FAQ

A: It mainly consists of a control mechanism, steering mechanism, power transmission mechanism, and supporting orchard management devices. It supports various operations, including ditching, weeding, fertilizing, seeding, and vine burying, suitable for various plots. Additionally, it is compatible with existing tractor-mounted equipment. The robot is equipped with an intelligent navigation system to achieve unmanned operations.

A: It is suitable for various terrains and operating environments, including multiple orchard management tasks such as ditching, weeding, fertilizing, seeding, and vine burying. Its design allows efficient and precise operations on different plots.

A: It supports remote adjustment of operation modes and parameters, with easy operation. Users can monitor and adjust the robot's operations in real-time through a remote control system, ensuring efficient and precise orchard management.

A: It is equipped with an intelligent navigation system that enables autonomous path planning and navigation for precise operations. This system allows the robot to operate efficiently in complex orchard environments.

A: It is designed for easy operation and maintenance. Its modular design makes replacing parts and performing daily maintenance more convenient, ensuring that users can easily manage and operate the robot.

A: It has strong compatibility and can be used with existing tractor-mounted equipment. This allows users to perform various orchard management tasks with their existing equipment without the need to purchase additional new equipment.

A: It can significantly improve the efficiency of orchard management. Through unmanned and intelligent operations, the robot can complete high-quality tasks in a shorter time, freeing farmers' hands and reducing labor intensity.

A: The remote operation of the LINKSY Smart Agricultural Robot is unaffected when used abroad. The LINKSY Smart Agricultural Robot robot supports GLONASS, BDS, and Galileo global navigation satellite systems. To use the unmanned operation function, additional auxiliary radio equipment is required to ensure high-precision positioning and stable signal transmission globally, enabling unmanned operations.

A: It has three power types: pure electric, hybrid electric, and pure oil. This model is pure oil-powered, with a power output of 29.4KW.

A: Yes, it can be customized according to customer requirements.

A: It is specifically designed for fertilizing (foliar fertilizer) and spraying pesticides on vine plants and small shrubs such as grapes, goji berries, citrus, and apples. It features intelligent operation, nighttime work capability, strong terrain adaptability, interchangeable task payloads, excellent atomization effects, fertilizer and pesticide savings, and high efficiency and convenience.

A: Remote operation is unaffected when used abroad. It supports GLONASS, BDS, and Galileo global navigation satellite systems. By adding auxiliary radio equipment, high-precision positioning and stable signal transmission can be ensured globally.

A: It is equipped with an intelligent navigation system that enables autonomous navigation and unmanned operation. It can operate stably on various terrains, ensuring high efficiency and precision in its tasks.

A: It supports remote control and parameter adjustment. Users can monitor and adjust the robot's operation modes and parameters in real-time through a remote control system, simplifying the operation process and improving efficiency.

A: It can cover 10-15 acres per hour, with a maximum daily operation area of over 120 acres. It can perform formation operations, effectively addressing labor shortages and short operation times in large-scale farming bases.

A: It uses uniform atomization spraying technology that does not damage the fruit surface, increasing the utilization rate of pesticides and fertilizers. Depending on the crop, it can save 40-55% of water and pesticides per acre, reducing planting costs and preventing excessive pesticide residues.

A: It is suitable for various plots and operating environments, including multiple orchard management tasks such as ditching, weeding, fertilizing, seeding, and vine burying. Its design allows efficient and precise operations on different plots.

A: The robot is designed for easy operation and maintenance. Its modular design makes replacing parts and performing daily maintenance more convenient, ensuring that users can easily manage and operate the robot.

A: It is purely electric. Each robot is equipped with six batteries, requiring two batteries for each operation. Two batteries can support about one hour of operation, depending on the usage environment.

A: The Qianxing Robot Automatic Navigation and Driving System integrates BDS navigation, autonomous driving, obstacle avoidance, and IoT functions. It mainly consists of a navigation computer, obstacle avoidance radar, IoT module, and dual antennas. The system can achieve full automatic control and precise navigation, operating 24/7 without being affected by weather conditions.

A: Yes, the Qianxing Robot Automatic Navigation and Driving System supports GLONASS, BDS, and Galileo global navigation satellite systems. By adding auxiliary radio equipment, it ensures high-precision positioning and stable signals globally.

A: The system is highly integrated, reducing the need for traditional navigation smart tablets and other modules, thereby improving product reliability. It maintains stability in harsh environments such as cities and fields, making it suitable for agriculture, industry, and military applications. When combined with the Shangyida BDS Intelligent Monitoring Integrated Management Platform, it can achieve multi-machine formation, real-time data monitoring, and big data analysis.

A: The system supports remote parameter adjustment and remote control. Users can monitor and adjust the robot's operation modes and parameters in real-time through the remote control system, ensuring efficient and precise operation.

A: The system is suitable for various application scenarios, including unmanned spraying, mowing, inspection, and transportation tasks. Its intelligent navigation and autonomous driving functions enable it to operate efficiently in complex environments.

A: The system is easy to install, ready to use upon installation, and simple to operate. Its design simplifies the user operation process and supports remote control and parameter adjustment, ensuring that users can easily manage and operate it.

A: The system uses cloud RTK high-precision navigation to achieve centimeter-level positioning accuracy, ensuring precision and reliability in operations.

A: Yes, the Qianxing Robot Automatic Navigation and Driving System supports online upgrades, allowing users to easily and quickly access the latest software features and optimal services, saving labor, effort, and time.

A: The customized inspection robot is a multifunctional intelligent inspection device that integrates automatic walking, obstacle avoidance, scanning, data uploading, and alarm functions. It uses infrared thermal imaging and high-definition camera technology to inspect and collect data on outdoor targets, and it uploads, stores, and alarms data and images in real-time through a wireless base station.

A: It is suitable for special locations such as military bases and factories. It can autonomously patrol 24/7, promptly detecting hazardous gas leaks, temperature anomalies, and performing automatic analysis of instruments and valves as well as image comparison analysis, providing anomaly alarms. It is mainly used for patrolling and monitoring key areas with high-security levels, such as military camps, rear equipment depots, and critical locations.

A: It combines multiple navigation methods, including inertial navigation, BDS navigation, and laser navigation, to ensure stable operation in complex environments. Through autonomous navigation, the robot can perform path planning and obstacle avoidance without human intervention.

A: It supports remote control and parameter adjustment. Users can monitor and adjust the robot's operation modes and parameters in real-time through a remote control system, simplifying the operation process and improving efficiency.

A: It can perform efficient inspection tasks. Using infrared thermal imaging and high-definition camera technology, it can quickly and accurately detect hazardous gas leaks, temperature anomalies, and other potential risks, providing timely alarms to ensure the efficiency and accuracy of inspections.

A: It is designed with explosion-proof and waterproof features, allowing it to operate stably in various harsh environments. The combination of all-weather autonomous patrol and multiple navigation methods ensures that it maintains efficient and precise operations even in complex environments.

A: It is designed for easy operation and maintenance. Its modular design makes replacing parts and performing daily maintenance more convenient, ensuring that users can easily manage and operate the robot.

A: It supports GLONASS, BDS, and Galileo global navigation satellite systems. By adding auxiliary radio equipment, high-precision positioning and stable signal transmission can be ensured globally.

A: The platform consists of a data analysis center, a backend supervision center, an equipment control center, and a video monitoring center. It supports multiple data inputs, handles high concurrent data, performs big data analysis and real-time monitoring, and can be used for remote equipment control and task planning.

A: The platform supports GLONASS, BDS, and Galileo global navigation satellite systems. By adding auxiliary radio equipment, it ensures high-precision positioning and stable signal transmission globally.

A: The platform is suitable for various scenarios, including government smart agriculture equipment data supervision, intelligent agricultural equipment enterprise management, military, industrial, and agricultural applications. It can perform equipment detection, trajectory tracking, multi-machine formation, and big data analysis.

A: The platform has the following features:
- High concurrency, high throughput, and high isolation data processing capabilities
- Support for multiple data inputs and efficient data analysis
- Real-time display of equipment operation status, warning information, and meteorological data
- Support for remote control, formation operations, and task planning

A: The platform handles high concurrency, high throughput, and high isolation hybrid loads, ensuring data security and response speed. It supports both public cloud and private cloud deployments, suitable for different application scenarios, ensuring secure data storage and management.

A: The platform improves equipment management efficiency and operation accuracy through real-time data monitoring, multi-dimensional data analysis, and intelligent scheduling functions. Its big data analysis and real-time warning functions help enterprises respond quickly to market changes, enhancing their competitiveness.

A: Yes, the BDS Intelligent Monitoring Integrated Management Platform supports customization. It can be tailored to the specific needs of customers, meeting the requirements of different application scenarios such as military, industrial, and agricultural applications.

A: Senyta Intelligent Equipment Co., Ltd. has a strong R&D team and dozens of core patents, dedicated to the design, development, production, and sales of industrial-grade robots and navigation products. The company ensures that every product meets high standards through strict quality control and testing procedures.

A: The company offers comprehensive quality assurance services, including rigorous testing before products leave the factory, technical support, and maintenance services after sales. This ensures that customers can achieve optimal performance and experience during use.

A: The company provides a one-year warranty for hardware products like robots, covering non-human damage (excluding consumable parts). Software products come with one year of free technical upgrade service. For better service, customers need to pay an upgrade fee from the second year onwards.

A: The company offers 7*12 hours of online customer service, responding to customer issues within 12 hours to ensure timely resolution of any problems encountered during use. Additionally, the company provides remote technical support, product maintenance, and online software upgrades, ensuring customers enjoy the latest software features and the best service.

A: Customers can contact the after-sales team via phone, email, or the online customer service system on the company’s official website. The company promises to respond quickly and provide solutions upon receiving customer feedback.

A: The company collaborates with multiple international logistics companies to ensure products are delivered to customers promptly and safely. Various logistics options are available, including air freight, sea freight, and land transportation, to meet different customer needs.

A: Generally, the delivery time for standard products is 2-4 weeks after the order is placed. For custom products, the delivery time will be determined based on specific requirements and production progress. The company will provide a detailed delivery schedule upon order confirmation.

A: The company accepts various payment methods, including Telegraphic Transfer (T/T), Letter of Credit (L/C), and PayPal. Customers can choose the most suitable payment method according to their needs.

A: Generally, the company requires customers to pay a 70% deposit, with the remaining 30% payable before product shipment. Specific payment terms can be negotiated based on customer needs and order amount.