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ESME Delivery Truck

Red, electric, eco-designed and autonomous: our delivery robot truck reinvents urban logistics with style and responsibility.

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Discover our red delivery truck robot, designed to revolutionize urban logistics. Compact, autonomous, and 100% electric, it navigates easily through the city while reducing its carbon footprint. Made from recycled and recyclable materials, it embodies a new generation of responsible transportation. With its iconic red design, it combines efficiency, ecology, and modernity.

Our project is a small red delivery truck designed to be eco-friendly.

The red color represents our brand identity : dynamic and visible.

The truck runs on clean energy, reducing carbon emissions and promoting sustainable delivery in urban areas.

It's compact, efficient, and ideal for last-mile delivery.

Our goal is to combine smart design with environmental responsibility.


1. Structure and Mechanics

3D-Printed Chassis

  • Serves as the base to mount all components.

  • Holds the motors, wheels, Arduino board, and gears.

3D-Printed Wheels

  • Two large red wheels.

  • Attached directly to the motor shafts.

  • PLA /plastic.

Gears

  • On wheels 

  • To create a rotation with his arms

2. Electronic Components

Arduino Nano

  • Microcontroller used to control motors, and other components.

  • The Nano fits easily on a small breadboard or compact setup.

Battery Pack (AA batteries)

  • Power source (6x 1.5V AA = 9V or a Li-ion battery pack).

  • Connected to the module to power the motors.

Motor Driver Module

  • Controls the direction and speed of two DC motors.

  • Handles higher current than what the Arduino can output directly.

Jumper Wires (male/female or male/male)

    • Arduino to motor driver

    • Power source 

3. Movement Components

Stepper Motors

  • Two standard DC gear motors.

  • Mounted on both sides of the chassis to drive the wheels.

4. Additional Components

Breadboard

Code_International.ino

Code ARDUINO

ino - 1.74 kB - 05/26/2025 at 18:12

Download

  • 1 × Arduino Nano
  • 1 × Breadboard Electronic Components / Misc. Electronic Components
  • 12 × Cables
  • 2 × Motors
  • 4 × Wheels

View all 9 components

View project log

  • 1
    Step 1 - Find Components

    Find components in the Hackaday Project 

  • 2
    Step 2 – Mount the Mechanical Components

    Attach the two DC motors to the sides of the chassis using screws

    Mount the wheels onto the motor shafts.

    Place the motor driver in the center of the chassis

    Screw the Arduino UNO to the back of the chassis

  • 3
    Step 3 – Connect Motors to L298N

    Left motor → OUT1 and OUT2

    Right motor → OUT3 and OUT

View all 7 instructions

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arnaud.privat-de-fressenel wrote 05/26/2025 at 18:47 point

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