Circuitmess Batmobile™ - A Diy Ai-powered Smart Robot Car

About the project

A STEM kit that will teach you about autonomous driving, and machine learning while exploring the world of electronics & programming More info here: https://www.kickstarter.com/projects/albertgajsak/circuitmess-batmobile

Project info

Difficulty: Moderate

Estimated time: 2 hours

License: MIT license (MIT)

Items used in this project

Hardware components

Electromotor with gearbox and wires Electromotor with gearbox and wires x 4
Wheel Wheel x 4
Batmobile’s injection-molded plastic chassis Batmobile’s injection-molded plastic chassis x 1
Camera with a Ribbon cable Camera with a Ribbon cable x 1
Motherboard with a CPU, FLASH memory, connectors, motor drivers, charging circuitry, and everything else that makes the car go vroom Motherboard with a CPU, FLASH memory, connectors, motor drivers, charging circuitry, and everything else that makes the car go vroom x 1
Red LEDs that light up Batmobile’s backside and make him go woosh Red LEDs that light up Batmobile’s backside and make him go woosh x 1
Speaker (1 watt) for snazzy sound effects Speaker (1 watt) for snazzy sound effects x 1
Nuts, bolts, spacers, and other tiny components Nuts, bolts, spacers, and other tiny components x 1
Rechargeable Li-Po battery (3.7V 1300mAh) Rechargeable Li-Po battery (3.7V 1300mAh) x 1
Precision screwdriver Precision screwdriver x 1
USB-C cable USB-C cable x 1
Acrylic transparent bottom plate Acrylic transparent bottom plate x 1
Cables Cables x 1

View all

Software apps and online services

CircuitBlocks CircuitBlocks

Hand tools and fabrication machines

Precision screwdriver Precision screwdriver x 1

Story

CircuitMess Batmobile ™ is a STEM kit that will teach you about autonomous driving and machine learning while exploring the world of electronics & programming.

This is a smart AI-powered robot car that drives around autonomously and has lots of interesting tech specs. 

You can read all about it below or go directly to my Kickstarter listing where there's even more info about this project :)



Schematics, diagrams and documents

Code

Credits

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