Vitirover autonomous robotic mower

About

About Vitirover autonomous robotic mower

Vitirover autonomous robotic mower uses four-wheel drive, a pendular rear axle and low-speed navigation to work around vines, posts, trees and uneven terrain. Work zones are geofenced in VitiCloud without a perimeter wire; the onboard solar panel supports charging, with an auxiliary station or swappable battery for longer operating windows.

Vitirover supplies the mower through sale, rental and managed vegetation-maintenance services. Local adapted-enterprise teams install and supervise fleets, handle maintenance and finish areas outside the robots' operating envelope. The family is used in vineyards and has expanded to orchards, solar farms, railway land and other large sites.

Operations

  • Production Setup

    series production started - 2024-06-20 - autonomous vegetation-management robot production - Vitirover began series production of autonomous robot mowers for solar, vineyard and industrial-site vegetation management.

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Deployments

  • Operating Use

    nearly 200 - 2026-08-14 - vineyards and industrial sites - Vitirover reports that nearly 200 robots have been deployed in vineyards and industrial sites since 2015.

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  • Operating Use

    4 robots - 2025-10-06 - Château Barrabaque - commercial vineyard - Four Vitirover robots operate across several vineyard parcels at Château Barrabaque with two charging stations, including one solar station.

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Supply

Supply / Components

  • Vitirover

    Maxon Dcx22l Gp32c Wheel Drives For Vitirover - Actuation - maxon - Vitirover integrates four maxon DCX 22 L motors with GP 32 C gearheads for wheel drive - source: maxongroup.com

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  • Vitirover

    Maxon Dcx32l Blade Motors For Vitirover - Actuation - maxon - Vitirover integrates three maxon DCX 32 L motors to drive its mowing blades - source: maxongroup.com

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  • mb_two_gnss_receiver_rtk_ppp_positioning

    Mb Two GNSS Receiver RTK Ppp Positioning - Positioning & navigation - Trimble Inc. - Trimble Inc. supplies positioning navigation to Vitirover - source: oemgnss.trimble.com

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Research

  • Monitoring Weeder Robots and Anticipating Their Functioning by Using Advanced Topological Data Analysis

    2021-12-13 - Research Publication - Company-linked real-robot research on trajectory signatures and predictive maintenance.

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  • Modeling and Control of the Vitirover Robot for Weed Management in Precision Agriculture

    Research Publication - Exact-platform simulation study of Vitirover kinematics and model-predictive path control.

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Timeline

  • Vitirover deploys four mowing robots at Château Barrabaque

    2025-10-06 - Deployment - The site uses two charging stations, including one solar-powered station, to support continued work across the parcels. The robots maintain grass height without herbicides or heavy-tractor soil compaction while operating around the vineyard's existing rows and obstacles.

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  • Vitirover begins series production of autonomous robot mowers

    2024-06-20 - Production Milestone - The production line north of Bordeaux was described as capable of producing up to 100 robots per month. The company also launched a EUR 2 million fundraising campaign to accelerate commercial development.

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Context

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