Isbn: 9798189843556 - the raspberry pi robot builder: a step-by-step guide to coding walking robotic dogs and autonomous vehicles using simple python scripts (4 resultados)

PAP. Condición: New. New Book. Shipped from UK. Established seller since 2000.

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Paperback. Condición: new. Paperback. Build Two Complete Machines: an Intelligent Wheeled Rover and a Twelve-Servo QuadrupedA successful machine is not created by connecting motors to a computer and running one large program.Reliable movement depends on compatible hardware, stable power, correctly interfaced sensors, carefully limited actuators, organised software, repeatable testing, and a clear response when something goes wrong.The Raspberry Pi Robot Builder provides a practical, beginner-friendly route to constructing and programming two complete systems: an intelligent wheeled rover and a walking four-legged machine.The first build introduces motor control, differential steering, obstacle avoidance, line following, wheel encoders, camera-assisted navigation, and remote operation. The second progresses into quadruped mechanics, joint calibration, coordinated poses, crawl gaits, sensor-based behaviour, power supervision, and safe patrol routines.Instead of presenting electronics, mechanics, and software as separate subjects, the book teaches readers to treat them as parts of one system: Sense Validate Decide Act VerifyWritten for beginners and intermediate readers, the guide suits hobbyists, students, makers, teachers, programmers, and anyone interested in creating physical machines with accessible hardware. Advanced mathematics, industrial engineering experience, custom circuit-board design, and professional software training are not required.Inside this project-based guide, you will learn how to: Understand what distinguishes a responsive machine from a remote-controlled toyApply the sense-decide-act cycle to physical systemsCompare manual, assisted, and independent operating modesUnderstand the roles of the mechanical frame, power system, sensors, actuators, control electronics, and softwareChoose between Raspberry Pi 4, Raspberry Pi 5, and Zero-series boardsMatch processing capacity, weight, cooling, connectivity, and power consumption to the intended buildDecide when a microcontroller should support a Linux-based controllerWrite a measurable design brief before purchasing partsPrepare a safe electronics and mechanical workspaceSelect suitable multimeters, hand tools, connectors, motor drivers, servo controllers, batteries, switches, and fusesMatch DC motors to the completed rover's expected weight and surfaceSelect positional servos by torque, speed, voltage, size, and mechanical loadAvoid powering motors or multiple servos directly from GPIOSeparate computer, motor, and actuator power rails correctlyEstablish a shared signal ground without placing every component on one unregulated supplyWhether you are building your first mobile platform, experimenting with computer vision, learning physical computing, teaching practical engineering, or preparing to create more advanced multi-actuator machines, this book provides an organised path from one LED and button to two complete systems.Plan the power. Test one component. Limit every movement. Record every change. Expand only from a stable result. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…