In the wave of agricultural modernization, how to improve operational efficiency, reduce labor costs, and achieve precise management has become a key concern for every agricultural practitioner. The new generation of self-propelled spraying robots, powered by BDS Navigation, integrates cutting-edge technologies such as autonomous driving, intelligent obstacle avoidance, and the Internet of Things (IoT). This all-scenario intelligent solution is designed to boost agricultural productivity, ushering in a new era of efficient, smart, and sustainable farming.

Beidou Navigation + Autonomous Driving, Minimizing Labor

With high-precision BDS positioning and path planning algorithms, the robot can autonomously perform spraying tasks in fields and orchards, navigating straight lines, curves, and borders without human operation. This boosts daily operational area by 3 times compared to traditional methods and reduces labor costs by 70%.

Adaptability in Complex Environments, Enhanced Stability

Designed to handle trenches, slopes, and dense crops, the system dynamically optimizes steering and power distribution. The chassis self-adjusts to terrain tilt, ensuring even spraying and eliminating over- or under-spraying.

Multi-Robot Coordination, Exponential Efficiency

Through the BDS-based intelligent monitoring and management platform, users can dispatch multiple robots with one click. These machines can work in coordinated formations, intelligently dividing work areas for seamless coverage of thousands of acres, dramatically increasing efficiency.