Are you a curling fan? Then try this Ultra-Realistic, 3D, Curling Sports Game.
You’re not a curling fan? Try this Curling Winter Games
anyway and you’ll fall in love with curling and our game.

Curling is a winter games sport in which players slide stones on a sheet of ice towards a target area which is segmented into four concentric circles. It is related to bowls, boules and shuffleboard. Two Curling teams, each with four players, take turns sliding heavy, polished granite stones, also called rocks, across the ice curling sheet towards the house, a circular target marked on the ice. Each team has eight stones, with each player throwing two. The purpose is to accumulate the highest score for a game; points are scored for the stones resting closest to the centre of the house at the conclusion of each end, which is completed when both teams have thrown all of their stones. A game usually consists of eight or ten ends.
The Curling player can induce a curved path, described as curl, by causing the stone to slowly turn as it slides. The path of the rock may be further influenced by two sweepers with brooms, who accompany it as it slides down the sheet and sweep the ice in front of the stone. "Sweeping a rock" decreases the friction, which makes the stone travel a straighter path (with less "curl") and a longer distance. A great deal of strategy and teamwork go into choosing the ideal path and placement of a stone for each situation, and the skills of the curlers determine the degree to which the stone will achieve the desired result. This gives curling its nickname of "chess on ice".

Feature Highlights:
• Realistic, hi-res, 3D simulation of Curling
• Complete control of force, direction, and rotation of the stone
• Detailed instructions for gameplay
• Exploits advanced physics engine of Android device to simulate realistic motion
• Easy and intuitive controls
• Incorporates the true rules of curling
• Player vs. computer (artificial intelligence) with three levels of difficulty
• A variety of Tournaments
• A variety of character models