Farm-ING Smart Farm Equipment GmbH
Shift-ING 2
Linear displacement
Phone support
Remote maintenance
On-site support
Mail support
Technical data
Our shifting frame with AI-based camera system can be upgraded to any conventional chipper to automate row guidance.
The sliding frame is driven by two electric linear actuators.
The field of application is very diverse and specially designed for the automated row guidance of a conventional hoe in a wide variety of crops in the rear.
When manual steering becomes a challenge, enjoy weed removal again with the support of our ShiftING.
Functionality
The shovel frame is mounted on the 3-point linkage between the tractor and the implement, and the short design means that the combination remains very compact. The AI-based camera system detects the crop at the smallest growth stages and reliably distinguishes it from weeds. The trailing hoe is aligned to the detected crop rows in fractions of a second using two electric linear actuators to give you maximum working speed. The precise row detection and the backlash-free linear guidance of the shifting frame allow you to keep the hoeing belt narrow. The lateral stability of the ShiftING is guaranteed by the two track guide wheels, which run in the tractor track.
Camera system design
Choose the right camera system design for your operation.
Basic
1 camera detects the plant rows works very well in visible stands
Premium 2 cameras, tilt sensor, AI detection Plant detection based on single plant detection Also suitable for curves, heavily weeded fields and on slopes
Advice is offered on the selection of the appropriate camera system.
Pricing
Attributes
Support
Phone support
Mail support
On-site support
Remote maintenance
Technical data
Recognition technique
Linear displacement
- 1 Camera
- detects the plant rows
- Works very well in visible stocks
- 2 cameras, tilt sensor, AI detection
- Plant detection based on single plant detection
- Also suitable for cornering, heavily weeded fields and on slopes
Accuracy in cm
Crops
Compatibility/method of attachment
Dead weight in kg
Coupling device
Dimensions in m
Power requirement (with hydraulic sideshift)
Track width in m
Passage size in m
Displacement path in mm