Engineering-first robotics, AI, maker hardware, STEM, and creator technology reporting
Reliable robot wiring starts with a matched connector system and manufacturer inspection criteria—not a universal pull-force number.
Robot Sensor Connector Crimps: Match, Inspect and Pull-Test Read More
Loose robot sensor connectors can masquerade as firmware bugs. This guide uses retention, routing, controlled substitution, and stop conditions to test the harness before changing code.
Robot Sensor Harnesses Need Connector-Retention Checks Before Software Debugging Starts Read More
Robot sensor problems often start at the connector. JST-style plugs and screw terminals solve different wiring problems, and each can fail if used in the wrong place.
JST or Screw Terminal? Robot Sensor Wiring Fails When Connectors Don’t Match the Job Read More
Small robot teams can lose days to CAN bus wiring problems. Start with termination, topology, stubs, grounding and repeatable measurement habits.
CAN Bus Termination Troubleshooting for Small Robot Teams Read More
A practical wiring guide for maker robots covering connectors, fusing, wire gauge, voltage drop, strain relief, and power checks before mystery resets waste a test day.
Robot Power Connectors and Voltage Drop: A Maker-Lab Wiring Guide Read More
FIRST has posted the BIOBUZZ 2026–2027 FIRST Tech Challenge season page. For teams, the engineering story is how to prepare sensors, wiring, inspection habits, and driver practice before kickoff details arrive.
FIRST Tech Challenge BIOBUZZ Puts Biology-Inspired Robotics on the 2026–2027 Calendar 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