While deepening and consolidating its core business operations, the company continues to expand its presence in cutting-edge technology sectors, actively developing the emerging smart robotics business segment to cultivate a new growth trajectory. In October 2025, the company officially established its Artificial Intelligence Division, focusing on the research, development, and commercialization of smart unmanned devices. In March 2026, the company identified the smart lawn mowing robot as the first core product in its emerging business segment, precisely targeting the intelligent operation and maintenance market for commercial landscaping.

As of the end of May 2026, the company’s first self-developed all-scenario intelligent commercial lawn mowing robot has officially completed prototype production. It has now fully entered the critical testing phase involving chassis performance debugging and integrated testing of the autonomous driving system, with the product’s commercialization progressing steadily.

This commercial intelligent lawn mowing robot is equipped with a multi-sensor deep fusion system integrating RTK, IMU, vision, and LiDAR. It adopts an industry-leading tightly-coupled + deeply-coupled adaptive fusion architecture, enabling microsecond-level synchronized data processing. This fundamentally resolves the positioning drift issues in traditional equipment caused by signal obstruction, sudden changes in lighting, and uneven terrain. The device delivers exceptional operational precision, achieving horizontal positioning accuracy of 1–3 centimeters and vertical positioning accuracy of 2–5 centimeters in open environments. This enables precise edge-hugging mowing, completely eliminating operational deviations and ensuring uniform landscaping results.

In terms of intelligent operation, the product is equipped with the company’s proprietary path planning algorithm, which automatically generates smooth, efficient, and optimal routes based on the work site. This ensures comprehensive coverage with no missed areas and minimizes overlap for highly precise operations. It is also equipped with a high-precision intelligent sensing system that can identify various obstacles, such as pedestrians and rocks, in real time, enabling rapid response and flexible avoidance to ensure comprehensive operational safety. Built on the mature ROS2 distributed platform, the device is suitable for large-scale lawns spanning tens of thousands of square meters, supporting long-duration, high-intensity continuous operation with stable and smooth performance.

Furthermore, the product utilizes a pure electric drive system, offering the advantages of low noise, zero emissions, and environmental friendliness, aligning with the concept of green and low-carbon development. Leveraging its highly automated and intelligent operational capabilities, the system enables a single operator to manage multiple units, significantly reducing labor costs for landscape maintenance, standardizing operational quality, and effectively enhancing the evenness and aesthetic appeal of lawns. The equipment demonstrates exceptional environmental adaptability, operating seamlessly under complex conditions such as tree shade, building surroundings, and varying weather conditions—including sunshine, rain, and snow—to truly achieve unmanned autonomous operation across all regions, scenarios, and time periods.

In the future, this intelligent lawn mowing robot will find widespread application in large-scale commercial lawn maintenance scenarios such as municipal parks, industrial parks, school and factory campuses, and golf courses. The company will continue to advance product iteration and optimization through field testing, empowering the traditional landscape maintenance industry with cutting-edge technology. This initiative aims to drive the transformation of landscape maintenance from labor-intensive, low-precision methods to a fully automated, high-precision, and intelligent model, thereby supporting the industry’s high-quality development.