CID: The Dummy is a 2009 action-adventure main game blending platforming, hack and slash combat, and puzzles. You play as CID, a Crash Impact Dummy, tasked with saving the world and a girl from a robot villain. Gameplay involves kung-fu fighting, using turbo-charged weapons, executing high-speed crashes, and solving mind-boggling puzzles across various levels. It is available on PS2, PC, PSP, and Wii.
The game is set in a highly safety-conscious world where the once humble Crash Impact Dummy has become integral to testing and verification processes. Your character, CID, is selected for an extraordinary assignment: to utilize his unique capabilities for crashing and smashing with real purpose. This mission pits him against a formidable robot villain and requires him to embark on an adventure to rescue the world's most beautiful girl.
The gameplay loop involves navigating various environments utilizing a mix of combat and environmental interaction. Players engage in kung-fu fighting sequences against numerous robotic adversaries. Complementing the melee action is the use of turbo-charged weapons, including high-speed crashes and specialized gear like a fire-blazing bazooka.
Progression is structured around level systems that incorporate mind-boggling puzzles that must be solved to advance the adventure. The overall experience emphasizes fast-paced action combined with challenges that require more than just brute force, featuring high-speed crashes as a central mechanic.
The unique appeal of this title lies in its premise: taking a character traditionally associated with safety testing and placing them at the center of an epic action narrative. It combines the visceral satisfaction of a beat 'em up with the exploration and problem-solving expected of an adventure game, all driven by the unusual protagonist.
As a main game release from 2009, this title currently has no officially released downloadable content (DLCs) or expansions available for purchase or download. The game remains a fixed experience based on its initial release structure across the supported platforms.