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Applied Ballistics for Long Range Shooting 3rd Edition By Bryan Litz

Applied Ballistics for Long Range Shooting 3rd Edition By Bryan Litz

$ 41.22

Availability: 100 in stock
  • Return shipping will be paid by: Buyer
  • Number of Pages: 432
  • Publisher: Applied Ballistics
  • Educational Level: Adult & Further Education
  • Publication Year: 2015
  • Language: English
  • All returns accepted: Returns Accepted
  • MPN: 9780990920618
  • Type: Textbook
  • Condition: Brand New
  • Refund will be given as: Money Back
  • Item must be returned within: 30 Days
  • Author: Bryan Litz
  • Format: Hardcover
  • Publication Name: Applied Ballistics
  • Country/Region of Manufacture: United States

    Description

    Applied Ballistics for Long Range Shooting 3rd Edition
    Bryan Litz Author
    Exterior ballistics is a very mature science. Unfortunately, most shooters have not been able to take full advantage of this field of knowledge because it’s always been described in a highly technical language. In this book, author, champion shooter and Ballistician Bryan Litz breaks down the complex science of accuracy into layman’s terms that are easy to understand and apply. The objective of each subject matter is to present information to the reader which they can use to hit targets at long range.
    The traditional role of exterior ballistics has been to account for the variables related to bullet flight so accurate fire solutions can be computed. Author Bryan Litz believes that ballistics has more to offer. Weapon Employment Zone (WEZ) analysis is the calculation of hit percentages. New for this third edition, the subject of WEZ analysis is explored and some enlightening topics are presented regarding the effects of environmental uncertainties on your hit percentage, as well as how the ballistic performance of your rifle and bullet affects hit percentage as well. This edition also includes the latest version of the Applied Ballistics Point Mass Solver on CD. Combined with experimentally measured BC’s, this program is capable of modeling extremely accurate trajectories as verified in Chapter 8.