Take command of feudal lords in tense battles for control during Japan's Sengoku period in an exciting sequel to General Orders: World War II.
General Orders: Sengoku Jidai pits two competing daimyo against each other in a fight for control over crucial battlefields in 16th century Japan. Deploy your commanders to seize powerful advantages, secure valuable supply lines, and capture well-defended forts, whilst protecting your vulnerable HQ. This thrilling stand-alone game also introduces new strategic waterways, ships and devastating siege weaponry across two battle maps.
From award-winning design duo David Thompson and Trevor Benjamin, this compact two-player game combines the dynamism of a wargame with the cut-throat decision-making of worker-placement games.
Ages: 14+
Time: 30 minutes
Number of players: 2
Components: 1 double-sided game board, 80+ wooden pieces, 50 playing cards, dice and tokens
Take command of feudal lords in tense battles for control during Japan's Sengoku period in an exciting sequel to General Orders: World War II.
General Orders: Sengoku Jidai pits two competing daimyo against each other in a fight for control over crucial battlefields in 16th century Japan. Deploy your commanders to seize powerful advantages, secure valuable supply lines, and capture well-defended forts, whilst protecting your vulnerable HQ. This thrilling stand-alone game also introduces new strategic waterways, ships and devastating siege weaponry across two battle maps.
From award-winning design duo David Thompson and Trevor Benjamin, this compact two-player game combines the dynamism of a wargame with the cut-throat decision-making of worker-placement games.
Ages: 14+
Time: 30 minutes
Number of players: 2
Components: 1 double-sided game board, 80+ wooden pieces, 50 playing cards, dice and tokens
General Orders: Sengoku Jidai
General Orders: Sengoku Jidai
Game
Product Details
| ISBN-13: | 9781472869791 |
|---|---|
| Publisher: | Bloomsbury USA |
| Publication date: | 09/16/2025 |
| Product dimensions: | 4.65(w) x 6.45(h) x 2.10(d) |