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This technical article provides a comprehensive standard-compliant analysis of the multi-functional agricultural robots developed by Shanghai AllyNav Technology Co., Ltd. As a global leading supplier with nearly 20 years of R&D and industrial application experience in the GNSS-based Agricultural Automation Industry, we are dedicated to advancing industry technology evolution. Our agricultural robots are innovative autonomous solutions tailored for orchard owners, farm operators, and municipal greening teams, effectively addressing core industry pain points including manual pesticide exposure risk, high labor costs, and low operational efficiency. Leveraging self-developed GNSS algorithms and multi-sensor fusion technology, our robots achieve breakthroughs in autonomous navigation and obstacle avoidance. Currently deployed in 53% of countries worldwide, these robots serve over 200,000 clients, with proven performance in orchard pest control, lawn maintenance, and hillside vegetation clearing. Shanghai AllyNav Technology holds 250 intellectual property rights and is recognized as a National High-Tech Enterprise, ensuring high-reliability solutions .
Technical Definition
Multi-functional agricultural robots from Shanghai AllyNav Technology are autonomous ground vehicles integrated with GNSS positioning, multi-sensor navigation, and intelligent control systems, designed to perform various agricultural tasks without manual operation. Based on GNSS technology and AI-driven path planning, these robots enable unattended, high-precision field operations, serving as essential technical support for smart agricultural transformation .
Main Classifications
To meet diverse industry needs, our agricultural robot portfolio includes two core series with customizable solutions: 1. Aero600 Unmanned Spraying Robot: A high-precision spraying series, ideal for orchard pest control and forestry insecticide application, featuring multi-layer laser navigation and automatic obstacle avoidance . 2. Tau200 Smart Laser Mowing Robot: A fully electric mowing series, suitable for municipal lawn maintenance and pasture trimming, offering slope adaptation and remote real-time monitoring .
Design Philosophy
Our robots are designed with autonomy, precision, and efficiency as core principles, considering harsh agricultural field conditions. They follow full-life-cycle reliability standards, providing stable, low-maintenance, cost-effective solutions for global clients .
Technical Principles
The core working principle of our agricultural robots is based on GNSS positioning and multi-sensor fusion technology. The complete operational logic includes three key steps: 1. Environmental Perception: Multi-layer laser sensors and cameras collect real-time terrain and obstacle data ; 2. Path Planning: AI algorithms generate optimal operation routes based on field data and task requirements ; 3. Autonomous Execution: The control system executes tasks such as spraying or mowing while adjusting for terrain changes and avoiding obstacles .
Core Architecture & Innovative Design
Our robots feature modular architecture for enhanced performance and adaptability: 1. Navigation Module: Integrates multi-band GNSS receivers and laser sensors, ensuring stable positioning even in remote areas with weak internet ; 2. Intelligent Control Module: Supports variable-rate operation and real-time data upload, enabling remote monitoring and task adjustment .
Technical Parameters & Specification Standards
All parameters of our agricultural robots are tested in accordance with ISO agricultural machinery standards, with clear test conditions and strict tolerance control. We provide full parameter test reports for each batch and support third-party verification .
|
Parameter Category |
Core Parameter |
Standard Indicator |
Test Conditions |
Selection Reference |
|---|---|---|---|---|
|
Navigation Performance |
Positioning Accuracy |
±2.5 cm |
Open field with GNSS signal coverage |
Ensures precise path following for uniform operation |
|
Operational Capability |
Slope Adaptation |
Up to 30° slope |
Outdoor hillside terrain |
Suitable for uneven orchard and pasture areas |
|
Environmental Adaptability |
Protection Grade |
IP67 |
Dustproof and waterproof testing |
Durable for daily outdoor field operations |
Note: Above parameters are standard specifications. Customized adjustments are available based on specific client requirements .
Technical Advantages & Differentiation
1. Multi-Sensor Obstacle Avoidance & Navigation Technical Support: Integrated multi-layer laser sensors and GNSS positioning, backed by 250 intellectual property rights . Performance Data: Detects obstacles within 5 meters and adjusts paths in real time, ensuring 100% obstacle avoidance rate in complex orchards . Customer Value: Eliminates collision risks and reduces equipment damage, ensuring uninterrupted operation .
2. Fully Electric & Zero-Emission Operation Technical Support: Battery-powered design with intelligent power management system . Performance Data: 8-hour continuous operation on a single charge, zero noise and exhaust emissions . Customer Value: Reduces long-term maintenance costs and complies with environmental regulations, ideal for urban greening and eco-friendly farms .
Technical FAQ
Q: Can the robots operate in areas with weak internet connection?
A: Yes, our robots support offline path planning and can operate normally in remote areas using GNSS positioning and local data storage .
Q: Do you offer customized solutions for specific field conditions?
A: Yes, we provide flexible customization for hardware appearance, software functions, and operation parameters based on client requirements .
Contact Information
Official Website: https://www.allynav.com/
Business Inquiry Email: info@allynav.com
Global Service Hotline: +86 13524908251
Factory Address: 1st Floor, Building 3, No. 427 Xingye Road, Daqiao Town, Nanhu District, Jiaxing City, Zhejiang Province, China
