(1) Features full-bridge drive chips and low-on-resistance 110A NMOS transistors for efficient motor control, including forward and reverse rotation. (2) Operating frequency up to 600 kHz reduces motor noise and heat compared to older drivers. Enhanced driving capability and fast response time deliver superior performance over standard motor driver ICs. (3) Dual PWM inputs support 0–100% duty cycle for precise speed control across the full range. (4) Wide input voltage range: 10.5–36 V DC — compatible with lithium battery-powered robots and RC vehicles. (5) Integrated logic-level buffer isolation circuit enables direct connection to PLCs or 3.3 V / 5 V microcontroller I/O pins. Motor direction and speed can also be controlled via analog voltage input. Maximum continuous output current: 20 A (with basic heatsink); peak current: 110 A. Includes undervoltage protection. Suitable for small to medium-sized vehicles, robotics, and general-purpose motor control applications. Three-wire interface for speed control, forward/reverse direction. Supports full-range PWM (0–100%) — forward/reverse can be controlled directly with push buttons. Compatible with PLCs and 3.3 V / 5 V microcontroller I/O without external level-shifting. Built-in level buffering protects microcontroller I/O pins. Module type: H-bridge brushed DC motor driver. Designed for DC motors operating from 3–36 V. Input voltage range: 11–36 V DC only (AC input prohibited). Output current: Up to 15 A continuous at 24 V (360 W), no heatsink required; up to 15 A at 36 V (450 W) with proper thermal management. Output power: Rated 450 W under free-air cooling (36 V / 15 A). Industrial-grade operating temperature: –40 °C to +85 °C. Full-load operating temperature: ~45 °C. Simple three-wire control for motor on/off, direction, and speed. Color: As shown. Material: PCB. Package includes: 1 x Motor driver module. Note: Actual color may vary slightly due to screen settings and lighting conditions. Dimensions may vary by ±1–3 cm.