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Solutions
Robione Facility Robot is an autonomous mobile solution for factories, warehouses, airports, and logistics sites. It handles loading, transport, stock and baggage movement, towing, and material handling indoors and outdoors — improving efficiency, safety, and sustainability.
Industrial
Autonomous vehicle operations supporting internal transport and material flow across large industrial facilities.More predictable logistics, higher throughput, and safer working environments through automation of repetitive tasks.
Mining
Autonomous heavy-duty vehicle operations for material transport in harsh and high-risk mining environments.
Improved safety by minimizing human presence in dangerous zones while maintaining operational continuity.
Agriculture
Field-ready autonomous machines supporting precision agriculture and repetitive field operations.
Consistent performance with reduced labor dependency, enabling more efficient and data-driven farming processes.
Usecase
A case study showcasing the development of a turnkey autonomous research platform designed to reduce entry barriers for universities and research institutions transitioning from simulation to real-world autonomy testing.
Context
An academic institution, from Italy, aimed to initiate autonomous vehicle research but faced high entry barriers due to vehicle development costs, system complexity, and required engineering expertise.
Challenge
Starting autonomy research typically requires significant upfront investment in hardware, software integration, and multidisciplinary know-how.
These challenges often delay research activities or prevent institutions from moving beyond simulation-level studies.
Solution
A standard electric golf vehicle was converted into a fully functional autonomous R&D platform within six months.
The resulting system provided a ready-to-use autonomous vehicle capable of supporting real-world software development and experimentation.
Outcome
The institution gained a practical, on-site autonomous test platform to develop, test, and validate autonomy software in real operating conditions. This enabled a fast transition from concept to hands-on research, significantly lowering cost, complexity, and time-to-start for autonomy programs.
Usecase
A case study showcasing the development of a turnkey autonomous research platform designed to reduce entry barriers for universities and research institutions transitioning from simulation to real-world autonomy testing.
Context
An academic institution, from Italy, aimed to initiate autonomous vehicle research but faced high entry barriers due to vehicle development costs, system complexity, and required engineering expertise.
Challenge
Starting autonomy research typically requires significant upfront investment in hardware, software integration, and multidisciplinary know-how.
These challenges often delay research activities or prevent institutions from moving beyond simulation-level studies.
Solution
A standard electric golf vehicle was converted into a fully functional autonomous R&D platform within six months.
The resulting system provided a ready-to-use autonomous vehicle capable of supporting real-world software development and experimentation.
Outcome
The institution gained a practical, on-site autonomous test platform to develop, test, and validate autonomy software in real operating conditions. This enabled a fast transition from concept to hands-on research, significantly lowering cost, complexity, and time-to-start for autonomy programs.
Usecase
A case study showcasing the development of a turnkey autonomous research platform designed to reduce entry barriers for universities and research institutions transitioning from simulation to real-world autonomy testing.
Context
An academic institution, from Italy, aimed to initiate autonomous vehicle research but faced high entry barriers due to vehicle development costs, system complexity, and required engineering expertise.
Challenge
Starting autonomy research typically requires significant upfront investment in hardware, software integration, and multidisciplinary know-how.
These challenges often delay research activities or prevent institutions from moving beyond simulation-level studies.
Solution
A standard electric golf vehicle was converted into a fully functional autonomous R&D platform within six months.
The resulting system provided a ready-to-use autonomous vehicle capable of supporting real-world software development and experimentation.
Outcome
The institution gained a practical, on-site autonomous test platform to develop, test, and validate autonomy software in real operating conditions. This enabled a fast transition from concept to hands-on research, significantly lowering cost, complexity, and time-to-start for autonomy programs.
Applications
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01
Automotive Manufacturing
Component and trailer transport between production lines and warehouses.
02
Warehouses & Distribution Centers
Loading bays, cross-docking and yard logistics.
03
Chemical & Process Plants
Safe transport between storage, production and tank areas.
04
Ports &
Terminals
Short-distance container, pallet and equipment movement.
05
Industrial Campuses
Multi-building, multi-zone internal logistics automation.
Applications
Material Handling
Transporting raw materials, components, and finished products between different stages of the production process
Inventory Management
Assisting in stock retrieval, restocking, and organizing inventory within storage facilities.
Assembly Line Feeding
Assembly Line Feeding
Supplying assembly lines with required components and materials, ensuring a continuous production flow.
App-Controlled Routes
Supplying assembly lines with required components and materials, ensuring a continuous production flow.
App-Controlled Routes
Transporting goods across large warehouses or outdoor storage areas, improving yard efficiency.
Robione Facility Robot is an autonomous mobile solution for factories, warehouses, airports, and logistics sites. It handles loading, transport, stock and baggage movement, towing, and material handling indoors and outdoors — improving efficiency, safety, and sustainability.
Usecases
Autonomous Transition: Enabling Autonomy on Existing Vehicles
Our process is simple, transparent, and built around your existing vehicles.
An App-Controlled Solution
OUR FOUNDER TEAM
Teleoperation Software
robione Facility Robot's Teleoperation Software helps you:
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Save time by managing the robot remotely without physical presence,
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Monitor and intervene in real-time to prevent accidents,
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Reduce the need for on-site operators and improve task accuracy,
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Adapt to unexpected changes in operations with remote adjustments.