Haynes Nasa Mercury 1956 to 1963 (All Models) Owners' Workshop Manual : An In...

$ 22.08

Item Height: 0.6 in Number of Pages: 208 Pages Publication Year: 2017 Item Width: 8.5 in Book Title: NASA Mercury - 1956 to 1963 (all Models) : An Insight into the Design and Engineering of Project Mercury - America's First Manned Space Programme height: 0.6 in Language: English Publisher: Haynes Publishing Group P.L.C. Item Weight: 31.1 Oz ISBN: 9781785210648 Item Length: 10.9 in width: 8.5 in Format: Hardcover Topic: Aviation / History, Space Science, Aeronautics & Astronautics Book Series: Owners' Workshop Manual Ser. Genre: Transportation, Technology & Engineering, Science Author: David Baker Illustrator: Yes

Description

Haynes Nasa Mercury 1956 to 1963 (All Models) Owners' Workshop Manual : An In.... Haynes Nasa Mercury 1956 to 1963 (All Models) Owners' Workshop Manual : An Insight into the Design and Engineering of Project Mercury--America's First Manned Space Programme, Hardcover by Baker, David, ISBN 1785210645, ISBN-13 9781785210648, Like New Used, Free shipping in the US Full coverage of the design, engineering, development and flight operations of NASA's Mercury spacecraft, which in addition to several unmanned tests supported two piloted ballistic sub-orbital flights in 1961 and four piloted orbital flights between 1962 and Mercury programme bridged the gap between the hypersonic X-15 and the two-man Gemini spacecraft, which in turn led to the Apollo spacecraft. MERCURY - AMERICA'S FIRST PILOTED SPACECRAFT 1 completes the Haynes Workshop manual series of US and Russian piloted space vehicles and serves as a precursor to a possible Hynes Workshop Manual on the NASA Orion deep-space exploration vehicle scheduled to fly in 2018 on the Space Launch System, the world's biggest emphasis in th will on describing the design, engineering and technology of the Mercury spacecraft rather than on the missions, which are comprehensively covered in several previously published books. In this way the Workshop Manual brand line is maintained as a reference to the way machines are built and operated.