Electronic Modules to Wireless Robotic Systems
Inspired by NASA’s Spirit and Opportunity Mars Rovers, the TriGlide Racer is the second engineering skillset in The Stemiverse Planetary Exploration Collection, introducing engineers to integrated electronic systems, wireless control, and microcontroller-based robotics.
While BreadBot teaches the foundations of circuitry and logic through micro-components, TriGlide advances the experience into modular subsystems and intelligent control systems. Engineers begin working with the ESP32 microcontroller, motor drivers, voltage regulators, wireless communications, and integrated electronics to understand how advanced robotic systems are designed and operated.
Built on a precision laser-cut wooden chassis and assembled using real tools, screws, nuts, and hardware, TriGlide combines mechanical engineering, electronics, and coding into a hands-on educational platform designed by educators for deeper STEM learning.
Explore Integrated Systems Engineering
Using the ESP32 microcontroller, joystick modules, voltage regulators, and motor driver systems, engineers learn how multiple electronic subsystems communicate and work together to create responsive robotic movement and wireless control.
Core learning concepts include:
ESP32 microcontroller architecture and logic
Pin mapping, signal routing, and wiring systems
Wireless Bluetooth communication and data transmission
Joystick module control and analog signal interpretation
Motor driver integration and control logic
Voltage regulation and power management
Grounding systems and electrical stability
Capacitors and energy smoothing
Heat dispersion and electronic efficiency
Pulses, digital signals, and microcontroller processing
Hardware assembly using real engineering tools
Foundations of coding and robotic programming
Troubleshooting faults and subsystem diagnostics
Integrated system design and modular engineering
Engineers also explore the science behind how these systems function, from electrical pulses traveling through a microcontroller to how capacitors stabilize voltage, why grounding is critical in electronic systems, and how wireless Bluetooth packets allow communication between devices.
Inspired by the advancements of NASA’s Spirit and Opportunity rovers, TriGlide introduces more intelligent navigation, wireless interaction, and subsystem integration compared to earlier rover designs like Sojourner. Engineers begin thinking beyond individual components and start understanding how complete robotic systems operate together as a unified machine.
Designed to Build Future Innovators
TriGlide is more than a single rover project. The modular platform encourages engineers to continue innovating long after the initial build is complete. Components can be reused, modified, expanded, and integrated into future inventions, custom robots, and experimental engineering projects.
Educational courses guide engineers through both assembly and theory, blending hands-on construction with real-world engineering concepts across:
Robotics
Electronics
Mechatronics
Hardware systems
Wireless communications
Coding and software logic
Electrical engineering fundamentals
Perfect for:
BOCES and STEM programs
Engineering and robotics classrooms
Parents seeking advanced STEM learning
Youth makers and future innovators
Adult hobbyists and electronics enthusiasts
Makerspaces, camps, and technical workshops
TriGlide Racer bridges the gap between foundational circuitry and intelligent robotic systems, preparing engineers for the advanced sensors, controls, and autonomous technologies introduced in the next stage of The Stemiverse Planetary Exploration Collection.
