Coco, also known as Experiment 052, is an illegal genetic experiment created by Jumba Jookiba and a character in the Lilo & Stitch franchise. He is designed to turn things into chocolate. Stitch gifted Coco to Lilo as a birthday present in the Disney Adventures comic Party Crashers.
Background[]
Experiment 052 was the 52nd genetic experiment created by Jumba with Hämsterviel's funding. He was designed to turn objects into chocolate. 052 and the other first 624 experiments were deactivated and smuggled to Earth by Jumba during his mission to capture Experiment 626.
All of the experiment pods were released and scattered across the island of Kauai.
Party Crashers[]
Stitch chased Coco throughout the house on Lilo's birthday, wrecking everything. At first, Lilo was angry with Stitch for ruining her birthday, but Stitch showed her 052's power of turning objects into chocolate. Lilo changes her mind and declares it to be her best birthday ever instead, while she, Stitch, and everyone else enjoys eating the chocolate-converted household objects. 052 was then named Coco.
Biology[]
Physical appearance[]
Coco is a lizard/Stitch-like experiment with light brown hide and a yellow underbelly, two buck teeth, a pink nose, pink spots down his back and tail, and pink hair on his head with chocolate-brown tips.
Special abilities[]
Coco can turn things into chocolate by touching them, though the object will remain the same color.
Trivia[]
- Coco, along with Experiment 347 (Slobber), Experiment 531 (Hisee), Tippy, and several unconfirmed experiments, have only appeared in the Disney Adventures.
- Coco appeared in the comic called Party Crashers, where he was activated and given to Lilo.
- Coco and Tippy are also the only known experiments that were given as a gift to Lilo.
- His name, number, and primary function were confirmed by Jess Winfield prior to the end credits of Leroy & Stitch.
- Coco is also the only comic-originating experiment that was fully confirmed and canonized.
- Coco and Fudgy are the only known experiments with primary functions directly involving chocolate, and both of their names relate to chocolate as well. Interestingly, their numbers are close together.
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