The general platform for field robots is a groundbreaking technological innovation that offers flexible and efficient solutions for the agricultural sector.
This robotic platform features three modes of operation: simple, semi-automatic, and fully automatic. Users can easily switch between different functional modules on the same platform according to specific task requirements, enabling multifunctional and multitasking operations. Its flexibility and versatility make it an indispensable tool in modern agriculture.
By integrating advanced technology and an open interface design, this platform aims to provide more efficient and intelligent solutions for agricultural production, supporting the modernization and upgrading of agricultural practices.
Technical parameter
Dimensions | ≤2*1.8*1.3m |
Mobility | Four-wheel independent drive and independent steering |
Propulsion | Pure electri |
| Navigation | Satellite + vision fusion navigation, navigation accuracy within±5 cm |
Module | Optical sensors, robotic arms, various end effectors |
Battery Life: | Continuous operation for 6 hours |
| Payload | > 200 kg |
| Operating Speed | 0-1.5 m/ |
Off-ground heigh | > 1.3 m (customizable/adjustable) |
| Applicable Fields | Suitable for horticulture, orchards, dry field crops, and other types of objects. |
Functional Characteristics
Multi-mode operation: With simple, semi-automatic and fully automatic three modes of use, users can freely switch according to different task requirements, flexible response to various field work.
Open interface: Design open interfaces to allow users to customize different agencies, such as field crop phenotype detection agencies or field operation agencies, to achieve multi-functional operation.
Flexible adaptation: The platform design is light and flexible, adapting to different terrain environments, providing more accurate operations and monitoring for agricultural production.
Intelligent operation: Combining advanced technology to achieve accurate navigation, automated operations, improve production efficiency and reduce human resource investment.
Future upgradability: In order to meet the changing needs, the platform has the potential to upgrade, continue to provide more features and performance.
The adjustable field robot platform for high-stem crops is a specialized robotic platform developed for the agricultural sector. Unlike general-purpose platforms, it emphasizes robust design and the ability to gather phenotypic data throughout the entire growth cycle. Its strength lies in combining flexibility with load-bearing capacity and expanding the capability to collect data at greater heights, providing users with extensive crop adaptability and broader operational capabilities.