Powerful embedded control boards for education, robotics, and industrial prototyping ā engineered with precision.
Purpose-built embedded boards designed for reliability, compatibility, and performance across every application.
Ultra-compact embedded controller with full Arduino compatibility. Ideal for space-constrained projects, wearables, and classroom kits.
Sensor-rich expansion board with pre-integrated temperature, humidity, light, and motion modules ā perfect for educational labs and IoT demos.
Robotics-grade controller with dual motor drivers, encoder support, and wireless capability for autonomous robots and competition platforms.
Every PiCo board is engineered to exceed expectations ā from the classroom to the factory floor.
Developed by Moroccan engineers with deep understanding of local educational and industrial environments. Local support, local pricing.
Designed and tested to withstand demanding environments. Wide temperature range, surge protection, and long-term supply guarantee.
Fully compatible with the Arduino IDE and the vast open-source library ecosystem. Zero learning curve for existing Arduino users.
Curriculum-ready boards with protective covers, clearly labeled pins, and comprehensive documentation in Arabic, French, and English.
ARM Cortex-M class processors with hardware multiply/divide, DMA, and sub-microsecond interrupt latency for real-time control.
Join a growing network of makers, students, and engineers building with PiCo across Morocco and the MENA region.
Rich peripheral support out of the box ā no additional shields required for most applications.
From first-year robotics labs to professional automation systems ā PiCo scales with your ambition.
Power autonomous robots, line followers, and competition bots with real-time motor control and sensor fusion.
Curriculum-aligned kits for STEM classes from middle school through university. Hands-on embedded learning.
Rapid prototyping of PLC-like control systems, conveyor logic, environmental monitoring, and SCADA edge nodes.