
2023Daniel W. Young
From BoardGameGeek
In Gem Getter, you and your friends will compete to dig the most efficient mine and become the greatest getter of gems. A game is played in 9 rounds. Each round you will... ROLL to determine which polyomino dig patterns are available, DIG your chosen pattern into the mine, and COLLECT heaps of gems with unique scoring conditions. Efficient digging of rows/columns and around boulders will reward you with bonus gems! Find oil to keep the digging machines running a little longer with small bonus dig patterns. There are 8 unique mines to dig in, and 2 roll sheets to choose from for plenty of variety. A game of Gem Getter plays in around 15-30 minutes, and any number of players can join you as long as you have enough sheets!
Gem Getter has 4 videos from 3 creators: 2 how-to-play guides and 2 playthroughs. They date from April to August 2023.
To learn the rules, start with "How to play Gem Getter: Print-and-Play Polyomino Digging (Free Demo)" by Daniel Young, which runs 4 min.
To see it played, watch "Playthrough + Review | Gem Getter" by Sir Thecos, one of 2 playthroughs.
If you like it, try Doodle Bash and Gem Getter Pro, also by Daniel W. Young, or Donut Shop and Rummikub, which share several of its mechanics.
From BoardGameGeek:
In Gem Getter, you and your friends will compete to dig the most efficient mine and become the greatest getter of gems. A game is played in 9 rounds. Each round you will... ROLL to determine which polyomino dig patterns are available, DIG your chosen pattern into the mine, and COLLECT heaps of gems with unique scoring conditions. Efficient digging of rows/columns and around boulders will reward you with bonus gems! Find oil to keep the digging machines running a little longer with small bonus dig patterns. There are 8 unique mines to dig in, and 2 roll sheets to choose from for plenty of variety. A game of Gem Getter plays in around 15-30 minutes, and any number of players can join you as long as you have enough sheets!
Designer
Daniel W. Young
Artist
Daniel W. Young
Categories
Mechanics