to performing all calculations related to pre-flight planning and in-flight air navigation. Every pilot has an E6-B Air Navigation Computer, which is supplied with a very brief instructional booklet when the E6-B is purchased. However, the booklet only covers a few basic formulas, and many more formulas are required for passing the pilot navigation exams at various levels and, of course, for all operational flying. Obtaining all these different formulas from various sources is time consuming, as this author has discovered over the years. They are not readily available in one book. This is the reason for writing Formulas for the Air Navigation Computer; it is a unique collection of air navigation computer formulas. The formulas are written as they appear when set up on the E6-B Air Navigation Computer. A full description on how to solve each formula is included, along with a worked example and also the methods for using the wind slide to calculate wind triangle and other navigational problems associated with the wind slide. The book is easy to follow by the novice pilot and a convenient reference source for the more experienced pilot. The book is complete with all the formulas a pilot of any level should need to know. It is laid out in a simple way with over 122 formulas and methods, covering Time, Speed & Distance, Air Speed, Altitude Navigation, VNAV, One-in-Sixty Rule, Wind triangle Calculations, Wind Finding methods, Fuel Calculations, Pressure Pattern Navigation and more.

Rawson and Tupper's Basic Ship Theory, first published in 1968, is widely known as the standard introductory text for naval architecture students, as well as being a useful reference for the more experienced designer.
The fifth edition continues to provide a balance between theory and practice. Volume 1 discusses ship geometry and measurement in its more basic concepts, also covering safety issues, structural strength, flotation, trim and stability. Volume 2 expands on the material in Volume 1, covering the dynamics behaviour of marine vehicles, hydrodynamics, manoeuvrability and seakeeping. It concludes with some case studies of particular ship types and a discussion of maritime design. Both volumes feature the importance of considering the environment in design.
Basic Ship Theory is an essential tool for undergraduates and national vocational students of naval architecture, maritime studies, ocean and offshore engineering, and this combined hardback version will be of great assistance to practising marine engineers and naval architects.

Brand new edition of the leading undergraduate textbook in Naval Architecture.
Provides a basis for more advanced theory.
Over 500 examples, with answers.

This new edition accommodates the most recent advances in GPS technology. Updated or new information has been included although the overall structure essentially conforms to the former editions. The textbook explains in comprehensive manner the concepts of GPS as well as the latest applications in surveying and navigation. Description of project planning, observation, and data processing is provided for novice GPS users. Special emphasis is put on the modernization of GPS covering the new signal structure and improvements in the space and the control segment. Furthermore, the augmentation of GPS by satellite-based and ground-based systems leading to future Global Navigation Satellite Systems (GNSS) is discussed.

This superb reference book achieved the status of 'classic' soon after its first publication in 1986; it was soon out of print and is now one of the most sought-after naval reference books on the secondhand market. It presents, in one superb volume, the complete technical history of British capital ship design and construction during the dreadnought era. One hundred years ago at Jutland, Dogger Bank, Heligoland Bight and the first battle for the Falklands, might squadrons of these great armoured ships fought their German counterparts for command of the seas. Beginning with Dreadnought, the book continues to the end of the First World War, and all of the fifty dreadnoughts, 'super-dreadnoughts' and battlecruisers that served the Royal Navy during this era are described and superbly illustrated with photographs and line drawings. Each class of ship is described in detail so that design origins, and technical and operational factors, are discussed alongside characteristics, with special emphasis on armament, armour and machinery. Fully detailed data tables are included for every class, and more than 500 photographs and line drawings illustrate the text. A delight for the historian, enthusiast and ship modeller, it is a volume that is already regarded as an essential reference work for this most significant era in naval history and ship design.

Celestial navigation is a way to find your latitude and longitude on earth using a sextant to measure the angular heights of celestial bodies above the horizon. It has been used by mariners at sea and explorers on land for three hundred years, and it is still used today as a dependable backup to modern electronic navigation. Routine celestial navigation relies upon accurate time (Universal Time) to find the longitude of a position (latitude does not require time). Advanced celestial navigators can find longitude without knowing the time using a technique called Lunar Distance. In this technique, the sextant is used to measure the angular (diagonal) distance between the moon and another celestial body. Since this distance slowly changes as the moon moves eastward though the stars, it can be used to find the time of day that is needed to complete the longitude determination.The process of finding longitude from lunar distance, however, requires special tables that have not been published in the Nautical Almanac or other sources since the early 1900s. Although software solutions have been available, most advanced celestial navigators are very grateful to navigation historian Bruce Stark for creating these printed tables dedicated to this task. They have been used and tested by mariners for more than 15 years and are praised by experts for their ingenuity and ease of use in solving this complex navigation exercise-which all agree is the hallmark of an expert celestial navigator.With The Stark Tables in your nav station, you no longer have to fear losing power to your electronic navigation aids, nor are you dependent on accurate time from any official broadcast.Besides their practical use in back up navigation, historians have used these tables for years to interpret the logbooks of Lewis and Clark, David Thompson, James Cook, Matthew Flinders, George Vancouver, Nathaniel Bowditch, and other notable explorers and sea captains."It is remarkable in this day when the very survival of celestial navigation seems in question, that an individual should suddenly appear on the scene and present to the world such a brilliant piece of work. Stark has rendered a great service to the celestial navigation community." - Robert Eno, The Navigator's Newsletter"Captain Cook would have relished using these tables, had they been available to him then."- George Huxtable, FRIN

Plans included: Dingle Harbour (1:25 000) Valentia Harbour (1:32 500) Portmagee (1:30 000) Sneem, Kilmakilloge & Ardgroom Harbours (1:55 000) Castletown Berehaven (1:20 000) Glengarriff Harbour (1:30 000) Bantry Harbour (1:30 000) Crookhaven (1:25 000) Schull Harbour (1:30 000) Baltimore Harbour (1:22 500) Castlehaven (1:25 000) Glandore Harbour (1:35 000) Courtmacsherry Harbour (1:35 000) Kinsale Harbour (1:35 000) Cork Harbour Entrance (1:35 000) On this 2017 edition the latest depth surveys have been applied where available. The chart specification has been improved to show coloured light flashes. There has been general updating throughout.

This book is a detailed comparative study of the decorative work - figurehead, topside ornamentation and stern gallery design - carried by the ships of the major maritime states of Europe in the zenith of the sailing era. It covers both warships and the most prestigious merchant ships, the East Indiamen of the great chartered companies. The work began life in the year 2000 when the author was commissioned to carry out research for an ambitious project to build a full-size replica of a Swedish East Indiaman, which produced a corpus of information whose relevance stretched way beyond the immediate requirements of accurately decorating the replica. In tracking the artistic influences on European ship decoration, it became clear that this was essentially the story of the baroque style, its dissemination from France, and its gradual transformation into distinct national variations in Britain, the Netherlands, Denmark and Sweden. It is an inherently visual subject and the book illustrates developments with numerous photographs of contemporary ship models, paintings and plans, as well as the author's own interpretive illustrations of details. As the first major work on the topic for nearly a century, it will be of obvious appeal to ship modellers and historians, but with comparative examples drawn from architecture and sculpture, it also makes a broader contribution to the history of the applied arts.

Plan includes: San Juan Bahia de Ponce Puerto Arecibo Bahia de Mayaguez

Immensely useful, highly instructive manual for would-be explorers, hikers, bikers, scouts, sailors, survivalists--anyone who enjoys exploring the outdoors. Today's adventurers will learn how to find their way in the wilderness, in towns, in the desert, in snow-covered areas--even on the ocean--by observing birds, animals, weather patterns, vegetation, shifting sands, patterns of snow fields, and the positions of the sun, moon and stars. Clearly, precisely and graphically explained by one of the world's great navigators.

The Canal du Midi, which threads through southwestern France and links the Atlantic to the Mediterranean, was an astonishing feat of seventeenth-century engineering--in fact, it was technically impossible according to the standards of its day. "Impossible Engineering" takes an insightful and entertaining look at the mystery of its success as well as the canal's surprising political significance. The waterway was a marvel that connected modern state power to human control of nature just as surely as it linked the ocean to the sea.

The Canal du Midi is typically characterized as the achievement of Pierre-Paul Riquet, a tax farmer and entrepreneur for the canal. Yet Chandra Mukerji argues that it was a product of collective intelligence, depending on peasant women and artisans--unrecognized heirs to Roman traditions of engineering--who came to labor on the waterway in collaboration with military and academic supervisors. Ironically, while Louis XIV and his treasury minister Jean-Baptiste Colbert used propaganda to present France as a new Rome, the Canal du Midi was being constructed with unrecognized classical methods. Still, the result was politically potent. As Mukerji shows, the project took land and power from local nobles, using water itself as a silent agent of the state to disrupt traditions of local life that had served regional elites.

"Impossible Engineering" opens a surprising window into the world of seventeenth-century France and illuminates a singular work of engineering undertaken to empower the state through technical conquest of nature.