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FJD XBot

Autonomous Electric Orchard Platform

Built for Orchards. Ready for More.

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Apple orchard rows representing routine orchard care

Put XBot to Work in Your Orchard.

Plan each task. Let XBot handle routine orchard care autonomously.

YOU RUN THE ORCHARD.XBOT RUNS THE ROWS.

Plan Once.Keep Working.

Set the map once, run the whole fleet. Unified management across multiple plots allows XBots to work in sync, recharge, and resume automatically.

Aerial visualization of coordinated XBot routes through orchard rows
XBot using RTK and LiDAR navigation beneath dense orchard canopies

Stay on TrackUnder Trees.

RTK provides centimeter-level positioning when satellite reception is available, while LiDAR perception helps maintain stable local navigation under dense canopy cover.

See Obstacles.Stop Safely.

360° LiDAR detects obstacles in real time, while front and rear bumpers provide an additional physical stop layer for safer autonomous operation around people, trees, and equipment.

XBot detecting people, trees, and equipment with 360-degree LiDAR
XBot front suspension maintaining stability over uneven orchard terrain

Stay Steadyon Rough Ground.

Front suspension helps XBot stay stable over ruts, bumps, and slopes.

One Platform.More Ways to Work.

One multifunctional electric platform for spraying, mowing, and more—built to fit your orchard and the work at hand.

FJD XBot autonomous electric base platform
FJD XBot configured for tall-canopy spraying
Tall-Canopy Spraying
FJD XBot configured for low-canopy spraying
Low-Canopy Spraying
FJD XBot configured for rear-offset mowing
Side Mowing
FJD XBot configured for mid-mount mowing
Mid-Mount Mowing

Map. Plan.Let XBot Work.

From orchard scan to autonomous work, in a few simple steps.

Scan Your Orchard video poster
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01

Scan Your Orchard

Capture a detailed 3D layout of your orchard with the FJD Trion S2 LiDAR Scanner and Trion Scan App.

Mark Key Locations video poster
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02

Mark Key Locations

Use the FJD Trion V4e Pro and Survey App to accurately mark boundaries, entrances, and key points.

Create Your Map video poster
Video Source
03

Create Your Map

Bring the scan and survey data into FJD Trion Model to create a ready-to-use orchard map.

Plan Routes & Run XBot video poster
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04

Plan Routes & Run XBot

Open the finished map in FJDynamics GreenMaster to plan routes and put XBot to work autonomously.

Applications

Rows of high-density orchard trees

High-Density Orchards

Apples, pears, cherries, plums & peaches.

Green vineyard rows

Vineyards

Wine, table, raisin & juice grapes.

Managed rows of berry shrubs

Berry Shrubs

Blueberries, raspberries, blackberries & currants.

Managed low-canopy orchard crop rows

Managed Low-Canopy Crops

Dwarf citrus, tea, olives & coffee.

Specifications

Dimensions (L × W × H)
1345 × 855 × 970 mm
Weight
170 kg
Speed Range
0–6 km/h
Ingress Protection
IPX4
Max. Climbing Angle
20°
Rated Battery Capacity
4 kWh
Charging Time (220 V)
3 h
Charging Time (110 V)
5 h
Ready for Easier Orchard Work?

Bring XBot to Your Orchard.

Autonomous mowing and spraying for the routine work that takes up your day.

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