HYLE Rover HY Kratos
870 H
Kratos HY 870 H is the most compact platform in the HYLE Rover range, designed for those who need maximum agility and movement accuracy in the most confined spaces. A perfect balance between power and compact dimensions, it provides a neutral, modular base that maintains high standards of robustness and configurability.
The open architecture is ready to accommodate sensors and equipment, making it ideal for autonomous and teleoperated missions. Its six-wheel drive ensures traction and continuity of movement over uneven terrain, allowing the platform to adapt to complex indoor and outdoor environments.
It is the strategic choice for those seeking rapid response and flexibility without sacrificing power. Compact and efficient, Kratos HY 870 H sets a new benchmark for operational balance in the most ambitious technological challenges.
- The distinctive value
Why Choose this platform Kratos HY 870 H
Kratos HY 870 H comes into play when a project requires an agile, robust platform ready for integration.
A Series H base designed to adapt to the actual operating environment.
Its reduced dimensions allow operation in confined spaces without compromising mechanical strength or the rover’s operational capability.
The electric 6WD system provides continuous traction and control when the surface requires greater grip and stability.
Kratos HY 870 H is a configurable base prepared for sensors, operational modules, control software and components defined according to the project.
The base version is full-electric and prepared for a full-hybrid upgrade according to endurance and operational continuity requirements.
Kratos HY 870 H is an established platform that can be adapted in terms of payload, sensors, equipment and operating logic defined by the application environment.
The electric 6WD system provides continuous traction and control when the surface requires greater grip and stability.
What Distinguishes Kratos HY 870 H within the HYLE Rover Range
As part of Series H, Kratos HY 870 H uses rigid axles and differential steering to perform zero-radius turns and millimetre-precision manoeuvres. Its responsive architecture, based on independent wheel control, is designed for rapid direction changes and frequent movement in complex environments.
The combination of all-wheel drive and a compact structure enables accurate operation both indoors and outdoors while maintaining performance in difficult conditions.
It is the ideal choice for applications requiring maximum manoeuvrability and structural robustness capable of meeting any challenge, without compromising control.
- vs HY Kleos
Kratos prioritises differential steering and multi-wheel traction, while Kleos provides a more progressive steering response.
- vs HY Baros
Kratos is more compact and focused on tight manoeuvres, while Baros occupies a more substantial mid-range class.
- vs HY Talos
Kratos is the model to consider when the main requirement is platform compactness rather than payload scale.
Technical specifications
Control, Configurability and Operational Continuity
The platform is ready as standard for autonomous navigation and advanced sensing systems. It can be managed remotely, via computer or through continuous operational supervision.
The value of Kratos HY 870 H lies in integration: sensors, dedicated modules and software logic on an established compact base. The standard configuration is Full Electric. A Full Hybrid upgrade is available when the project requires greater operational continuity.
Note: The specifications refer to the base model. Add-ons, equipment and bespoke configurations may change the final dimensions and characteristics.
- Tell us about your project
Technology is only the starting point. The optimum configuration depends on critical variables including operating space, terrain, required accuracy, payload and the components to be integrated.
If you are considering a compact, responsive and configurable solution such as Kratos HY 870 H, the essential next step is a focused technical discussion. Together, we can assess the requirements of your scenario and turn the platform into the ideal tool for your objectives.
