The Mayflower and Her Log; July 15, 1620-May 6, 1621 — Volume 2 by Azel Ames
page 38 of 54 (70%)
page 38 of 54 (70%)
![]() | ![]() |
|
Paris, must, approximately, have been. (See photographs of the model
presented herewith.) "A wooden, carvel-built, keel vessel, with full bluff bow, strongly raking below water line; raking curved stem; large open head; long round (nearly log-shaped) bottom; tumble in top side; short run; very large and high square stern; quarter galleries; high forecastle, square on forward end, with open rails on each side; open bulwarks to main [spar] and quarter-decks; a succession of three quarter- decks or poops, the after one being nearly 9 feet above main [spar] deck; two boats stowed on deck; ship-rigged, with pole masts [i. e. masts in one piece]; without jibs; square sprit sail (or water sail under bowsprit); two square sails on fore and main masts, and lateen sail on mizzenmast." Dimensions of Vessel. Length, over all, knightheads to taffrail, 82 feet; beam, 22 feet; depth, 14 feet; tonnage, 120; bowsprit, outboard, 40 feet 6 inches; spritsail yard, 34 feet 6 inches; foremast, main deck to top, 39 feet; total length, main [spar] deck to truck, 67 feet 6 inches; fore-yard, 47 feet 6 inches; foretopsail yard, 34 feet 1 2 inches; mainmast, deck to top, 46 feet; total, deck to truck, 81 feet; main yard, 53 feet; maintopsail yard, 38 feet 6 inches; mizzen mast, deck to top, 34 feet; total, deck to truck, 60 feet 6 inches; spanker yard, 54 feet 6 inches; boats, one on port side of deck, 17 feet long by 5 feet 2 inches wide; one on starboard side, 13 feet 6 inches long by 4 feet 9 inches wide. The above description "worked out" by Captain Collins, and in conformity to which his putative model of the "MAY FLOWER" was constructed, rests, of course, for its correctness, primarily, upon the assumptions (which there is no reason to question) that the "plates" of Admiral Paris, his sketches, working plans, dimensions, etc., are reliable, and that Captain Collins's mathematics are correct, in reducing and applying the Admiral's data to a ship of 120 tons. That there would |
|