Rigging resources
Information about the
sizes and types of rigging used in large square rigged sailing ships
British Navy and
merchant ship rigging information
A General View of the most
Approved Ship of Each Class in the British Navy with the exact dimensions of
her Masts, Yards, Rigging, Blocks, Guns, Gun-Carriages, Anchoes and Cables
according to the establishment of 1778. Printed for David Steel – 1781
This
publication, originally published as a 34” 23” sheet, shown in the following
figure:
Steel’s original sheet (from here) Excel version here
The
publication includes a comprehensive table listing information about different
sized navy sailing ships of the period including all ropes used for standing
and running rigging. Each rope is named
and listed as hawser laid, as cabled or as tapered and cabled. See the figure below for an example:
Steel’s General View sample
A
transcribed version of Steel’s A General View is available from Y. Miroshnikov.
There
were multiple editions of Steel’s A General View published, but
the transcribed version from Y. Miroshnikov with the
data from 1781 & 1799 is the only one I have found on-line.
In
1794 David Steel had published a multi volume The
Elements of Practice of Rigging and Seamanship. He included an updated version of his rigging tables
in the 2nd volume as well as other information about the rigging of
British navy vessels.
Steel
then created a small book that included the rigging related material in The
Elements that he called “The Art of Rigging” He
included an updated version of the tables of navy ship rigging as an appendix
in the new book whose full title reads:
The Art of Rigging:
Containing an Alphabetical Explanation of the Terms, Directions for the Most Minute
Operations, and the Method of Progressive Rigging with Full and Correct Tables
of the Dimensions and Quantities of Every Part of the Rigging of All Ships and
Vessels
The
first edition of the Art of Rigging was printed in 1796 and is available
as print on demand and in paperback on Amazon
The
tables in the first edition of the Art of Rigging were simplified
somewhat from the tables in A General View (for example by removing the
notation of which ropes were hawser laid - since all but the ropes that were
cable laid were hawser laid, that made sense), as can be seen in the following
example:
Steel: Art of Rigging First Edition sample
A
second edition was printed in 1806 and is available from the Internet Archive
The
second edition added information about the rigging of merchant ships, and is 13
pages longer than the first edition.
Steel: Art of Rigging Second Edition sample
A
third edition was published in 1818 but I have not found a copy of that
on-line.
The Art
of Rigging was taken over by George Biddlecombe who published a revised
version in 1848. A copy of the 1848
edition is available for free from Google Books,
as is a later version
from 1925, which was also reprinted as a paperback.
The tables in the Biddlecombe version were simplified even
further with the removal of any mention of cabled rope as can be seen in the
following example:
Biddlecombe: Art of Rigging – 1848 sample
American Navy ship
rigging information
Peter Force published a comprehensive set of tables of the
masting and rigging of US Navy vessels in 1826.
He called it:
Tables Showing the
Masts and Spars, Rigging and Stores, etc. of Every Description, Allowed to
Different Classes of Vessels Belonging to the Navy of the United States
I
obtained a copy of the tables and posted it here.
The information in the Force Tables is generally
consistent as to rope sizes for merchant vessels with the information in the
Steel Art of Rigging publications.
See, for example the following example:
Force Tables example
Brady’s The Kedge-Anchor
from 1849 also has a set of tables showing rigging lines for navy vessels and
their sizes. See the following example:
Brady: The Kedge-Anchor – 1849 sample
Underhill information
Harold A. Underhill includes tables of standing rigging
(table 19), running rigging for square sails (table 21), and running rigging
for fore and aft sails (table 22) in his book Masting and Rigging the
Clipper Ship and Ocean Carrier (1946).
Underhill does not say what the source was for his numbers.
Lankford information
Ben Lankford created an excellent set of drawings of the
McKay clipper ship Flying Fish in 1979 for Model Shipways. The drawings include the sizes of all of the
ropes and chains used in both the standing and running rigging. Some of the sizes on the drawings differ from
the sizes shown by contemporary sources
but, overall, in my opinion it is the best single source for information on the
rigging of mid 1800s clipper ships. That
said, the Lankford drawings do not include any mention of the types of rope
used on large sailing vessels.
McLean information
Duncan McLean, writing for the Boston Daily Atlas,
wrote many articles on the launching of many clipper ships, including those
built by Donald McKay. In his story on the Flying Cloud McLean said that
the Flying Cloud was rigged the same as was the Stag Hound. McLean included information about the sizes
of some of the standing rigging in his article on the Stag Hound. The
information he provides is incomplete and a bit confusing but is worth taking a
look at. McLean also said that the
standing rigging for at least the Flying Fish was four-strand and
made of the finest Russian hemp.
Ropemaking information
David
Steel published a two-volume book on the Elements
and Practice of Rigging and Seamanship in 1794. A chapter in the first volume focused on ropemaking.
H.R
Carter published a number of books about ropemaking. I found two in particular to provide helpful
information: Modern Flax, Hemp, and Jute Spinning and Twisting published in 1907 and Rope, Twine and Thread
Making published in 1909.
Information about the
rigging of sailing ships
Of course, all of the books mentioned above include more
than just tables of rigging sizes and are all useful aids to understand the
rigging of sailing ships of all descriptions.
There
are a number of books specifically on the topic of the rigging of large navy
and merchant sailing ships, all of such books I have found provide at least
some useful information.
One particularly detailed book is Lennarth
Petersson’s Rigging Period Ship Models,
published in 2000, which goes line by line through the rigging of an English
frigate built in 1785 based on a contemporary model of the vessel with the
original rigging largely intact.
James Lees-The Masting and Rigging of English Ships of
War 1625-1860, originally published in 1979, also goes line by line through
the rigging of English ships of war and, in addition, contains a lot of
additional information such as how the sizes of deadeyes and their lanyards can
be calculated.
The Ashley Book of Knots, published in 1944, has
quite a bit of useful information beyond how to tie knots, including about
things such as hearts and deadeyes.
What information I used
for deciding on the rigging sizes for my Flying Cloud model
I find that the tables in the second (1806) edition of the Art
of Rigging have the set of information that best matches what I think was
still being used in the mid 1800s on merchant vessels (including U.S. merchant
vessels) – for example, as shown in the sample from the second edition above,
it shows the fore stays as being 10½ inch cabled 4-stranded rope. This matches what Duncan McLean wrote about
some of the McKay clippers, for example this about the Flying Fish “Her heavy standing rigging is of four stranded, patent
rope, made to order of the best Russian hemp, and varies from 10½ to 8 inch.” But this source
does not include all the lines that the Flying Cloud had and there were
some differences between this and other sources.
To determine the final rope sizes, I made spreadsheets that
compared the sizes from the Steel’s A General View, the second edition
of his Art of Rigging, the 1849 version of Biddlecombe’s Art of
Rigging, Force Tables, Underhill Masting and Rigging as well
as the Flying Fish drawings from Lankford. The sizes listed were generally consistent
when normalized for a 1600-ton ship, where the sizes were not consistent, I
picked what seemed to me to be the best size.
I then created spreadsheets of the rigging that used the sizes I had
picked along with sizes that made sense for the lines that were not covered by
any of the sources (the skysail lines for example).
Where the source had information for different sized ships,
I normalized the size values for a ship the size of the Flying Cloud by
comparing the sizes for smaller ships and how the sizes of rope increased based
on the size of the ship. I then applied
that same increase to the largest size ship in the table to get an
approximation of the size that would have been used on a ship the size of the Flying
Cloud.