Case IH AFS Corrections & Accuracy / NOT AVAILABLE
Features
AFS RTK
Instantly Access the Best Network
When you tap into all the efficiencies in time and inputs Case IH AFS can bring to your farm, you need the speed, accuracy and reliability only AFS RTK+ can deliver. The dense and robust AFS RTK+ network ensures a fast, dependable signal and maximum accuracy in all conditions, regardless of field location.
HOW AFS RTK WORKS
From Satellites to Sub-Inch Accuracy
A connection is made between the satellites, your vehicle and the AFS RTK+ network
The information goes back to a central server that analyzes the data
The correction is sent to your vehicle instantly via the cellular networks, which provides sub-inch accuracy
Wherever you are, the correction is calculated from the surrounding network stations
SOLUTIONS
Maxium Accuracy, Consistently
AFS RTK+ ensures outstanding accuracy you can count on. Cellular RTK+ guidance correction signals alleviate problems associated with traditional radio-delivered RTK, including line-of-sight issues. Hills, valleys, trees, buildings or other structures no longer block RTK signals. That extends your distance of travel from a cellular base while maintaining sub-inch accuracy.
Efficiency
- Efficiency in all your farming tasks (seeding, fertilizing, spraying) thanks to the sub-inch accuracy of the signal
- Fast connections everywhere and at any time
- Reduces application overlaps and skips
- Improves field efficiency
- Allows for more accurate placement of inputs, including fertilizer and herbicides
Simplicity
- High accuracy and availability in North America
- Flexibility in a single subscription for unlimited access, compatible with all hardware. Case IH AFS RTK+ is available via a network subscription through your local Case IH dealer
- Simplicity of a single contact for your hardware and correction signal
Repeatability
- More accurate placement of inputs, including fertilizer and herbicides
- Repeatability — even in the most narrow rows — better control field traffic, keep tire tracks on the same path and reduce compaction