- Excellence in the production of autonomous, modular rovers since 2019
HYLE Rover develops modular autonomous rovers designed as robust, open and configurable bases. Each platform is designed to integrate sensors, equipment and software according to its operating environment, with an approach centred on modularity, control and adaptability.
HYLE Rover draws on CLOR Industry’s expertise in industrial automation and the development of advanced robotic solutions.
The range is based on a clear principle: creating robust, modular and configurable mobile robotic platforms designed to integrate complex components, sensors and application modules.
This approach turns the rover into a flexible operational tool capable of adapting to different environments and objectives.
Platforms Designed Around Architecture, Operational Capacity and Intended Use
Selecting the ideal platform begins with the specific operating requirement, not the application sector. The range is organised according to mechanical architecture, dynamic behaviour, payload capacity and levels of configurability.
A structured classification that helps identify the right option among compact models, mid-range solutions and high-capacity platforms, in line with the project’s technical objectives.
HY Talos
A high-payload Series S model. Designed for complex structural integrations and demanding industrial use.
HY Baros
A mid-range Series S platform. An optimum balance of operational capacity, trajectory accuracy and configurability.
HY Kratos
A compact Series H platform designed to combine a small footprint, robustness and operational agility. Ideal for use in confined spaces while maintaining stability and control.
- The distinctive value
Open, Configurable Platforms Ready for Integration
HYLE Rover platforms are designed to operate in indoor and outdoor environments and adapt to different operating requirements, technical architectures and levels of integration.
They are not developed for a single application, but as open bases on which configurations can be designed and functions developed according to the project.
We design platforms that can accommodate different components, sensors and modules without compromising engineering consistency.
We develop structures designed to ensure operational continuity even in more complex environments.
We define each rover around concrete technical requirements, rather than a fixed configuration.
We complement the platform with control, supervision and software integration when the project requires more advanced management.
- Software and supervision
Platform Control, Monitoring and Supervision
A proprietary application provides rover control, monitoring and supervision, with dedicated dashboards and mission management accessible from PCs and mobile devices.
The system can be used as a complete solution or integrated with external systems, extending its functionality and ensuring continuity between the machine and its control system.
Can be integrated with ROS 2
and third-party systems
- Real-time mission monitoring
- Platform operations management
- Rover position and operating status
- Battery status and key parameters
- Remote diagnostics and supervision
- Telemetry and programming interface
- Services
Technical Support from the Initial Discussion to Solution Configuration
Alongside the platforms and software, HYLE Rover’s technical support covers every stage of the project: from analysing the operating requirements to defining the configuration best suited to the application context.
Technical and operational assessment, development, mobile robotics integration and proof-of-concept activities connect the platform to real requirements, through to validation of the solution.
- Our philosophy
Multidisciplinary Expertise, Continuous Development and Real-World Validation
HYLE Rover’s technological reliability is founded on a multidisciplinary team. Development is based on an integrated approach: mechanical engineering, electronics, software and control work together from the earliest stages, without being separated into distinct areas.
The project takes shape as a continuous process in which every decision influences the others: from the initial idea to validation, the rover is developed as a complete system, not as an assembly of components.
Industrial experience, research and development, and collaboration with qualified technical partners help consolidate a solid engineering foundation capable of supporting advanced integration and applications in different environments.
Industrial Experience
Established experience in industrial automation and advanced robotics, developed within CLOR Industry.
Multidisciplinary Expertise
Synergy between mechanical engineering, electronics and software to develop platforms aligned with different technical and operating requirements.
Research and Development
An approach focused on continuous experimentation, technical validation and the ongoing improvement of systems.
Technical Partnerships
An active network of industrial partners, universities and research centres that extends the platforms’ development and application potential.
- Start a technical discussion about your project
begins with Analysing the Operating Requirements.
Assessing payload, environment, required accuracy, operational continuity and the components to be integrated determines the most suitable configuration and the most effective technical development path.
