Daniel Mersey

The Men Who Would Be Kings (eBook, ePUB)

Colonial Wargaming Rules
Illustrator: Dennis, Peter

• Format: ePub

Produktbeschreibung

The Men Who Would Be Kings is a set of rules designed for fighting historical or Hollywood colonial battles in the mid to late 19th Century, from the Indian Mutiny to the Boxer Rebellion. Large scale colonial clashes tended to be one-sided affairs, but there are countless reports of brief, frantic skirmishes in every colonial war, where either side could be victorious, and these are the battles that The Men Who Would Be Kings seeks to recreate. Although focusing on the British colonial wars against the Zulus, Maoris and others, these rules will also permit players to explore the empires of France, Germany, and other nations, as well as allowing for battles between rival native factions. Gameplay is very simple, and is driven by the quality of the officers leading your units, in the true spirit of Victorian derring-do and adventure, where larger than life characters such as the (real) Fred Burnaby and the (fictional) Harry Flashman led their troops to glory and medals or a horrible end at the point of a spear tip.

Produktdetails

• Verlag: Bloomsbury UK eBooks
• Seitenzahl: 64
• Erscheinungstermin: 22. September 2016
• Englisch
• ISBN-13: 9781472815026
• Artikelnr.: 45521819

Autorenporträt

Daniel Mersey has spent more than three decades leading miniature armies to spectacular defeat on tabletop battlefields. He has won no medals and his armies will never salute him. Daniel has been writing books, gaming articles, and rulesets since the 1990s. His rulebooks for Osprey Publishing include two Origins Award-nominated titles, Lion Rampant and Dragon Rampant, and the UK Games Expo Judges' Award-winning Rebels and Patriots (with Michael Leck). In 2021, Daniel was appointed as the University of Edinburgh's first ever Games Designer in Residence.

Inhaltsangabe

Overview
Understanding the basics
Playing the game
Army lists
Strategies and tactics
Sample armies
Scenarios
Campaigns