- Name
- Knuckle Cracker
- Abbreviation
- Founded
- Website
- http://knucklecracker.com/
- Aliases
Knuckle Cracker
Knuckle Cracker is an independent video game development company best known for their Creeper World series of strategy titles.
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Knuckle Cracker is an independent video game development company best known for their Creeper World series of strategy titles.
Developed Games
View all developed games
Creeper World 3: Arc Eternal (Game)
Creeper World 3 is a real-time strategy game where players must manage and contain the Creeper, a destructive miasma that behaves like a fluid.
Creeper World IXE (Game)
The fifth entry in the Creeper World real-time strategy series where players fight against a fluid-like enemy called Creeper. The game moves the series away from the classic top-down view in favor of side-view pixel-art levels with fluid simulations and a material-based physics system.
Creeper World 4 (Game)
The fourth installment of the real-time strategy series again tasks the player with containing the creeper, a destructive fluidlike substance, slowly overtaking the map's surface. Creeper World 4 continues the series' gameplay and favors 3D environments with a focus on fluid dynamics over traditional 2D graphics.
Published Games
View all published games
Creeper World 3: Arc Eternal (Game)
Creeper World 3 is a real-time strategy game where players must manage and contain the Creeper, a destructive miasma that behaves like a fluid.
Creeper World IXE (Game)
The fifth entry in the Creeper World real-time strategy series where players fight against a fluid-like enemy called Creeper. The game moves the series away from the classic top-down view in favor of side-view pixel-art levels with fluid simulations and a material-based physics system.
Creeper World 4 (Game)
The fourth installment of the real-time strategy series again tasks the player with containing the creeper, a destructive fluidlike substance, slowly overtaking the map's surface. Creeper World 4 continues the series' gameplay and favors 3D environments with a focus on fluid dynamics over traditional 2D graphics.