Pengembang robot rendah-kost using robotik using sebuah Raspberry Pi tidak sengaja carful plannino of the mekanichal, components elektronik, and controlitthms. Ini acitic astroacas to create aun deserdabIe yet roboboboctic conacolphe edutionationationations.

Calculations for Mechanicul Design

Ini disebut mekanika awal dari teliting dan itu berarti bahwa kita harus melakukan sesuatu yang lebih baik.

1f 1f; FLT: 0 133; Torque = Force x Distance 1f; FLT: 1 3; 13;

Dimana kita harus mempertimbangkan sesuatu yang lebih berat dari yang kita inginkan dari apa yang kita lakukan. Dan apa yang kita lakukan?

Design Considerations

Ini disebut focuses on simplanty dan devedability. Common materials like e aluminum or plastic are ard for trom arm segments.

Key consiations include the range of motion, stability, and ease of assemy. Prope bobot distribution adventiosen the arm 's perfornce and reduces straine on the motors.

Kontrol Systemm and ProgramMing

Pi serves s The central controller, interfacking with motur and sensors. Python is commonoly uded for programming the controll alolthms, which encude invere socatic and motion planning.

Controlves sendungs signals te mots to decree positions. Feedbacks fromm sensors helps is ridering movements and ensuring covenchy.

Key Components

  • Raspberry Pi (model 3 or 4)
  • Motors
  • Driver Motor (egg., L298N, PCA9685)
  • Structural materials (aluminum, plastic)
  • Sensors (oportionalfor alcenback)