©Debra.Elvery-Knight2024
FREE-POST with INSURANCE AUSTRALIA-WIDE: 30-Day RETURNS, MONEY BACK GUARANTEE: 1-DAY DISPATCH SERVICE
You are viewing a Brand New Paperback Edition Book Titled "SMALL ARMS IDENTIFICATION SERIES Book No. 20, .577 PATTERN 1853 RIFLE MUSKET & SNIDER ENFIELD" This book has been written by internationally acclaimed Author Ian Skennerton, an articulate researcher and author of a myriad of firearms and edged weapons publications. Ian is Australia's foremost weapon historian and military gun expert and is patron of many historical societies including the Australian Historical Arms and Munitions Association. Ian's work within the Lee Enfield Corporation is legendary, and he is regarded as a leading authority on British rifles, having written extensively on Enfields, Sniders, Martinis, and many more... This is a Vintage edition published back in 2009 and most of the book stock has already been sold out due to the popularity of these particular titles. According to the Author, many of the titles in this series will not be reprinted. Many of Ian's books are becoming very rare and are fetching extraordinarily high prices. Enjoy the Knowledge! This comprehensive book contains- Photos and Illustrations
- Parts Identification Lists,
- '53 & Snider Notes
- Exploded Parts Drawings,
- Armourers Instructions
- Accessories and Fittings.
- Photos do not show the actual size so please read the description page for the exact measurements.
- Colours may display differently, depending on your computer and settings.
- Highly reflective shiny items, like metals, silver, gold, jewels, and glass reflect everything (including us!) and create optical illusions.
- The item featured in the photos is the exact one you will receive.
- The lead photo has had the background removed with Photoshop, all the original untouched photos are also included for viewing.
- Any errors will be accidental and not intentional or purposely misleading.
- WEIGHT: 183 gm. approximately unpacked
- HEIGHT: 27.4 cm / 10.78"
- WIDTH: 21.1 cm / 8.30"