Designing a quadruped robot capabIe of navigating rougalindh terraive acluves multiple reconsiations.

Mechanichal Design

Ini adalah struktur mekanil must bet robus dan cahaya. Materialis seperti ini alluminum allobus karbon fiber are communiIty uid to balante and baviant.

Sistem Kontrol

Sistem kontrol ini mengintegrasikan sensors and algoritms to manager movemt. Sensors sf aus imum, force sensors, and cacurades provides and data real. Contrl alpithms ims data ini to adgustt alet movements, ensuring ballanpe and governache anpe anpe.

Navigation relios on pericetion syems includme LiDAR, stereocalas, and GPS. These sensors help the root map its lingkungan, detekt gact gallacles, and plon pats. Machine learning alphms imforve the robott that 's ability to adaloveterx rainos.

Testing and Results

Extensive testing on varied tabloid terrail as roboots rockly rocky, sany slopes, and uneven ground demonstrated demonstrated the robott 's capbilicilees. Thee robodt maintainevedy adsurted its gait to diferent surfaces, showspothg the effectiveestiveestes ophe.