Make: Robotic Arms

Eaton, Matthew

ISBN 10: 1680458434 / ISBN 13: 9781680458435

Edité par Make Community, LLC, 2025

A propos de cet article

N° de réf. du vendeur 409295567

Détails bibliographiques

Titre : Make: Robotic Arms

Éditeur : Make Community, LLC

Date d'édition : 2025

Reliure : Couverture souple

Etat : New

A propos de ce titre

Synopsis :

Your journey into the exciting world of robotics starts now!

Make: Robotic Arms is an incredibly accessible, hands-on guide to design, build, and control robotic arms, the cornerstone of modern robotics. This is not a book for hardcore engineers--it's written for students, teachers, and tinkerers with no previous experience required!

Using simple, affordable parts, this book will teach how to build a robotic arm, control it with an Arduino, and add servos to increase the degrees of motion for progressively complex movements. Readers will also learn inverse kinematics, a mathematical process that enables robots to move, lift, and draw with amazing precision. Make: Robotic Arms is a comprehensive course on how to:

• Build two-, three-, and four-link robotic arms
• Control the arms with simple Arduino programming
• Augment interfaces through potentiometers, joysticks, and rotary encoders
• Employ inverse kinematics for precision movements
• Innovate your own creation from inspirational variations

Robotics expert Matt Eaton presents 26 immersive projects to experience, starting with simple servo circuits and culminating in a robotic arm that operates in 3D space. With more than 200 color images and step-by-step instructions, Make: Robotic Arms is the ultimate introduction to robotics--even for makers with just a high-school level of math!

À propos de l?auteur:

Matt Eaton is the makerspace and fabrication lab manager at High Point University's Webb School of Engineering in North Carolina. He was previously the founder of Anyone Can Build Robots, a philanthropic robotics company aimed at producing high-quality, affordable robotics kits. Matt has also served as a high school robotics teacher, a coach for robotics teams, and a developer of robotics and computer-science curriculum for schools. He lives in Greensboro, North Carolina.