جزئیات اساسی
روش حمل و نقل:快递, 空运, 陆运, 海运
معرفی محصول
Main Features
 |  |  |  |
| Performance on Slopes | Reduce Crop Damage | Easy Installation and Switching | Reduce Drift |
| Enhance accuracy on slopes up to 1.5 cm, reducing overlaps and omissions. | Support single-point hitch and older implements to minimize crop crushing. | Quick-removal bracket allows fast installation and easy transfer between implements. | Minimize uncontrolled implement drift for greater straightness. |
Product Description
The CHCNAV IS100 is a precision implement guidance system designed to improve straight-line accuracy and row spacing for mounted equipment. Combining intelligent algorithms with high-precision GNSS technology, the IS100 corrects implement deviation in real time, preventing side-slip on slopes or sandy terrain. By ensuring consistent row spacing, it supports greater land utilization.
Benefits and Performances
- Enhanced Implement Performance
The IS100 achieves ±1.5 cm row spacing accuracy using advanced terrain compensation algorithms that reduce overlaps and skips. It maintains a consistent path in uneven fields and with single-point-hitch implements, improving land utilization by up to 3% and supporting higher crop yields.
- Easy Installation and Operation
The IS100 features a quick-assembly bracket for fast setup and removal. When switching between implements, users only need to reconnect the cable. Each implement requires just one-time calibration, with no need for repeated recalibration when reused, minimizing downtime in the field.
- Comprehensive Task Recording
The IS100 automatically records detailed operational data for each implement, including working hours, tracks and field information. Farmers can use this data directly to optimize future operations, such as inter-row cultivation, spraying and harvesting, for better planning and efficiency in the field. - Performance at High Speeds
Even at speeds of up to 12 km/h, the IS100 maintains exceptional accuracy, making it ideal for seeding operations in a wide range of crops, such as corn, cotton and potatoes. Its robust performance speeds up workflows without compromising on precision.
