Biomimetic prototype for flapping movement of bats

Abstract

The present article prototypes to style of bat's wings fluttering, creating to structure to replicate the static vertical flight in a single point made by them. To achieve this, mechanical and electronic techniques are used, developing a skeletal model, taking into consideration angles of the action, connected with an electronic which assembly gives rise to its mobility. As a result of this schematization, a symmetrical movement is presented between the pair of wings, ensuring the amplitude of the displacement thanks to restrictions on the bone structure and the speed of movement by regulating the power supplied by the circuit in charge of Este. estos results demonstrate the possibility of creating archetypes that facilitate the study of behaviors seen in several species without the need for high investment in materialization, thus aspiring to adapt said actions in facilities for daily life.

Keywords

• biomimetic
• morphological measurements
• displacement angles
• bat flutter
• skeleton structure
• feeding circuit
• prototyped