Efficient Dual HBridge Drive Control Powered by the L298N chip, this kit provides dual Hbridge drive for smooth, efficient control of two DC motors simultaneously. Each bridge delivers up to 2A, and the system supports motor operation up to 35V, enabling a range of driving applications. Optimized for Varied Power Requirements Logic voltage: 5V; motor power input: 5V–35V. The onboard 5V power output can power external devices when operating within 7V–12V, making the board adaptable for standard and highervoltage RC car projects. Performance Motors Includes four dualshaft DC motors, each operating at 3V–6V with a 1:48 gear reduction. This setup provides steady torque and balanced speed, with a noload speed of 200 rpm at 6V. Comprehensive Component Kit Includes motor driver modules and motors, four smart car wheels, and 60 jumper cables (20 femaletofemale, 20 maletomale, 20 maletofemale), enabling straightforward wiring and flexible connections for RC or robotic vehicle projects. Use scenarios Build a dualmotor RC car or robotic rover that requires independent speed control for each side, using PWM for precise steering and maneuvering. Create an educational robotics platform or small autonomous vehicle for experiments with sensor integration, linefollowing, or obstacle avoidance, suitable for learning with standard microcontroller ecosystems. Key attributes Function: Dual Hbridge motor control with L298N, capable of driving two motors with up to 2A per bridge and up to 35V. Compatibility: 5V logic and 5–35V motor power; onboard 5V regulator for external devices when using 7–12V supply. Size and packaging: Includes four motors, four wheels, and a complete jumper cable assortment for versatile assembly. Performance: 3–6V motor operation, 1:48 gear reduction, 200 rpm noload at 6V. What makes it stand out: Integrated 5V output for auxiliary devices, a complete component kit with wheels and extensive cabling, and readiness for RC or robotics projects out of the box.