Bunny Kingdom

Bunny Kingdom is a strategic board game designed for 2 to 4 players aged 12 and above, with an average playtime of approximately 40 to 60 minutes. Created by Richard Garfield, renowned for designing Magic: The Gathering, and illustrated by Paul Mafayon, the game immerses players in a whimsical world where they lead clans of rabbits to expand their territories and gather resources.

Objective:

Players aim to control vast territories across the New World, build cities, and farm resources to make their fiefs prosper, ultimately harvesting precious Golden Carrots. The player with the most points at the end of the game is declared the winner.

Gameplay Mechanics:

• Card Drafting: Each turn, players draft cards that allow them to place their warrens (rabbit burrows) on the 100 squares of the board. Strategic placement is crucial to maximize resource collection and city development.
• Resource Management: Players gather resources such as water, carrots, mushrooms, and rare materials by settling in various terrains like lakesides, fields, forests, and mountains. These resources are essential for building cities and expanding influence.
• City Building: Constructing cities within contiguous warrens increases a player's influence and contributes to their overall score. Strategic city placement can significantly impact the game's outcome.

Components:

• Game Board: Features 100 squares representing different terrains and regions.
• Cards: Used for drafting and determining actions each turn.
• Warren Tokens: Represent the players' territories on the board.
• City Tokens: Indicate the construction of cities within warrens.
• Resource Tokens: Denote various resources collected during the game.

Strategic Tips:

• Optimal Placement: Focus on placing warrens in areas that offer abundant resources and potential for city building.
• Resource Diversification: Aim to collect a variety of resources to maintain flexibility in your strategy.
• City Development: Prioritize building cities in regions with high resource density to maximize points.