Faster and smarter: Pre-validated AMR development platform from Arrow & ST.
The global AMR market is projected to exceed $13 billion by 2030, at an 18% CAGR. To meet the burgeoning demand, Arrow and ST have developed a validated, system-level AMR reference design that dramatically shortens the path from prototype to production. This powerful hardware platform is pre-architected, tested, scalable, AI-enabled and aligned with real customer needs. Explore how this perfect blend of Arrow support and ST expertise enables engineers to build the future of autonomous mobile robots.
Arrow, eInfochips and ST have cooperated to offer an industrial‑grade AMR reference platform based on a full ST BOM, including an STM32 control, STSPIN/STDRIVE motor drivers, power controllers and MEMS sensors. It’s also tightly integrated with NVIDIA technology and ROS2 robotics middleware.
This solution gives engineers a near‑production starting point that dramatically reduces development time and risk, enables easy customization for 24 V and 48 V platforms, and maximizes hardware and software reuse across their AMR portfolio.
Webinar
A Prevalidated AMR Reference Platform for Faster Industrial Robotics Development
Tuesday, June 23, 2026
8:00am PDT | 11:00am EDT | 17:00 CEST
Features and benefits
System-level reference design
Pre-architected, tested platform that reduces time-to-market and risk for AMR development.
Integrated AMR subsystems
Includes robust power management, STM32 real-time control, dual BLDC motor drives and MEMS sensor suite. Utilizes a complete, holistic reference architecture.
Ecosystem compatibility
Supports NVIDIA Jetson Orin Nano for advanced AI, SLAM and perception workloads on a validated hardware stack.
Scalability and reliability
Architecture supports prototype-to-production scale with industrial-grade components and global support, whether you’re building a 24V or 48V system.
Robust power path
Features hot-swap and power OR-ing capabilities to ensure system reliability and stability in industrial environments.
Advanced motion control
Supports dual BLDC motors, enabling precise motion control essential for navigation and obstacle avoidance.
Rich sensor integration
Incorporates MEMS sensor stack including IMUs, magnetometers and environmental sensors for robust data fusion.
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