Robotic Arm for Arduino STM32 Programming The Robotic Arm for Arduino STM32 Programming is an advanced DIY kit that enables learners, hobbyists, and engineers to explore the fundamentals of robotics, motion control, and servo programming. Built with strong metal construction and powered by precise servo motors, this robotic arm offers smooth movement, reliable control, and excellent stability for a wide range of educational and experimental applications. Product Overview This programmable robotic arm kit is designed for easy integration with Arduino and STM32 microcontrollers, providing a practical platform for learning embedded systems and mechatronics. Whether you’re developing automation prototypes, teaching robotics, or exploring servo control algorithms, this robotic arm serves as a powerful hands-on learning tool. Key Specifications Product Weight: 1.5 kg Horizontal Crawling: Supported Maximum Grab Weight: 200 g Travel Range: 410 mm Clamping Range: 5–55 mm Mechanical Error: ±0.8 cm Servo Torque: 13–25 kg·cm Working Current: 800–1500 mA Working Voltage: 4.8–7V Servo Travel Range: 0–180° Servo Frequency: 50 Hz Cycle Duration: 20 ms Main Control Chip: Atmega328P Control Channels: 6 Action Storage: Supported Control Type: PS2 controller and programmable interface Advanced Control and Performance The Robotic Arm for Arduino STM32 Programming features a six-channel control system that allows each servo motor to move independently, enabling smooth, coordinated motion. Using Atmega328P as the main controller, it ensures precise signal processing and reliable control, suitable for both beginners and advanced users. Users can also program the robotic arm using the Arduino IDE or STM32 development platform, offering flexibility in control, customization, and coding experience. The arm’s high-torque servos and durable joints allow it to perform complex actions like grabbing, lifting, rotating, and positioning objects accurately. Educational Benefits This robotic arm kit is ideal for: Engineering students learning robotics and automation Makers building custom robotic systems Teachers and educators designing STEM curriculum content Developers experimenting with machine vision or AI-based control systems By assembling and programming this arm, users gain valuable experience in: Servo motion calibration Inverse kinematics basics Embedded programming (Arduino & STM32) Signal timing and motor synchronization Durability and Design Made with a rigid aluminum alloy frame, the arm is lightweight yet strong, ensuring high stability during motion. The servo torque range of 13–25 kg·cm provides enough strength to handle tasks like picking up small components, arranging objects, or simulating industrial automation. With a travel range of 410 mm and a clamping range between 5 mm and 55 mm, it can handle objects of various sizes and shapes. The mechanical error of just 0.8 cm ensures precision even during fast operations. Programming and Operation Dual compatibility: Works seamlessly with Arduino and STM32 controllers. Action recording: Supports storing motion sequences for repeatable automated tasks. PS2 control mode: Ideal for manual testing and teaching demonstrations. Software support: Fully compatible with Arduino IDE for quick setup and code uploading. The arm’s flexible software interface allows users to modify movement speed, joint angles, and motion patterns — perfect for real-world automation or research experiments. Applications The Robotic Arm for Arduino STM32 Programming is widely used in: Robotics education and training labs Automation prototype design Object sorting and pick-and-place experiments Computer vision and sensor-based control projects Research on mechatronic systems Why Choose NexaSens At NexaSens, we provide reliable and high-quality robotics components designed for hands-on learning and innovation. Our robotic kits are tested for performance and precision, and each order includes technical documentation, sample Arduino codes, and support resources.Explore more robotics kits and enhance your engineering projects with advanced sensor and control modules. Internal link Simulation Ultrasonic Radar Sensor Module DIY Kit Bit Robot Arm KitK-S4039