Engineering-first robotics, AI, maker hardware, STEM, and creator technology reporting
Petoi Bittle X is a compact ESP32 quadruped with nine servo joints, open firmware and multiple programming paths for STEM and maker robotics.
Petoi Bittle X Makes Legged Robotics More Accessible to STEM Labs Read More
A new maker project spotlight shows why split-flap displays remain useful STEM teaching hardware: motion control, calibration, print tolerances, and serviceability are all visible in one build.
3D-Printed Split-Flap Display Project Highlights a Useful STEM Controls Lesson Read More
Arducam’s Pico4ML Pro integrates an RP2040, camera, 2.4-inch display and microphone for compact TinyML vision and audio projects.
Arducam Pico4ML Pro Targets TinyML With an RP2040 Camera Kit Read More
SunFounder’s PiCar-X combines a Raspberry Pi robot-car platform with camera, Python, voice and local or cloud AI workflows for STEM labs and makers.
SunFounder PiCar-X Combines Raspberry Pi Robotics, Vision, and Voice Read More
RECF Robotics gives student teams a 2026-2027 planning window to audit hardware, preserve working systems, and teach engineering discipline before kickoff.
RECF Robotics Gives Teams a Pre-Season Engineering Reset Read More
FIRST CANOPY and the upcoming BIOBUZZ challenge give teams a clear pre-season window for platform readiness, sensor checks, documentation, and rookie training.
FIRST CANOPY Gives 2026–2027 Robotics Teams a Pre-Season Engineering Window Read More
A practical engineering guide to choosing encoders, IMUs, distance sensors, limit switches, cameras, and current sensing for school robotics teams without overspending or overcomplicating the robot.
How to Choose Sensors for a School Robotics Team in 2026 Read More
RECF Robotics keeps teams’ existing robots, parts, and practice investment usable for 2026–2027. The engineering story is less about a new brand and more about continuity, documentation, and maintainable student systems.
RECF Robotics Gives 2026–2027 Teams a Continuity Test, Not a Reset Read More
Arduino and Robu.in’s Physical AI Challenge India 2026 gives students and makers a practical framework for building sensor-driven edge AI systems.
Arduino’s Physical AI Challenge Turns Edge AI Into a STEM Hardware Test Read More
A practical robot safety standards guide for makers, STEM teams, and small labs building moving machines with arms, mobile bases, grippers, actuators, or autonomous behavior.
Why Robot Safety Standards Matter for Makers Building Moving Machines Read More