Qianxing® Autonomous Navigation System for Intelligent Equipment Upgrades - Trusted China Suppliers & Factory Solutions
Performance Characteristics
APP Intelligent Operation
One-Click Automatic U-Turn
View Job Progress in Real Time
U-Turn Autonomous Driving
Cloud RTK High-Precision Navigation
Supports Unmanned Spraying, Mowing, Inspection and Transportation Machines
Product Features
High integration of navigation, obstacle avoidance, and communication
Adaptable to intelligent equipment in agriculture and multiple industries
Supports equipment automation and unmanned upgrade
Connects perception, control, and platform capabilities
Improves path planning control accuracy (±2.5 cm) and operational stability
Product Specs
| Project Name | Unit | Details | |
|---|---|---|---|
| Physical Dimensions and Electrical Characteristics | Size | mm | 200*150*80 |
| Weight | g | 1300 | |
Frequently Asked Questions
What types of machinery are compatible with this system?
The system is adaptable to various types of intelligent machinery across agriculture and multiple industries, including unmanned spraying, mowing, inspection, and transportation equipment.
How accurate is the navigation and path control system?
Equipped with Cloud RTK high-precision navigation, the unit achieves a path planning control accuracy of ±2.5 cm, ensuring exceptional operational stability.
Can the machine operate autonomously for turning operations?
Yes, it features both one-click automatic U-turn capabilities and autonomous U-turn driving to streamline path switching and unmanned field management.
Is real-time monitoring available during operation?
Yes, users can monitor job progress in real time directly through an intelligent APP interface.
What are the physical dimensions and weight of the control unit?
The unit has compact physical dimensions of 200*150*80 mm and weighs 1300 grams, making it convenient for multi-equipment integration.
Does the unit support obstacle avoidance?
Yes, it provides a high degree of integration combining navigation, obstacle avoidance, and communication in a single architecture.
