
Tall-canopy spraying
An application configuration for taller orchard canopies. Review canopy height, row spacing and the spray program.
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FJD AGRICULTURE / AT DRT
Orchard work. Electrified.
An autonomous electric platform for configured spraying and mowing tasks. Start with your orchard and build the right system.
ONE PLATFORM. DIFFERENT JOBS.
Compare the manufacturer’s application configurations. DRT reviews the orchard layout, crop and implement requirements before defining your package.

An application configuration for taller orchard canopies. Review canopy height, row spacing and the spray program.
Discuss this configuration →
A configuration for lower canopy crops. Confirm the crop geometry and required spray coverage.
Discuss this configuration →
An offset mowing configuration for orchard maintenance. Review clearance, terrain and the intended cutting area.
Discuss this configuration →
A mowing arrangement beneath the platform. Confirm working width and orchard surface conditions.
Discuss this configuration →Implements and supporting equipment are quoted separately by configuration. Images illustrate manufacturer application options.
DESIGNED AROUND THE ORCHARD

A mapped orchard provides the basis for route planning and repeat work. Set the work area and route, then operate within the approved site configuration.

The manufacturer combines RTK positioning where GNSS is available with LiDAR-based local navigation under tree canopies. Mapping quality, site conditions and commissioning determine performance.
How it works
The manufacturer workflow uses mapping tools, map preparation and route management. These steps make the setup easier to understand before you plan a project.

Capture the orchard with Trion S2 and the Scan app in the manufacturer workflow.

Use the supported V4e Pro and Survey workflow to mark relevant boundaries and locations.

Process and prepare the captured site information with Trion Model.

Use GreenMaster to prepare supported routes and manage the configured operation.
Mapping devices and software shown are not automatically included with XBot. DRT confirms the mapping, commissioning, training and service scope in the quotation.
APPLICATION EXAMPLES




Specifications
Manufacturer base-platform figures. Attachments, payload, terrain and operating conditions affect the complete configuration. Confirm final dimensions and performance for the quoted system.
The manufacturer lists approximately 3 hours at 220 V or 5 hours at 110 V. Confirm the supplied charger, electrical requirements and charging conditions for your U.S. installation.
BEFORE YOUR PROJECT
XBot is offered through a project quotation. DRT first reviews the crop, row spacing, terrain, intended task and site requirements, then defines the equipment and service scope.
FJD describes RTK positioning combined with LiDAR local navigation for orchard environments. A suitable map and site commissioning are required; capability must be checked against your canopy and terrain.
Plan for site mapping, route preparation, equipment commissioning and operator training. DRT confirms who supplies each service and which mapping devices and software are included.
FJD describes 360° LiDAR perception with front and rear bumper switches as additional protection. These features do not remove the need for a site assessment, safe operating procedures and the supervision required by the supplied instructions.
FJD XBot includes a 2-year warranty. Keep your proof of purchase and product serial number for warranty service.
BUILD YOUR ORCHARD SETUP
Tell DRT your crop, acreage, row spacing, terrain and the task you want to automate. We will review the equipment, mapping and support needed for your project.
Product imagery and technical references: FJDynamics Agriculture. Manufacturer product information ↗