• Arduino
How does Lectec use Arduino?
What if a microcontroller could power smart technology, and even enhance Lectec’s electric vehicle kits? Let's explore how the ESP32 Dev Kit expands Lectec's electric vehicle kit's capabilities!
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Written by
Edison Chen
Who is Arduino?
Curious about how the Arduino Add-On Pack works with Lectec? First, let's quickly get to know who Arduino is and what they do.Arduino is a company that designs and produces open-source microcontroller boards and development platforms that make electronics and programming accessible to everyone. Founded in Italy, Arduino has grown into a global leader in STEM education, prototyping, and industrial applications. Their boards are widely used for coding, automation, IoT, and AI-driven projects, empowering students, makers, and professionals to innovate across various industries. With an extensive ecosystem of hardware, software, and cloud solutions, and a thriving global community, Arduino continues to revolutionize embedded systems and hands-on learning.
Monumento a Vittorio Emanuele II in Rome, Italy. Photo taken by frimufilms
How Arduino Works
After learning who Arduino is, how does it actually work?
Arduino
Compatible
Take control of your ride by integrating an Arduino module that communicates directly with the main controller! Access real-time data and add custom peripherals, like turning on a relay when you reach a set speed or using sensor feedback to adjust your ride. Experiment with endless possibilities to make the vehicle truly your own.
The ESP32 Dev Kit is built around the ESP-WROOM-32 module, featuring a dual-core LX6 processor with a clock speed of up to 240 MHz. With 38 GPIO pins, it provides extensive flexibility for connecting sensors, motors, and other peripherals. It also integrates a CP2012 USB-to-serial chip, making programming and debugging easier. One of the standout features of the ESP32 Dev Kit is its Wi-Fi and Bluetooth connectivity, allowing seamless wireless communication. It supports multiple network modes, including STA (Station), AP (Access Point), and STA+AP coexistence, making it ideal for connected applications. Its Type-C interface ensures fast and reliable data transmission, and its low-power 40nm technology makes it an efficient choice for embedded systems. Fully compatible with the Arduino IDE, as well as MicroPython and Lua, the ESP32 Dev Kit provides users with a powerful and accessible platform for real-time automation and smart system integration.
Breadboard using an Arduino microcontroller
What's a breadboard? Although it sounds like an awesome nickname for flatbread, the breadboard is actually a valuable tool for prototyping and testing circuits without soldering. It allows users to easily connect components, such as sensors and resistors, to the ESP32 Dev Kit, enabling quick experimentation and adjustments. This makes it easier to develop and refine custom vehicle features, helping users learn fundamental electronics concepts while enhancing their electric vehicle’s capabilities.
Arduino Integration in Lectec’s E-Vehicle Kits
Now that you know what Arduino is, how does it work with Lectec's electric vehicle kits?
Our Arduino + ESP32 Add-On Pack comes with a few things: ESP32 Dev Kit (Arduino), RailCore Case, Small Breadboard, Assorted Breadboard Components, and Arduino Examples & Tutorials:
Arduino Add-On Pack option on Lectec's Product Page
Let's start with the star of the add-on pack, the ESP32 Dev Kit. This microcontroller enhances our electric vehicles by enabling wireless communication, real-time data tracking, and remote monitoring. With built-in Wi-Fi and Bluetooth connectivity, riders can access critical data such as battery health, speed control, and vehicle diagnostics through custom dashboards. The ESP32 also allows for sensor-based automation, meaning the vehicle can respond dynamically to different conditions, making rides smarter and more efficient.
ESP32 Dev Board Module Detail Photo
So, the ESP32 provides intelligent data tracking and automation, but how do the additional components enhance functionality? The breadboard and assorted components allow users to prototype new features, experiment with sensor integrations, and customize vehicle performance. With hands-on experience, users can program custom safety features, efficiency optimizations, and smart control systems, further enhancing their electric vehicles.
Two Girls at CCNY working together building Lectec's Electric Skateboard Kit
By integrating the ESP32 Dev Kit into Lectec’s DIY kits, users gain practical experience in IoT, automation, and embedded computing. Whether it’s programming smart safety enhancements, optimizing energy efficiency, or creating custom ride controls, these modules transform electric vehicles into adaptive, intelligent machines that evolve with the rider’s needs.
Ready to take your electric vehicle to the next level? Explore Lectec’s DIY kits and discover how Arduino technology can enhance performance, automation, and learning.
Interested in our Raspberry Pi add-on? Click here to learn more about how we utilize its power!
