Mantis Shrimp (Robert Lang)

Robert Lang's origami Mantis Shrimp meticulously recreates the marine crustacean, including its notoriously complex array of limbs. While the exact number depends on the specific version, the model accurately features its specialized raptorial appendages used for striking. Each of these many limbs and the segmented tail must be carefully folded from a single sheet.

The Mantis Shrimp is considered an advanced design due to the extreme complexity of its geometry and the density of its appendages. Replicating the creature's many legs, antennae, and segmented tail requires a highly intricate folding sequence. This challenging model demands precise execution to avoid the paper becoming too bulky.

Due to the sheer number of limbs and the heavily layered segmented tail, the Mantis Shrimp requires a large sheet of very thin, high-quality paper. Tissue foil or a similar composite paper is strongly recommended so the model can support its own weight. Thicker paper would make it impossible to fold the tiny, intricate appendages.

The origami Mantis Shrimp was designed by Dr. Robert J. Lang, a pioneer in the application of mathematics to complex origami design. He is known for creating highly realistic models of insects and marine life by using specialized software to map out crease patterns. The Mantis Shrimp remains one of his most physically intricate crustacean designs.