Our identity
HYLE Rover
HYLE Rover is a CLOR Industry brand specialising in the design and development of autonomous robotic platforms for industrial, agricultural and specialist sectors.
Expertise in industrial automation and advanced robotics converges in highly configurable mobile systems.
Every platform is conceived for unstructured environments, with an open architecture supporting integration and bespoke project development.
- Robotic platforms built on industrial automation expertise
- Robust mobile systems for extreme indoor and outdoor environments
- A technical approach focused on complete customization
Vision and Strategy for Autonomous Mobility
Our objective is to extend the boundaries of automation through modular, scalable autonomous solutions.
Engineering focuses on high-performance open-platform rovers ready to integrate sensors, equipment and application-specific software.
Technology is not a static product, but a dynamic foundation for innovation.
- Our vision
To extend the boundaries of automation through autonomous platforms with modular architectures.
- Our mission
To develop open-platform rovers ready for integration and operational scalability.
- Engineering philosophy
One Platform,
Unlimited Applications
The value of HYLE Rover does not lie in a single model, but in an engineering approach based on five pillars: modularity, robustness, scalability, interoperability and openness.
We do not develop rovers restricted to a single sector. We create neutral robotic bases. Versatility is the practical result of designing the machine to adapt to its operating environment, rather than forcing the environment to adapt to the machine.
Modularity
Accurate configuration based on the specific application.
Robustness
Mechanical engineering for demanding duty cycles.
Scalability
Expandable hardware and software architectures.
Interoperability
Native communication with third-party systems and software.
Openness
An open architecture for bespoke solutions and advanced research and development.
- Multidisciplinary expertise
The HYLE Rover Team
HYLE Rover’s technical strength comes from continuous collaboration across disciplines. Mechanical, electronics and automation engineers work alongside software developers within a dynamic process, rather than in isolated departments.
Every mechanical design decision influences the software, and every field test reshapes the electronics.
The rover is not simply assembled. It takes shape through continuous collaboration, from the initial concept to final testing.
Integration covers mechanical and powertrain design, embedded electronics, GNSS, LiDAR, IMU and camera systems.
Autonomous navigation and computer vision are developed within a ROS 2 environment, coordinating movement, perception and autonomous decision-making.
Technical vision and coordination for applied robotics.
- Research and development
Scientific Collaboration
and Field Innovation
Research and development are essential to the company’s technical credibility. Experience in real operating environments guides the evolution of each architecture, turning environmental limitations into new engineering directions. This approach goes beyond manufacturing, delivering solutions validated through robust technical and scientific experimentation.
Collaboration with the University of Calabria, the Free University of Bozen-Bolzano and the Universities of Bari and Palermo confirms HYLE Rover’s role as a partner for proof-of-concept projects and advanced scientific experimentation.
The platforms are developed as open systems, making them suitable for validating advanced robotic configurations in academic and industrial settings.
- Awards and recognition
Industrial Validation and Technology Milestones
Awards received in technical, industrial and innovation contexts confirm the soundness of HYLE Rover’s approach to developing modular autonomous robotic platforms.
Each award attests to the reliability and engineering excellence of HYLE Rover solutions within applied robotics.
- Galileo Prize Italy 2020
- EIMA Technical Innovation 2020/21
- TOP of the PID 2021
- Business Innovation Factory by Leonardo 2022
- AgriWorld Talk Best Practice 2024
- Agricultural Operations Award 2025
INDUSTRY 5.0
Ready
Our engineering follows European machinery safety requirements, including CE marking, alongside international ISO, SAE and NAS standards.
The electronic and software architecture is defined as 5.0 Ready, with native technical readiness for integration with advanced digital infrastructures and smart factory systems.
Software Integration and Control
HYLE Rover software is the core of each configuration, providing operating-status monitoring, mission supervision and telemetry management.
The platform can be deployed as a complete system or used as a hardware base by system integrators developing proprietary software.
A technical consultation defines the appropriate level of control and the operating workflows required for each project.
- Frequently asked questions
HYLE Rover engineering is based on four principles: operational productivity, active safety, extensive modularity and complete configurability. Each rover is designed as a versatile asset that can evolve with the customer’s requirements.
No. Our platforms are open bases that are not tied to one sector. Their modular design allows HYLE Rover technology to be adapted to applications ranging from precision agriculture and industrial logistics to defence, without predefined sector constraints.
We manage the complete technology chain, from structural mechanics and embedded electronics to the development of autonomous navigation algorithms and computer vision in ROS 2. This complete integration guarantees quality control throughout every project stage.
