That's how long a 12-year-old can spend wiring a breadboard for the first time. In a 50-minute class, that leaves 3 minutes to actually learn robotics. We thought that was unacceptable.
Every year, thousands of STEM hours are lost — not because students can't code, but because wires come loose, breadboards fail, and teachers become full-time technicians.
30% of student projects fail due to loose connections, not bad code. One bumped table undoes 40 minutes of careful wiring. Students lose confidence. Teachers lose the lesson.
STEM teachers didn't train to debug GPIO pins. Yet they spend more time tracing wiring faults across 30 desks than explaining algorithms or sensor physics.
Entry-level kits can't grow with students. Advanced development boards aren't safe for beginners. Schools end up buying multiple platforms — and mastering none.
Consumer-grade kits last a semester, maybe two. Schools replace hardware every year, pouring money into components that were never designed for 30 students sharing them daily.
With 30 robots and one teacher, there's no way to know who's stuck, who's finished, or whose motor driver just released the magic smoke. The classroom becomes unmanageable.
Exposed wiring, unprotected battery terminals, no reverse-polarity protection. One wrong connection can destroy a board — or worse. Parents worry. Administrators hesitate.
What if the essentials — IMU, temperature sensor, motor drivers, RGB LED, buzzer — were already on the board, and every external sensor had a dedicated, protected port ready to plug into?
What if one board could take a student from "Hello World" to autonomous navigation?
What if the teacher could see every student's robot from a single screen?
That's Kintrix.
Dual-core at 240 MHz. Wi-Fi and Bluetooth 5.0 LE. Dual H-bridge motor drivers pushing 3.2A peak per channel. IMU, temperature, ultrasonic, gesture, line tracking, light sensing — all on one 4-layer PCB. No breadboard. No jumper wires. No excuses.
1.3" TFT for rich visuals. 0.96" OLED for data readouts. Dedicated ports for each — just plug in and go.
6–14V input. Reverse polarity protection. PTC fuses on every rail. Voltage monitoring via ADC. Built to survive the classroom.
See every robot in the room. Monitor code execution, sensor data, and motor states — from one screen.
Dedicated secure element. Hardware-backed authentication. Safe OTA firmware updates.
From first circuit to on-device intelligence. One platform, six curriculum stages. Invest once, grow forever.
Hardware alone isn't enough. Kintrix is an integrated ecosystem — the board, the software, and the curriculum work as one.
A 4-layer, education-grade robotics controller with essential sensors and motor drivers on-board, plus dedicated ports for displays, expansion modules, and external sensors. Built to survive years of classroom use.
Full specificationsReal-time dashboard for teachers. OTA firmware updates. Device management. Fleet telemetry for an entire classroom. Built on a real-time operating system.
Explore the platformIGNITE → SPARK → CORE → APPLIED → AETHER → AETHER+. From first circuit to on-device intelligence and LLM-connected robots. Standards-aligned. Teacher-tested. Student-approved.
See the curriculumRobotics as a service. Zero setup time. Full training and support. One board that fits every grade level — from Grade 4 through Grade 9+.
For schools →Real engineering tools. Build line-followers, obstacle avoiders, gesture-controlled robots, and more — with code, not wires.
For students →Your child builds real-world skills on safe, proven hardware. Progress you can see. An investment that lasts years, not weeks.
For parents →Bring world-class robotics education to your region. Hardware + software + curriculum, ready for deployment.
For partners →Every minute spent debugging hardware is a minute stolen from learning. Give it back.