Hexapod Robot 3D print model

Introducing my Hexapod Robot 3D Model - an advanced robotic framework designed for enthusiasts and developers alike. This meticulously designed hexapod features 18 servo motors and is powered by an ESP32 microcontroller, with an ESP32-CAM module for real-time video streaming. The use of magnets allows for easy assembly and offers a plethora of customization options.

• 18 Servo Motors: Provides precise and agile movements.
• ESP32 Microcontroller: Ensures efficient control and connectivity.
• ESP32-CAM Module: Allows for real-time video streaming.
• Magnetic Assembly: Simplifies construction and customization.

My 3D model set includes all the components needed to build this agile and versatile robot. It is ideal for a variety of applications, and the design allows for extensive customization and future enhancements.

Whether you are a hobbyist, educator, or researcher, this hexapod robot provides a robust foundation for your projects. Download now and start building your cutting-edge robotic platform today!

This model was built for use with an ESP32-CAM, Servo2040, and ESP32 module. However, there is a PCB platform included for mounting other boards. New magnetic mounts can be provided upon request after purchase.

• 18x MG996R Servo Motor Sets
• 12x M6 Allen Bolts (Socket Head Screws)
• M4 (or M3) Bolts (Between 36 and 72)
• 40x 8mm x 3mm Magnets (Neodymium Recommended)
• Pliers
• ESUN PLA+ filament
• Screwdriver
• Allen Wrench
• Contact Cement

• ESP32-Devkit
• ESP32-CAM
• Pimoroni Servo2040
• 5v Ubec
• 5200 mAh LiPo battery

Printer and print settings:

• Bambulab P1P
• 0.4mm nozzle
• 225C nozzle temp, 65C bed temp
• Used the high quality 0.12mm preset in the Bambulab slicer
• 0.12mm layer height, 0.2 also works fine
• Tree supports (auto)Your printer should perform well on overhangs.Feel free to use any other filaments, however I don’t have experience using otherfilaments.

Download now and start your journey in building an advanced, customizable hexapod robot!