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SelfBalancingRobot
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# Self-Balancing Robot Chassis for Arduino + MPU6050
A compact and lightweight 3D-printable chassis designed for building a two-wheel self-balancing robot. This frame was created to house an Arduino-based balancing system using an MPU6050 IMU sensor and an L298N motor driver.
The three-level design provides dedicated space for electronics, wiring, and future upgrades while keeping the center of gravity suitable for balancing applications.
## Features
* Designed for two-wheel self-balancing robots
* Compatible with Arduino-based projects
* Space for MPU6050, L298N motor driver, battery, and controller board
* Three-layer modular structure for easy assembly
* Lightweight design for improved balancing performance
* Easy to print with minimal material usage
## Tested Hardware
* Arduino Nano
* MPU6050 Gyroscope/Accelerometer
* L298N Motor Driver
* TT DC Gear Motors
* 65mm Robot Wheels
* External Battery Pack
## Print Settings
* Layer Height: 0.2 mm
* Infil
A compact and lightweight 3D-printable chassis designed for building a two-wheel self-balancing robot. This frame was created to house an Arduino-based balancing system using an MPU6050 IMU sensor and an L298N motor driver.
The three-level design provides dedicated space for electronics, wiring, and future upgrades while keeping the center of gravity suitable for balancing applications.
## Features
* Designed for two-wheel self-balancing robots
* Compatible with Arduino-based projects
* Space for MPU6050, L298N motor driver, battery, and controller board
* Three-layer modular structure for easy assembly
* Lightweight design for improved balancing performance
* Easy to print with minimal material usage
## Tested Hardware
* Arduino Nano
* MPU6050 Gyroscope/Accelerometer
* L298N Motor Driver
* TT DC Gear Motors
* 65mm Robot Wheels
* External Battery Pack
## Print Settings
* Layer Height: 0.2 mm
* Infil
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