BALA C PLUS ESP32 Self-Balancing Robot Kit

BalaC PLUS – Self-Balancing Robot Car Kit with ESP32 + STM32 | DIY Robotics Kit NZ

Build, Code, and Learn with the BalaC PLUS – A Smart Self-Balancing Robot Car Powered by ESP32, Perfect for DIY Robotics Projects in New Zealand

Take your DIY electronics and robotics skills to the next level with the BalaC PLUS, a compact dual-wheel self-balancing robot car kit. Powered by an ESP32 + STM32 dual-chip design, this programmable robotics kit is ideal for students, hobbyists, and educators looking to explore PID control, Arduino programming, or UIFlow visual coding.

The BalaC PLUS robot uses the MPU6886 gyroscope to achieve dynamic real-time balancing and features 360° continuous rotation servos, a replaceable 16340 Li-ion battery, and a modular M5StickC PLUS controller. It’s lightweight, LEGO-compatible, and fun to assemble – a perfect STEM robotics kit for learners in NZ.

✅ Key Features:

• 📦 Complete DIY Self-Balancing Robot Kit – Learn robotics from the ground up

• 🔧 Based on ESP32 + STM32 – Dual-core microcontrollers for precision & speed

• 🔄 360° Servo Motors – Achieve accurate self-balancing control

• 🔋 Replaceable 16340 Battery (Included) – Rechargeable and user-friendly

• 💡 MPU6886 Gyroscope – Real-time motion compensation for stability

• 🔌 Preloaded with M5StickC PLUS – Flash code using Arduino or UIFlow

• 🎓 Learn PID Algorithm – Ideal for STEM education, workshops, or personal projects

• 🔄 Modular, Brick-Compatible Design – Change wheels or expand the frame easily

🔧 What’s in the Box:

• 1x M5StickC PLUS microcontroller

• 1x BalaC Base with STM32 + L9110S driver

• 2x 360° 9G Servo Motors

• 2x Wheels + Connectors

• 1x 16340 Rechargeable Battery (700mAh)

• 1x Type-C USB Cable (10cm)

• 1x Hex Key, Screws, and Elastics for assembly

📐 Specifications:

🌐 Perfect For:

• STEM learners and classroom activities

• DIY robotics enthusiasts in New Zealand

• Learning PID algorithm basics

• Beginners exploring Arduino & ESP32

• Hobbyists interested in balance and motion control