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Control Systems
High-precision hardware for teaching and researching PID, robust control, and advanced dynamics.
Autonomous Robotics
Ready-to-use robotic arms and mobile platforms for computer vision and machine learning applications.
Mechatronics Kits
Interactive, plug-and-play kits that bridge the gap between software algorithms and physical mechanics.
Applied R&D Platforms
Open-architecture systems engineered for researchers pushing the boundaries of modern technology.
Custom Engineering
Tailored hardware design and integration services for specialized laboratory and industrial needs.
Technical Implementation & Training
We offer comprehensive on-site installation, technical support, and hands-on training programs to ensure your laboratory systems are fully operational and your team is ready to innovate.
Control Systems
High-precision hardware for teaching and researching PID, robust control, LQR and advanced dynamics
Autonomous Robotics
Ready-to-use robotic arms and mobile platforms optimized for computer vision, SLAM, and machine learning research.
Applied R&D Platforms
Open-architecture systems engineered for researchers pushing the boundaries of autonomous navigation and industrial automation.
Implementation & Training
Comprehensive on-site installation, technical support, and hands-on workshops to ensure your team is ready for innovation.
Client Testimoni
Empowering Robotics Innovation in 16+ Countries Worldwide
Mecoriq provides open-architecture control and robotics platforms for elite research centers in 16+ countries. Bridging the gap between complex algorithms and physical systems, we deliver the hardware excellence required for autonomous innovation

Head of Control & Robotics Lab
What sets Mecoriq apart is their commitment to developer freedom. Being able to transition from Python scripts directly to professional-grade hardware saved our R&D team months of setup time. Their Furuta Pendulum and Stewart platforms are robust, precise, and truly engineer-friendly.

Senior R&D Engineer
Implementing Mecoriq systems in our undergraduate mechatronics lab has significantly enhanced student engagement. The plug-and-play nature of their implementation kits, combined with professional-grade technical support, ensures our lab stays at the cutting edge of engineering education.

Head of Research Team
TECHNICAL FAQ
Common Questions About Our Platforms
Yes. All our mechatronic platforms feature an open-architecture design. They integrate seamlessly with MATLAB/Simulink, Python, and LabVIEW for real-time control validation.
Our platforms are designed for rapid deployment. With our plug-and-play architecture and provided courseware, labs can be fully operational within hours.
Absolutely. We provide open-source baseline controllers (such as PID, LQR, and MPC examples) to help researchers start their experiments immediately.
Yes. Our systems include built-in hardware and software safety limits. These safety mechanisms protect both the equipment and the users from sudden unstable control loop behaviors during experiments.
Absolutely. The open-architecture design allows researchers to easily add third-party sensors (such as vision systems, LIDAR, or external IMUs) via standard analog and digital I/O interfaces.
Yes, we provide comprehensive laboratory workbooks and courseware. These materials are specifically designed to bridge theoretical control concepts with hands-on physical experiments.
We offer dedicated engineering support for our academic partners, including initial setup assistance, system troubleshooting, and direct consultation with our core development team for custom research integration.

Mecoriq’s open-architecture platforms have been a cornerstone of our control systems research. The high-resolution data acquisition and seamless integration with MATLAB/Simulink allowed our team to validate complex algorithms with unparalleled precision, leading to high-impact publications