Introduction
AR-28 Intelligent Mulching & Seeding Robot is an autonomous agricultural robot specifically designed for hilly and mountainous farmland. It integrates fertilization, plastic mulching, drip irrigation laying, and precision seeding into a single operation, delivering high-efficiency, intelligent, and labor-saving farming solutions.

Typical Applications
·  Hilly Farmland
·  Mountainous Agricultural Areas
·  Precision Seeding Operations
·  Mulch Film Cultivation
·  Drip Irrigation Installation
·  Large-Scale Smart Farming Projects

Features
1.All-in-One Intelligent Farming Operations: Integrates fertilization, plastic film mulching, drip irrigation tape deployment, and precision seeding into a single operation, improving efficiency and ensuring consistent farming quality compared with traditional methods.
2.Automatic Mulching Film & Drip Irrigation Management: Automatically performs plastic film laying, end-of-row cutting, drip irrigation tape deployment, and boundary cutting operations, minimizing manual intervention and improving operational efficiency.
3.High-Precision Autonomous Path Tracking: Equipped with intelligent navigation and variable-speed control, the robot accurately follows both straight and curved paths while automatically adjusting travel speed according to terrain conditions and route complexity.
4.Designed for Hilly and Mountainous Farmland: Developed specifically for challenging agricultural environments, featuring intelligent four-wheel drive engagement, zero-radius steering, and excellent maneuverability for narrow, uneven, and sloped fields.
5.Powerful Electric Drive Performance: Powered by a high-torque electric drive system, the robot delivers strong traction, reliable climbing capability, and stable operation across diverse terrains.
6.Hybrid Range-Extended Power System: Adopts a hybrid range-extended power architecture where the engine serves only as a generator while vehicle movement is fully driven by electric motors, reducing energy consumption and improving overall efficiency.